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The Annual College Magazine







A Thought

“I”, “Me”, “Myself”
Between the “Personal and Impersonal”

Standing aloof
Amid the frosty silence
The snowman cracks, the debris
Breaking through the larynx
Knocks at the sealed door of conscience.

Lost again!
Finding the way around the large lush green campus…
Finding the way through challenging work …Discussions and networks …

Back on track!

…can be a tough enterprise, can be even more difficult, a Herculean task.

But actually is not.

The unification of sensibility
Drivels into the mind, lessons moral.

The Centurion takes a 360 °, productive and conducive space
For academic innovation.
Miss it not
For it will take you on a lease of eternal loss!


In spirit,
Dr.Pani
Dept. of Business Communication



REDISCOVERING ONESELF AS SKY IS THE LIMIT..........

Debasish rath
EEE Dept.



All saints were humans like us. "When ordinary mortals experience the truth, they become extraordinary.
Climbing a hill is an uphill task, mounting it is always cherished. But what matters most is the beginning.
From the bottom to the top is a continuum, whether or not one reaches the summit is immaterial."

Discovering 'truth' and becoming truthful is a life time journey. Experiencing the truth is like sewing and wearing a cloth, truth confined to scripture is like a fabric on a store-shelf.

Becoming perfect is not important, to make a humble beginning is. "Life is short, break the rules, forgive sooner, love with true love, laugh without control and always keep smiling. May be life is not the party that we were expecting, but in the mean time, we are here and we can still dance...”.

At one point or the other in our life, almost each one of us must have cursed our work and desperately hoped for a change. I wonder if all hoppers against hope ever analyzed "why is it that they can never retire themselves from the idea of cursing their work, while in this same very world exist some others who don't retire from the work they have done all their lives."

Well, the answer is suggested by the following quote:

"Make your passion your profession and you shall not have a single working day in your life." In simple words, those who don't retire, never worked at all... Now, don't get me wrong here... I am not elaborating on the social problem of unemployment, rather I am talking about people who employ/engage themselves with work, which to them is more of passion than a mere means of finding the ends of life.

Let us believe that not each and every individual in an organization can be equally motivated and that the motivation of the entire organization can be built on the edifice of the extremely motivated few, who in turns motivate the others. Thus, we seem to be on a look-out for people who share a similar passion to create a healthy and passionate platform from where we could challenge the limits of the sky!!!



A LAST WORD…

Aurora, The Northern Lights brings good luck and charm with it. But is not visible at every part of this green planet. Same is the case with creativity and artistic talents, as they are required to be projected sometimes to boost the morals.

A college magazine is not just a magazine, it’s the state of art presenting our creativity, our talent, our culture and our education. Avipsa is all about our desires and the lights focused on them.

Avipsa10 is about the literary masterpieces of our institute. Thank you all for your interest and exploring your artistic and creative minds to make Avipsa 10 as beautiful as it can be.

Art never dies. It is remembered to the time immemorial. So let us know about your ideas and innovations so that we can help in bringing it to lime light.

Thank you for making Avipsa10 successful and for your invaluable contributions.

Hope you enjoyed reading

In spirit Team Avipsa

Lal Ashish
Student Editor
Avipsa 2010



Blog maintained by
Ashish Rajput
Contact me at - ash.494@rediffmail.com
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Information & Communication Tech.

Srujana Patnaik
8th Sem, IT

One cannot manage change. One can only be ahead of it. In a period upheaval such as the one we are living, change is the norm. To be sure it is painful and risky & above all it requires a great deal of hard work; but it is sure. If organisation will not lead change, the organization will not survive and this is a management challenge.
In these recent years, it is characterized by a series of tectonic changes. To adopt the changes not only it is difficult but it leads to collapse of some system values which are incompatible with realities.
Essential information and communication Technology (ICT) decrease transaction cost, open new communication channel, redefine business and alters market balances.
Technology upgrades require:-
1. An account on policy.
2. Regulations.
3. Education.
4. Training.
5. Technology assessment program.
To enhance assessment capacities for innovative use of ICT and best practices.
Therefore, it is necessary to develop a broad ecosystem of strategic design, development and technology partners for enabling and driving innovation.
So far as India is concerned, it is capable of accepting the challenge of change.
It is poised to emerge as a globalised, knowledge based economy and ensuring sustain need improvement is the standard of living. It has been accepted that innovation and knowledge are drivers of competitiveness-ICT, gained popularity , partially due to converge of Information Technology and Tele-communication technology which includes all technical means of processing and communicating information which helps an organisation to optimally manage its resources to enhance the quality of products and services for satisfaction of customers. ICT has a catalytic effect and provides the key differentiator across firms and industries. This technology has raised speed of retrieval ,storage capacity and accessibility of much more complex ,accurate and diverse information sources, besides generating beneficial and large multiplier effects .The tremendous diversity is terms of products, processes and pricing , stage of development, business model and strategies makes any generalisation difficult. Only ICT can help to solve the problems.
Use of technology for financial inclusion is very critical but it is only possible by ICT.ICT will fulfil the need to use alternative delivery channels so that over a period of time organisation will be able to bring down the time spend on transaction which will help for business acquisition.
ICT can help slashing the cost for providing existing products and services. ICT helps in implementing changes in product offerings work flows and organisational controls. ICT helps effective changes are location and configuration of premises, hardware and software requirements along with human resource requirements. ICT is developing and implementing system that optimise efficiency by minimising cost, modifying or eliminating certain products, services, overhead expenses and Management Information System(MIS).
This then is the roadmap fro the future which will truly drive the change of organisation by enhancing productivity, processing and creating a buoyant industrial economy with a changed configuration of output and market size. This will lead to a WIN-WIN situation not just for the organisation, for the public, for the customers but Indian Economy is the globalisation period and Sustainable growth trajectory.
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Solid Fuel Bock prepared from diffnt. BIO fuel

Nitish Kumar
8th Sem MECH
A majority of the rural people of developing countries use traditional biomass stoves to meet their cooking and heating energy demands. These stoves possess very low thermal efficiency; besides, most of them cannot handle agricultural wastes. Thus, there is a need to develop an alternate cooking contrivance which is simple, efficient and can handle a range of biomass including agricultural wastes. In this reported work, a highly densified solid fuel block using a range of low cost agro residues has been developed to meet the cooking and heating needs. A strategy was adopted to determine the best suitable raw materials, which was optimized in terms of cost and performance. Several experiments were conducted using solid fuel block which was manufactured using various raw materials in different proportions; it was found that fuel block composed of 40% biomass, 40% charcoal powder, 15% binder and 5% oxidizer fulfilled the requirement. Based on this finding, fuel blocks of two different configurations viz. cylindrical shape with single and multi-holes (3, 6, 9 and 13) were constructed and its performance was evaluated. For instance, the 13 hole solid fuel block met the requirement of domestic cooking; the mean thermal power was 1.6 kWth with a burn time of 1.5 h. Furthermore, the maximum thermal efficiency recorded for this particular design was 58%. Whereas, the power level of single hole solid fuel block was found to be lower but adequate for barbecue cooking application.

Fig. Multi-Hole and Single Hole Fuel Block.
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Auto Checkin System (ACS)

Amit Pradhan
6th Sem Mech

Welding work and inspection by robots
Today in the field of manufacturing quality plays a very vital role. Now a days every industry dares to go for competition. And when the matter of competition comes, the only thing that companies keep in their mind is quality and a good price for particular asset.
That is what ACS tells to automotive sector.
What is ASC?
ACS is the auto checking system which are mostly used in automotive sector. At the body weld shop used in automotive sector. At the body weld shop in the factory, several small pieces of metal parts are assembled and welded to build the body of a vehicle say car.

How ACS are carried out?
ACS are carried by robots which are programmed to use different tools like welding, drilling, painting. The very important thing the ACS do is checking for accuracy at designated locations that are identified based on the safety critical aspects of the vehicle.
Why ACS ?
There are for instance 1685 welding points in Hyundai’s i10 car and 1590 of them are done by robots and by doing this the completion and risk of rejection is very low.
This means the accuracy can be achieved more using web based system, coupled with effective analysis. These robots check 81 points for accuracy of 0.2 mm tolerance using LASER.
How the checking using ACS is done?
ACS is positioned at the end of the weld line so that it can check every vehicle body before it goes for further value addition, such as painting and assembling. ACS uses special software programs to operate the four robots. As the vehicle say car arrives at the ACS boy, the robots position their arms closer to the robots without touching it. The laser guns fitted at the robots shoot the laser beam and with respect to the corresponding time taken during the process.

Fig: ACS Bay


This is much like the way bats find their way about. They send out signals and if come back quickly, it means there is hindrance and hence they have to change the course. In the case of the ACS, if the laser beam doesn’t come back within a specified time limit, it would mean that the welding has been improperly done.

The retrieved in the digital form is correspondingly related with the digital template of ACS and allows the car shell to go through subsequent processes only confirms to the stipulated dimensional accuracies. If the tolerance is beyond 0.2 mm, the system will alert the quality inspector and the line supervisor immediately through a web enabled communication system. Besides it will immediately stop the weld line from the work station where the defect has emerged. A monitor will show the data captured in the form of a graph. The diagram has a couple of red lines in it. Based on the ACS data if blue line is marked between the two red lines then welding operation has executed well.

So, ultimately, ACS helps to check the critical dimension of a car offers better drivability, safety and fuel economy.
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MICROFLIERS

Puneet Prakash
6th Sem Mech

As we have seen various developments in the air craft technology, the trend for the manufacturing of aircrafts have changed. Earlier there was aircrafts like airacobra, avenger, banshee. Further these aircrafts were developed to much lighter and smaller ones. Now it’s the time for new revolutions in aircraft field.
While Predator drones prove their mettle in Afghanistan and Pakistan, a new generation of far smaller flying robots is taking shape in various labs. These micro¬¬fliers may soon take on a variety of military missions and innovative humanitarian ones as well.
At the University of Waterloo in Ontario, microroboticist Behrad Khameesi has developed a flying robot about the size of a pencil eraser. A pair of laser-operated, fingerlike grippers allow the bot to grasp and release small objects. The device operates wirelessly, powered by a magnetic field. Kha¬mesee hopes a version of the robot will someday zip around inside the human body delivering targeted drugs; first he needs to reduce the jitters in the bot’s motion.
Mechanical engineer Haibo Dong of Wright State University in Ohio is working on a four-winged robot called the Wright Dragonflyer. The design is more difficult to create than a two-winged flapping system but promises greater speed and maneuverability. Dong expects to have a prototype, about the size of a real dragonfly, completed this year. “This small craft could perform surveillance, environmental monitoring, and search and rescue,” he says.
Another insect-inspired robot is taking shape at Harvard University, where roboticist Robert Wood is building on his 2007 development of a life-size mechanical fly to create a colony of RoboBees. These swarming robots will incorporate optical and chemical sensors as well as communication systems to make autonomous flight decisions and to coordinate with colony members during tasks such as searching for objects or people.
The arm race has increased the developments of these microfliers, and with the increase of numbers of countries in this race it would be great to see some terrific inventions.
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Night Vision

Prince Verma
6th Sem E&IE

A few years ago, it was very easy for intruders and militants from neighboring countries to cross the border and sneak into India with almost no interception. They used to carry out subversive activities and return back to their country of origin, leaving behind a trail of mass destruction in bordering states.
It had always been a big problem to have a good vision in sensitive areas at a distance in starlight night. Despite of this there’re other problems like recording weak images directly on film or in astronomy & spectrometry. To have a good vision of less illuminant objects, all we need is to amplify the images, which is provided by intensifier tube.
Image intensifier tube is a device for electronically amplifying images, consisting of a photocathode (light sensitive electron emitter) and a phosphor screen. The photocathode converts the incoming photons to photo electrons by collision ionization.
3rd generation intensifier
Continuous research in intensifier technology led to the development of micro channel plate with variable gain micro channel plate made it possible to increase the luminance gain of a single intensifier stage to at least 10000 which is continuously variable, unlike earlier intensifiers. A micro channel plate is an array of tiny channel electron multipliers that can be used to amplify an electron beam containing spatial information. The inside surface of the cylindrical micro channel is processed to have semi conducting surface.
Each cylindrical channel combines the function of the dynode structure in a conventional photo multiplier with the function of the resistor chain that divides voltage potential among that separate dynodes made up of cesium antimonide, magnesium oxide and beryllium oxide. Each channel is a tiny glass tube whose length is about 40 times more than its on diameter. The inner surface is made semiconducting through a reduction process. So it emits secondary electrons when bombarded with primary electrons that have been accelerated in an electric field. Electrons enters the multiplier & strike the wall to produce secondary electrons, which are accelerated axially along the channel by an electric field applied between the electrodes. Transmission energy of emission causes the electrons to traverse the channel so that they again collide with the channel wall & produce still more secondary electrons. Repetition of this process inside the channel enables production of a large no of electrons coming out from exit point of the micro channel.
The overall gain of a channel depends upon the applied voltage across the inlet & outlet ports, length to diameter ratio of the channel, & the type of semiconducting surface of the inside wall controlling the secondary emission characteristics.
Reduced size , weight and improved performance of micro channel tubes compared to conventional cascade tubes, have opened up new application areas for image intensifiers. These include military night-viewing binoculars, head-mounted binoculars, hand held starlight telescopes and many applications in astronomy and spectrometry.
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20 emerging technologies of 2009

Subhransu Das
8TH Sem ECE

1.Intelligent Software Assistant
Adam Cheyer is leading the design of powerful software that acts as a personal aide.
2.$100 Genome
Han Cao's nanofluidic chip could cut DNA sequencing costs dramatically.
3.Racetrack Memory
Stuart Parkin is using nanowires to create an ultradense memory chip.
4.Biological Machines
Michel Maharbiz's novel interfaces between machines and living systems could give rise to a new generation of cyborg devices.
5.Paper Diagnostics
George Whitesides has created a cheap, easy-to-use diagnostic test out of paper.
6.Liquid Battery
Donald Sadoway conceived of a novel battery that could allow cities to run on solar power at night.
7.Traveling-Wave Reactor
A new reactor design could make nuclear power safer and cheaper, says John Gilleland.
8.Nanopiezoelectronics
Zhong Lin Wang thinks piezoelectric nanowires could power implantable medical devices and serve as tiny sensors.
9.HashCache
Vivek Pai's new method for storing Web content could make Internet access more affordable around the world.
10.Software-Defined Networking
Nick McKeown believes that remotely controlling network hardware with software can bring the Internet up to speed.
11.Modeling Surprise
Much of modern life depends on forecasts: where the next hurricane will make landfall, how the stock market will react to falling home prices, who will win the next primary. While existing computer models predict many things fairly accurately, surprises still crop up, and we probably can't eliminate them.
12.Probabilistic Chips
Krishna Palem thinks a little uncertainty in chips could extend battery life in mobile devices--and maybe the duration of Moore's Law, too.
13.NanoRadio
Alex Zettl's tiny radios, built from nanotubes, could improve everything from cell phones to medical diagnostics.
14.Wireless Power
Physicist Marin Soljacic is working toward a world of wireless electricity.
15.Atomic Magnetometers
John Kitching's tiny magnetic-field sensors will take MRI where it's never gone before.
16.Offline Web Applications
Adobe's Kevin Lynch believes that computing applications will become more powerful when they take advantage of the browser and the desktop.
17. Graphene Transistors
A new form of carbon being pioneered by Walter de Heer of Georgia Tech could lead to speedy, compact computer processors.
18. Connectomics
Jeff Lichtman hopes to elucidate brain development and disease with new technologies that illuminate the web of neural circuits.
19.Reality Mining
Sandy Pentland is using data gathered by cell phones to learn about human behavior.
20.Cellulolytic Enzymes
Frances Arnold is designing better enzymes for making biofuels from cellulose.
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Introduction to wireless USB

Prabhasini Das
6th Sem CSE

Universal serial bus (USB) technology has been a popular connection type for PCs and it's migrating into consumer electronic (CE) and mobile devices. Now this high-speed and effective connection interface is unwiring to provide the functionality of wired USB without the burden of cables.
With the growing use of digital media in the PC, consumer electronic (CE) and mobile communication environments, a common standard interconnect is needed to support the on-going convergence of these environments. The trend toward convenient wireless distribution of digital information provides an opportunity to introduce a single, standard wireless interconnect capable of supporting usage models across all three environments.
A point distribution technology like wireless USB with an effective bandwidth of 480 Mbps can manage multiple HDTV streams. Host buffering can enable a network backbone to effectively distribute content to all distribution hosts, enhancing the quality experience for all users. Business
CONSUMER USAGE MODEL

applications for WUSB include a variety of different usage possibilities. Common devices such as printers, scanners, hard drives, and projectors can all be used in wireless scenarios. These devices would function the same way as if they were using wired USB, but without all the cables. Office services on the corporate network can migrate to WUSB and benefit from faster performance than shared network devices offer.
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Cognitive computing

Pinak Das
6th Sem CSE

The brain is fundamentally different from and complementary to today’s computers. The brain can exhibit awe-inspiring function of sensation, perception, action, interaction, and cognition. It can deal with ambiguity and interact with real-world, complex environments in a context-dependent fashion. And yet, it consumes less power than a light bulb and occupies less space than a 2-liter bottle of soda. The long term mission behind computing has always been to discover & demonstrate the algorithms of brains and deliver cool, compact cognitive computers that that complements today’s von Neumman computers and approach mammalian-scale intelligence. We are pursuing a combination of computational neuroscience, supercomputing, and nanotechnology to achieve this vision.

Two major steps are proving to be major leap towards the development cognitive computing. This will provide a unique workbench for exploring a vast number of hypotheses of the structure and computational dynamics of the brain, and further our quest of building a cool, compact cognitive computing chip.
First, using Dawn Blue Gene / P supercomputer at Lawrence Livermore National Lab with 147,456 processors and 144 TB of main memory, we achieved a simulation with 1 billion spiking neurons and 10 trillion individual learning synapses. This is equivalent to 1,000 cognitive computing chips each with 1 million neurons and 10 billion synapses, and exceeds the scale of cat cerebral cortex. The simulation ran 100 to 1,000 times slower than real-time.
Second, a new algorithm was developed, Blue Matter, that exploits the Blue Gene supercomputing architecture to noninvasively measure and map the connections between all cortical and sub-cortical locations within the human brain using magnetic resonance diffusion weighted imaging. Mapping the wiring diagram of the brain is crucial to untangling its vast communication network and understanding how it represents and processes information.
Why do we need cognitive computing? How could cognitive computing help build a smarter planet?
As the amount of digital data that we create continues to grow massively and the world becomes more instrumented and interconnected, there is a need for new kinds of computing systems – imbued with a new intelligence that can spot hard-to-find patterns in vastly varied kinds of data, both digital and sensory; analyze and integrate information real-time in a context-dependent way; and deal with the ambiguity found in complex, real-world environments. Cognitive computing offers the promise of entirely new computing architectures, system designs and programming paradigms that will meet the needs of the instrumented and interconnected world of tomorrow.
How will your current project to design a computer similar to the human brain change the everyday computing experience?
While we have algorithms and computers to deal with structured data (for example, age, salary, etc.) and semi-structured data (for example, text and web pages), no mechanisms exist that parallel the brain’s uncanny ability to act in a context-dependent fashion while integrating ambiguous information across different senses (for example, sight, hearing, touch, taste, and smell) and coordinating multiple motor modalities. Success of cognitive computing will allow us to mine the boundary between digital and physical worlds where raw sensory information abounds. Imagine, for example, instrumenting the world’s oceans with temperature, pressure, wave height, humidity and turbidity sensors, and imagine streaming this information in real-time to a cognitive computer that may be able to detect spatiotemporal correlations, much like we can pick out a face in a crowd. We think that cognitive computing has the ability to profoundly transform the world and bring about entirely new computing architectures and, possibly even, industries.
What is the ultimate goal?
Cognitive computing seeks to engineer the mind by reverse engineering the brain. The mind arises from the brain, which is made up of billions of neurons that are liked by an internet like network. An emerging discipline, cognitive computing is about building the mind, by understanding the brain. It synthesizes neuroscience, computer science, psychology, philosophy, and mathematics to understand and mechanize the mental processes. Cognitive computing will lead to a universal computing platform that can handle a wide variety of spatio-temporally varying sensor streams.
Career Opportunities in Cognitive Computing
IBM has recently won Phase 1 of the DARPA SYNAPSE project that seeks to discover, demonstrate, and deliver algorithms of the brain via a combination of (computational) neuroscience, supercomputing, and nanotechnology.
We are seeking world-class candidates with expertise in one or more of the following areas: computational neuroscience (spiking computation, synaptic plasticity, structural plasticity), reinforcement learning, nonlinear dynamical systems, systems of coupled difference equations, neuroanatomy (gray matter, white matter), neurophysiology, neuromodulation, network analysis, neuromorphic chip design, analog VLSI, digital VLSI, ultra low-power computing, asynchronous VLSI, address events, circuit simulation, chip layout, chip testing, large-scale simulations, MPI (message passing interface), programming distributed memory machines, visualization, and virtual environments (USARSim) for cognitive task design. Interdisciplinary candidates with background in computer science, electrical engineering, biomedical engineering, and computational neuroscience are strongly encouraged to apply. Outstanding communication skills, ability to interact with a large, technically diverse, distributed team, demonstrated publication record, and relentless focus on project metrics and milestones are a must.
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Cloud computing

Chandra Bhushan Kumar
Lect IT Dept

Introduction:
“Cloud computing” to put it simply, means “Internet Computing”. The Internet is commonly visualised as clouds ;hence the term “cloud computing” for computation done through the internet .With cloud computing users can access database resources via the Internet anywhere, for as long as they need, without worrying about any maintenance or management of actual resources. Besides, databases in cloud are very dynamic and scalable.
Cloud computing environments support grid computing by quickly providing physical and virtual servers on which the grid applications can run. Cloud computing should not be confused with grid computing. Grid computing involves dividing a large task into many smaller tasks that run in parallel on separate servers. Grids require many computers, typically in the thousands and commonly use servers, desktop and laptops.
The Cloud is a term that borrows from telephony. Back in the 1990s, data circuits (including those that carried internet traffic) were hard wired between destinations. Then long haul telephone companies began offering Virtual Private Network (VPN) service for data communications. Telephone companies were able to offer VPN-based services with the same guaranteed bandwidth to fixed circuits at a lower cost’ because they could switch traffic to balance utilization when it was fit, thus utilizing their overall network bandwidth more effectively. As a result of this arrangement, it was impossible to determine in advance precisely which paths the traffic would be routed over. The cloud symbol was used to denote that what the responsibility of the provider, and cloud was computing extends this to cover servers as well as the network infrastructure.
Most of our data is stored on local networks with servers that may be clustered and share storage. This approach had at the same time to be developed into stable architecture and provide decent redundancy rightly.
A newer emerging technology, cloud computing, has shown up demanding attention and is changing the direction of the technology vehicle.
In dealing with the abstract term,”the cloud”, it is easy to misunderstand what makes up the structure and function. The basic function is what comes from the “the cloud”. This is primarily output, however this is also false. Input is what makes the cloud tick.
Internet-(“cloud”) based development and use of computer technology(“computing”).In reality it is a paradigm shift where details are abstracted from the users who are no where needing the knowledge of expertise in, or control over the technology infrastructure “in the cloud” that supports them. It typically involves the provision of dynamically scalable and often virtualized resources as a service over the internet.
BENEFITS:
Cloud computing infrastructures can allow enterprises to achieve more efficient use of their IT hardware and software investments. They do this by breaking down the physical barriers inherent in isolated systems, and automating the management of the group of systems as a single entity. Cloud computing is an example of an ultimately virtualized system, and a natural evolution for data centres that employ automated system management, workload balancing, and virtualization of technologies.
CONCLUSION:
In today’s global competitive market, companies must innovate and get the most from its resources to succeed. This requires enabling its employees, business partners, and users with the platforms and collaboration tools that promote innovation, Cloud computing infrastructures are next generation platforms that can provide tremendous value to companies of any size. They can help companies achieve more efficient use of their IT hardware and software investments and provide a means to accelerate the adoption of innovations. Cloud computing increases profitability by improving recourse utilization. Costs are driven by delivering appropriate resources only for the period when those resources are needed. Cloud computing has enabled terms and organizations to streamline lengthy procurement processes.
The term cloud is used as metaphor for the Internet, based on how the Internet is depicted in computer network diagrams and is an abstraction of the underlying infrastructure it conceals. Typically cloud computing providers deliver common business applications online which are accessed from a web browser, while the software and data are stored on the servers.
These applications are broadly divided into the following categories: Software as a Service (SaaS), Utility Computing, Web Services, platform as a service (PaaS), Managed Service Providers (MSP), Service Commerce, and internet integration. The name cloud computing was inspired by the cloud symbol that is often used to represent the internet in flow charts and diagrams.
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ON 15TH AUGUST 1947

Amit Kumar Singh
6th Sem IT
A nation was declared independent, freed from a rule against which it had scrimmaged for no less than 200 years , and in true sense , it was no easy job to resonate a nation which indeed was nowhere to be seen as it was as acephalous region and that again was a melange of over no less than 500 princely states , but as time has always proved , every problem finds a solution for itself ,for this time being a leader having loculent vision and that required temerity to fill the abyss created by the people themselves . Yes ! he was known as the iron man of India namely Sardar Vallapbhai Patel who took the toughest task to carve out a country with his unbattered aplomb and sheer determination
But it seems that either people of India have no respect for those leaders or have become blindfolded aficionados of dissonance .The great sons of mother India are busy writing a yet another plethora of regionalism (post khalistan ). An M.L.A faces some good thrashing and egregious behaviour only because he was reading his oath in the national language . I just raise a question !!! is it justified .???? more over an individual who is considered a demigod from the same region is trying put forward what he thinks... , he is asked from a very popular politician to keep himself packed up in his own domain . Again only one thing’s possible !!! either the latter one has committed an umbrage or the earlier one is not a citizen of India.
A person in my college itself claps and cheers with both his hands and legs if M.S. Dhoni gets out. The reason being he is from a region he hates , although that region is also a part of India . But i really want to thank the person who invented cricket from all corners of my body as it is one among the few things which keeps this otherwise scattered country together .
One thing in these vistas which i can’t make out is what the hell is happening . As per the Indian constitution every Indian citizen has the right to live and work anywhere in the country and it is also believed that no one is considered above the constitution but it seems the value for constitution has come down somewhat like the world economy post recession.
Valentine’s day was somewhat tolerable on the counts of Indian culture and ethos .But will anyone be able to answer for this ??? well !!! their can be nomothetic answers , but none seem to go in proper rhythm of the spirit of unification and secularism, we all try to flaunt everyday . This is social tragedy we all are connected to in one way or the other and i lend my voice to every Indian in this world to think about this or history can repeat itself , what happened with UNITED SOVEREIGN SOVIET RUSSIA can happen with our beloved INDIA as well .
Wake up Indians
Wake up Bharat
Before it gets toooo late.
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The last leaf

Sweta Sahoo
4th Sem EEE
1st Prize Creative writing 2010

Oh! Tree where art thou,
My only pal, my guard
Hanging on your strong branches,
Spent my joyful days.
Thou gave me shelter in sunny days
My kites getting stuck in your branches,
Crying and hauling was I.

The birds chirping on thou every morn,
The squirrels home are thou,
Thou being old enough, never did thou query
My mates plucking your leaves
The cobbler’s shop was thou shade.
Thou spread happiness all around but where art thou my tree
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Depression & Dreams

Himanshu Kumar
6th Sem ECE

Because we have discovered the existence of the wild side of the human conscience, and because of the wisdom and goodness of the unconscious mind that produces dreams, today we know exactly how to translate dream messages. The wild side of the conscience provokes craziness in the human side because the wild anti-conscience is a priori schizophrenic.
Today we know that we can trust the unconscious mind. We know that dream messages are warnings, teachings and psychotherapy for our human conscience that needs to be developed to eliminate the dangerous anti-conscience.
If you are depressed, you can easily learn how to overcome your sadness, because you can see in your dreams what is at the root cause of the problems you are facing now and how you can solve them.
You may believe you know the reasons, however you may be completely overlooking other factors that influence the development of the reality in which you find yourself.
For example, before the invention of the microscope, nobody knew that there were so many micro-organisms everywhere. Because we know that today, we meticulously clean our equipment. We even boil everything, taking all necessary precautions so that nothing will be contaminated by the micro-organisms that cause several diseases.
In the same way, by interpreting your dreams, you will see that there are many other factors responsible for the problems you are now facing, but that you cannot see without knowing how to look for them. They are invisible to you, like the micro-organisms without a microscope.
Your insight will increase manifold.
In addition, your dreams provide you free psychotherapy and counseling for life. If you are smart, you will start learning how to interpret them right away! Start writing down your dreams today.
If you are depressed, you have a pressing reason to care for your dreams and a safe environment for treating your psychological and existential problems. You will know that the guidance you receive is absolutely correct and can help you develop your intelligence and become strong and self-confident.
The knowledge you will acquire interpreting your dreams should be reason enough to make you take notes about your dreams. In writing them out, try to understand their deeper meaning. The benefits you will receive are so numerous that they can't be described in this one article....
I've mentioned many benefits in all my articles, but there are still many that I haven't had the chance to explain to you, because you ignore the basics. If you don't know what a cell is, you can't understand how to use a microscope...
Interpreting your dreams with the only method that exactly translates their meaning, you will discover the other side of reality, where everything is prepared before it happens.
Yes, this is very impressive. Biologists have observed that behavioral programming determines animal behavior and human behavior in response to stimuli in the environment. This programming was prepared before our appearance on Earth, otherwise we would not be able to survive on this hostile planet, where so many dangers threaten all live creatures.
Since everything is so well prepared before we are born, and since we can predict the future, many things happen before we actually observe the results of them happening.
When we interpret our dreams we receive precious guidance. Later, we realize that we were able to avoid real misfortunes thanks to the warnings we received.
Preparation of reality is the scientific explanation for the possibility of predictions. Predictions are really possible and they can save many lives.
When you learn how to interpret your dreams, your internal world and your external reality become known fields for you. You enter into another level of consciousness, allowing you to solve all the problems that you were previously not able to, when you were blind and could not see what exists behind the present moment.
This is how your depression is easily treated and you pass from weakness and despair to self-confidence, courage and happiness.
If you are only depressed and your depression hasn't become a neurosis yet, by interpreting your dreams you can effect a cure in only 6 months.
You need treatment, so that all your psychological functions will be developed. This is something that cannot happen suddenly, only gradually and with your participation.
If you are already neurotic, your psychotherapy may take 8 months.
However, after your initial treatment, your occupation with dream interpretation will be fascinating, since you will be able to predict the future and correct its development when what you see ahead is not how you would like it to be.
Your depression is, in fact, an invitation to the dream world, where you can solve your internal problems, and where you can prepare the solution for all the problems of the external reality that you live in.
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A moment from life

Sonu Kumar
6th Sem CSE

When I want to see something, I see a fabulous view but when I reached near it, I dint felt anything as such .
paav nahi uthte kyunki raasta kat deta hai
ae mere malik , yun mujhe kab tak ajmayega

when I was sure of getting it , I lost
when I was in need , it has already left
when I cried , I swept them off so that nobody could see me

meri aankhon me aasu , tujhse kya kahu kya hai
thahar jaye to angaare hai , beh jaye to dariya hai ...

when I learnt to hide my sorrows , someone started fonding me
whenever I was alone , i got a shoulder to rely on .....
when ever I wanted to touch them , it would have been too late
whenever I wanted to feel its smell , it would have been already stolen ...

actually there's no words in this world to describe it, nothing is as beautiful as it is ...
no flower can have that fragrance , no wine can be as toxic as it is , no shell can has a pearl like it .... I feel really proud to be its disciple because nobody in this world has a god like it .....

there are some wonderful memories from my life which I never want to forget until I take my last breathe . I will cherish for those moments and pray that they come back again .... you know that you made me weep but you see I am not over with this article

and you know what !!!!!! this is just the beginning ......
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I AM WHAT I AM

Anamika Sinha
Subhashree Dash
4th Sem-ECE

Some say I know who I am,
Some say I don't,
Some say I want to know,
But, he says I am what I am, you know.

I always think I am taught,
But, never see the world throughout,
I seldom perceive with innocence,
But, the world is full of ignorance.

Who I am,
What is the rhythm of my heart,
I am speechless,
Ever eager to know what is the art.
I am lucid and callous,
With a thought to be melodious.

May this melody rule the humane,
And its aura make our place a heaven,
A heaven with love,affection and care,
Where lust and jealousy become a nightmare.
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A simple wish

Avinash Kumar 6th Sem IT

I have a simple wish
To start each of my morning
Seeing your smile

I have a simple wish
To breathe your fragrance
From a thousand mile

I can see your eyes
With my eyes closed.
I can feel your breath
When the wind flows.

I can hear your voice
In my every dream.
I can see your face
Far but still full of gleam.

I have a simple wish
To make you my music
With every passing moment

I have a simple wish
To make you laugh a thousand times
For each of the tears that went

You are the reason
For me and for everything.
You're in all the seasons
Be it winter or spring.

You are the words
That come out of my mind.
You are that little bird
Who is one of a kind

I have a simple wish
To touch the sky and the moon
With you by my side.

I have a simple wish
To live that fulfilling life soon
Which only you could provide.

Just look at me once ,
and feel what I feel for you dear!
you never had time to look upon me
but you know what , I was always there ,,,
and I will be there always
waiting ...........
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Listen to the "silent words"

P.Biswajit Kumar
6th Sem Mech

The scar on HARRY’s forehead-none of us can forget. But the “scar in the heart of a ORPHAN” none of us ever thing of.
The scars just don’t seem to fade when they turn 18, but the life takes a U-turn in the search of value of living and self-worthiness continues for ever. Not having a mom or dad is a small part of being “ORPHAN”. But the real pain begins with a life of being rejected, neglected and unwanted. We can just tell long stories but can never feel their pains. None of us can ever.
Being an orphan is weird. Not just because you have no one but also because it breaks your links with the past, present and future. Whenever I see orphans begging in the streets, bus stands or in the railway station, I just think ‘is this the gift life has given them’. Children with torn clothes, empty stomach, bare foot……..their eyes have no tears to cry………Do we have nothing to do for them, just watch, watch and watch. We have programs like “no polio” but why not “no orphan”. Last week when I went to a orphanage, before night I have thought of doing … this.. that…and what not, but when I went there I just couldn’t do any thing. Neither I could understand what their silent eyes meant nor I could console them………I felt like being in a different world, where you have no mother to feel your hunger, no father to scold you, no brother to fight with and no sister to love you……
If you want to know what is the value of a second, ask the person who won second position in olympics. Want to know the value of a minute, ask the person who have just missed the train, the value of 5 minutes, ask the lover who is waiting a call from his/her beloved, the value of an day, ask the fishermen, who couldn’t go to the sea because of high tides. Want to know what is the value of nine months then ask the mother who has just given birth to a dead child. Want to know the value of a year, ask the student who has failed by one mark in the exam. But if you want to the value of life with love……. Who can better know than on orphan………
But we all are humans aren’t we. So what we are up to….If not a lot we can just spend a few moments with the orphans, which would give them some reasons to smile atleast. If we give a few moment of love,show caring and affection to them, then are we going to lose anything.Definitely we are not………
Our small initiative will surely lessen their grief. At least they can console themselves that there is someone who is thinking about them.So friends be human

“Dard hasi me bhi hota he,
Koi ro kar samjaye ye zaruri to nahi.
Samajh lena chahiye aakho ka chalava,
Koi izzhar karke bataye ye zaruri to nahi”

Try to learn to listen to the “Silent Words”.
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Ideology or Technology

Satish Kumar
6th Sem ECE

The choice is not as mysterious as hamlet’s predicament: “to be or not to be”. Ideology means a set of ideas that form the basis of a political or economic theory that are held by a particular group or community, and technology stands for scientific study and use of mechanical arts and applied science. Over a period of time both ideology and technology have acquired a strong gravitational force that has rendered them more as combatants than as comrades-in-arm.
To the unsuspecting or uncritical, progressive ideology may appear seriously dealing with issues like poverty, social inequality, deprivation and exploitation. Technology too may seem trying to grapple with human problems that hamper faster economic development, better means of communication and transport improving quality of life and living condition, updating boundaries of knowledge. Then a question arise that why technology is being more preferred over ideology in the present world? The question is equally rigorous and relevant and calls for consideration and discreet discussion.
In concept and complexion;
Ideology tends to become inflexible if new inputs are not allowed to revitalise its contents. Though, technology is flexible and forward looking, is also subject to becoming a terrible tool of death and destruction in the hands of evil. There is no denying the fact that technology has acquired the power and potential to turn and twist our senses and sensibilities. So, the question that needs to stir our conscience should be:
Can we afford to abandon our concern for socio-political causes and commitments to human values that lend meaning motive and mission to our perception and practices?
No, doubt technology is on the march to obtain more and more milestones. But technology devoid of political philosophy, economic egalitarianism and social justice for all is fraught with dangerous dimensions. A world where only technology matters likely to become as dangerous as single track mind obsessed with fantasies bordering on phantoms.
In some other aspects it seems that technology unites people irrespective of their colour, whereas ideology divides them and puts them in water tight compartment. For example, just after 2nd world war (in 1945). The whole world divide in two power blocks, and the traumas of cold war – all in the name of ideology – is too fresh an irritant that none in his/her senses would ever wish their repetition. Technology is indispensable in whatever age we may be living. Equally important is the place of socio-economic/political system that assures the benefits of progress reaching the last person under the sun. Generally, when we talk of ideology, we seem to discuss some philosophy that is retrograde, but when we eulogise technology, we appear to swim with the current. If technology promises the best now, ideology holds the promise of the best to be in future. In fact, technology has been called a great social leveller. What ideology fails to achieve and fulfil, technology does without much pride and prejudice. With the spread of liberal education, and cross migration of people from one region to the other, it has become literally impossible for the die-hards to resist the vibrant influences that technology has imprinted on human psyche. For the paradigms of ideology, that purport to promote social services like education, health care, potable water, houses, employment, etc. for all, it better join hands with the ever expanding horizons of technology and thus play the role of an interlocutor. Instead of being at loggerheads, both humane ideology and towering technology can work hand in glove with each other.
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Will you grow old together?

Abhipsa Rath
8th Sem ECE
In today's age for a couple to think of growing old together seems, sadly, a bit foreign. The rate at which divorces are taking place and couples separate, it is a difficult task. This was not so, only two three decades ago. The changing norms have taken a big toll on the relationships. How about you? Do you believe that you will grow together till old age?
The determination that we would not separate may play a big role. Once you have decided the goal - no separating, you will act towards achieving that goal. Please make this bond with your partner that you will not separate. I wish to add something here. When things are going smoothly, all such promises sound very good. As soon as a crack appears, the same looks very difficult. The need is to take care when the cracks appear.
Why do the cracks appear? Miscommunication, discords, different views on very important matters, career problems, health problems, third person entering the relationship, and many other factors can play role in this. As time passes, distances may grow. The reverse also happens. But now a days it seems that the earlier case occurs more often.
Do you want to grow together till old age? Are you sure that your choice of partner is perfect for you? Is your partner also sure? Both of you have considered every factor? If there are any complaints, you are ready to sort them out? Do you keep the communication open? Do you love each other? What about caring? Please consider all these and draw a plan so that separation becomes a very difficult possibility.
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Marry a millionaire

Amrit Kumar Patel
8th Sem CHEM
I can't name a single person who doesn't have some fantasies about being filthy rich. I'm quite certain that most people also have the same daydreams. Just look at the lines of people buying lottery tickets and you'll see the stars in their eyes. My parents were by no means rich, but not hunting for money. I always wanted the latest trends and my father would tell me that I was going to marry a millionaire just to keep up with my demands. While I knew he was joking, it was an idea that I considered. But, how in the world do you marry a millionaire? Do you just walk up to people in the streets, ask them if they're rich and single? It's a great fantasy but not one that most people have the pleasure of turning into a reality.
There are reality TV shows that allow people to compete for the opportunity to win the heart of and marry a millionaire. That just doesn't seem to be the proper way to court and fall in love. But, stuff like that brings in viewers and more viewers ensure profits for TV producers.
If you really want to marry a millionaire, make it happen. Just know that you might have to change your lifestyle before you even attempt to chase that dream. My father also told me that you are who you surround yourself with. If you want to be rich, surround yourself with rich people. Just make sure you are able to fit in. Normal people can't marry a millionaire if they don't play the part. Think about it, millionaires are probably well educated, worldly and live life in a certain manner. Remember Marilyn Monroe's role in "How to Marry A Millionaire"? Pretend you're her. Woo the lady or man that you've always dreamed of. I can't say that just because you may get lucky enough to marry a millionaire, you'll be happy. As much as you may think money buys happiness, and for me it just might, it may have the opposite affect. Perhaps after the ownership of expensive materials gets boring, you may realize how much you don't enjoy your lifestyle. I'm not sure why, so don't ask. But it could happen. You've seen the shows and movies. There's always the lady who does marry a millionaire and has a miserable life. Maybe he's never around. Maybe he has girlfriends all over the place. Maybe she's lonely and empty inside. Maybe they need to spend some of their earnings on therapy.
I would certainly like to marry one in a million but not a millionaire, I'd absolutely love to have a huge house and expensive cars, constant shopping sprees and go on exotic vacations. In fact, that's what I think about when I'm waiting behind all of those hopeful people in the lines to buy lottery tickets. I don't need to marry a millionaire , I just need a few lucky winning numbers.
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The history of mother's day

Santanu Pradhan
8th Sem CSE
Mothering Sunday in the UK is the equivalent of Mother's Day in other countries.
It has been celebrated in the UK on the fourth Sunday in Lent since at least the 16th century. For a long time, it has been a day for giving thanks for all the things our mothers do for us.
In 2008, Mothering Sunday was on Sunday 2 March
Why is Mothering Sunday on different days each year?
Mothering Sunday is not a fixed day because it is always the middle Sunday in Lent (which lasts from Ash Wednesday to the day before Easter Sunday).
The History behind Mothering Sunday
Mothering Sunday was also known as 'Refreshment Sunday' or 'Mid-Lent Sunday'. It was often called Refreshment Sunday because the fasting rules for Lent were relaxed, in honour of the Feeding of the Five Thousand, a story in the Christian Bible.
No one is absolutely certain exactly how the idea of Mothering Sunday began, but we know that on this day, about four hundred years ago, people who lived in little villages made a point of going not to their local church but to the nearest big church. To what was called the Mother Church and some would go to the nearest city to worship in the cathedral.
People who visited their mother church would say they had gone "a mothering." Young English girls and boys 'in service' were only allowed one day to visit their family each year. This was usually Mothering Sunday. Often the housekeeper or cook would allow the maids to bake a cake to take home for their mother. Sometimes a gift of eggs; or flowers from the garden (or hothouse) was allowed. Flowers were traditional, as the young girls and boys would have to walk home to their village, and could gather them on their way home through the meadows.

Simnel Cake
The most favoured cake was - as it still is in some families - the 'simnel cake'. People began honouring both their mothers and the church.
‘I’ll to thee a Simnell bring
‘Gainst thou go’st a mothering,
So that, when she blesseth thee,
Half that blessing thou’lt give to me.’
Robert Herrick 1648
The fourth Sunday in Lent is still known as Simnel Sunday in some areas of England, because of the tradition of baking Simnel cakes.
The Simnel cake is a fruit cake. A flat layer of marzipan (sugar almond paste) is placed on top of and decorated with 11 marzipan balls representing the 12 apostles minus Judas, who betrayed Christ.
The word simnel probably derived from the latin word ‘simila’, meaning fine, wheaten flour from which the cakes were made.
A Simnel is still made in many parts of England today, although it is now more commonly made for and eaten on Easter Day .
How is Mothering Sunday celebrated in England?
Mothering Sunday is a time when children pay respect to their Mothers. Children often give their Mothers a gift and a card.
Many churches give the children in the congregation a little bunch of spring flowers during the Mothering Sunday service, to give to their Mothers as a thank you for all their care and love throughout the year.
Mothers' Day
In recent times Mothering Sunday has in Britain taken on the name and character of the US Mothers' Day. The original meaning of Mothering Sunday in England has been largely lost. Mothers Day in America is in May and does not change months, from year to year, like Mothering Sunday does in England.
Mother's Day in the United States
The United States celebrate Mother's Day on the second Sunday in May. In the United States, Mother's Day was loosely inspired by the British day and was imported by social activist Julia Ward Howe after the American Civil War. However, it was intended as a call to unite women against war. In 1870, she wrote the Mother's Day Proclamation as a call for peace and disarmament. Howe failed in her attempt to get formal recognition of a Mother's Day for Peace. Her idea was influenced by Ann Jarvis, a young Appalachian homemaker who, starting in 1858, had attempted to improve sanitation through what she called Mothers' Work Days. She organized women throughout the Civil War to work for better sanitary conditions for both sides, and in 1868 she began work to reconcile Union and Confederate neighbors. In parts of the United States it is customary to plant tomatoes outdoors after Mother's Day (and not before).
When Jarvis died in 1907, her daughter, named Anna Jarvis, started the crusade to found a memorial day for women. The first such Mother's Day was celebrated in Grafton, West Virginia, on 10 May, 1908, in the church where the elder Ann Jarvis had taught Sunday School. Grafton is the home to the International Mother's Day Shrine. From there, the custom caught on — spreading eventually to 45 states. The holiday was declared officially by some states beginning in 1912. In 1914 President Woodrow Wilson declared the first national Mother's Day, as a day for American citizens to show the flag in honor of those mothers whose sons had died in war (with specific reference to The Great War).
Nine years after the first official Mother's Day, commercialization of the U.S. holiday became so rampant that Anna Jarvis herself became a major opponent of what the holiday had become. Mother's Day continues to this day to be one of the most commercially successful U.S. occasions. According to the National Restaurant Association, Mother's Day is now the most popular day of the year to dine out at a restaurant in the United States.
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APPLE’S mistakes

Ved Prakash Mohanty
8th Sem ECE

I don't think Apple realizes how badly the App Store approval process is broken. Or rather, I don't think they realize how much it matters that it's broken.

The way Apple runs the App Store has harmed their reputation with programmers more than anything else they've ever done. Their reputation with programmers used to be great. It used to be the most common complaint you heard about Apple was that their fans admired them too uncritically. The App Store has changed that. Now a lot of programmers have started to see Apple as evil.

How much of the goodwill Apple once had with programmers have they lost over the App Store? A third? Half? And that's just so far. The App Store is an ongoing karma leak.
How did Apple get into this mess? Their fundamental problem is that they don't understand software.

They treat iPhone apps the way they treat the music they sell through iTunes. Apple is the channel; they own the user; if you want to reach users, you do it on their terms. The record labels agreed, reluctantly. But this model doesn't work for software. It doesn't work for an intermediary to own the user. The software business learned that in the early 1980s, when companies like VisiCorp showed that although the words "software" and "publisher" fit together, the underlying concepts don't. Software isn't like music or books. It's too complicated for a third party to act as an intermediary between developer and user. And yet that's what Apple is trying to be with the App Store: a software publisher. And a particularly overreaching one at that, with fussy tastes and a rigidly enforced house style.

If software publishing didn't work in 1980, it works even less now that software development has evolved from a small number of big releases to a constant stream of small ones. But Apple doesn't understand that either. Their model of product development derives from hardware. They work on something till they think it's finished, then they release it. You have to do that with hardware, but because software is so easy to change, its design can benefit from evolution. The standard way to develop applications now is to launch fast and iterate. Which means it's a disaster to have long, random delays each time you release a new version.

Apparently Apple's attitude is that developers should be more careful when they submit a new version to the App Store. They would say that. But powerful as they are, they're not powerful enough to turn back the evolution of technology. Programmers don't use launch-fast-and-iterate out of laziness. They use it because it yields the best results. By obstructing that process, Apple is making them do bad work, and programmers hate that as much as Apple would.

How would Apple like it if when they discovered a serious bug in OS X, instead of releasing a software update immediately, they had to submit their code to an intermediary who sat on it for a month and then rejected it because it contained an icon they didn't like?

By breaking software development, Apple gets the opposite of what they intended: the version of an app currently available in the App Store tends to be an old and buggy one. One developer told me:
As a result of their process, the App Store is full of half-baked applications. I make a new version almost every day that I release to beta users. The version on the App Store feels old and crappy. I'm sure that a lot of developers feel this way: One emotion is "I'm not really proud about what's in the App Store", and it's combined with the emotion "Really, it's Apple's fault."
Another wrote:
I believe that they think their approval process helps users by ensuring quality. In reality, bugs like ours get through all the time and then it can take 4-8 weeks to get that bug fix approved, leaving users to think that iPhone apps sometimes just don't work. Worse for Apple, these apps work just fine on other platforms that have immediate approval processes.
Actually I suppose Apple has a third misconception: that all the complaints about App Store approvals are not a serious problem. They must hear developers complaining. But partners and suppliers are always complaining. It would be a bad sign if they weren't; it would mean you were being too easy on them. Meanwhile the iPhone is selling better than ever. So why do they need to fix anything?

They get away with maltreating developers, in the short term, because they make such great hardware. I just bought a new 27" iMac a couple days ago. It's fabulous. The screen's too shiny, and the disk is surprisingly loud, but it's so beautiful that you can't make yourself care.

So I bought it, but I bought it, for the first time, with misgivings. I felt the way I'd feel buying something made in a country with a bad human rights record. That was new. In the past when I bought things from Apple it was an unalloyed pleasure. Oh boy! They make such great stuff. This time it felt like a Faustian bargain. They make such great stuff, but they're such assholes. Do I really want to support this company?
Should Apple care what people like me think? What difference does it make if they alienate a small minority of their users?

There are a couple reasons they should care. One is that these users are the people they want as employees. If your company seems evil, the best programmers won't work for you. That hurt Microsoft a lot starting in the 90s. Programmers started to feel sheepish about working there. It seemed like selling out. When people from Microsoft were talking to other programmers and they mentioned where they worked, there were a lot of self-deprecating jokes about having gone over to the dark side. But the real problem for Microsoft wasn't the embarrassment of the people they hired. It was the people they never got. And you know who got them? Google and Apple. If Microsoft was the Empire, they were the Rebel Alliance. And it's largely because they got more of the best people that Google and Apple are doing so much better than Microsoft today.

Why are programmers so fussy about their employers' morals? Partly because they can afford to be. The best programmers can work wherever they want. They don't have to work for a company they have qualms about.

But the other reason programmers are fussy, I think, is that evil begets stupidity. An organization that wins by exercising power starts to lose the ability to win by doing better work. And it's not fun for a smart person to work in a place where the best ideas aren't the ones that win. I think the reason Google embraced "Don't be evil" so eagerly was not so much to impress the outside world as to inoculate themselves against arrogance.

That has worked for Google so far. They've become more bureaucratic, but otherwise they seem to have held true to their original principles. With Apple that seems less the case. When you look at the famous 1984 ad now, it's easier to imagine Apple as the dictator on the screen than the woman with the hammer. In fact, if you read the dictator's speech it sounds uncannily like a prophecy of the App Store.
We have triumphed over the unprincipled dissemination of facts.

We have created, for the first time in all history, a garden of pure ideology, where each worker may bloom secure from the pests of contradictory and confusing truths.
The other reason Apple should care what programmers think of them is that when you sell a platform, developers make or break you. If anyone should know this, Apple should. VisiCalc made the Apple II.

And programmers build applications for the platforms they use. Most applications—most startups, probably—grow out of personal projects. Apple itself did. Apple made microcomputers because that's what Steve Wozniak wanted for himself. He couldn't have afforded a minicomputer. Microsoft likewise started out making interpreters for little microcomputers because Bill Gates and Paul Allen were interested in using them. It's a rare startup that doesn't build something the founders use.

The main reason there are so many iPhone apps is that so many programmers have iPhones. They may know, because they read it in an article, that Blackberry has such and such market share. But in practice it's as if RIM didn't exist. If they're going to build something, they want to be able to use it themselves, and that means building an iPhone app.

So programmers continue to develop iPhone apps, even though Apple continues to maltreat them. They're like someone stuck in an abusive relationship. They're so attracted to the iPhone that they can't leave. But they're looking for a way out. One wrote:
While I did enjoy developing for the iPhone, the control they place on the App Store does not give me the drive to develop applications as I would like. In fact I don't intend to make any more iPhone applications unless absolutely necessary.
Can anything break this cycle? No device I've seen so far could. Palm and RIM haven't a hope. The only credible contender is Android. But Android is an orphan; Google doesn't really care about it, not the way Apple cares about the iPhone. Apple cares about the iPhone the way Google cares about search.

Is the future of handheld devices one locked down by Apple? It's a worrying prospect. It would be a bummer to have another grim monoculture like we had in the 1990s. In 1995, writing software for end users was effectively identical with writing Windows applications. Our horror at that prospect was the single biggest thing that drove us to start building web apps.

At least we know now what it would take to break Apple's lock. You'd have to get iPhones out of programmers' hands. If programmers used some other device for mobile web access, they'd start to develop apps for that instead.

How could you make a device programmers liked better than the iPhone? It's unlikely you could make something better designed. Apple leaves no room there. So this alternative device probably couldn't win on general appeal. It would have to win by virtue of some appeal it had to programmers specifically.

One way to appeal to programmers is with software. If you could think of an application programmers had to have, but that would be impossible in the circumscribed world of the iPhone, you could presumably get them to switch.

That would definitely happen if programmers started to use handhelds as development machines—if handhelds displaced laptops the way laptops displaced desktops. You need more control of a development machine than Apple will let you have over an iPhone.

Could anyone make a device that you'd carry around in your pocket like a phone, and yet would also work as a development machine? It's hard to imagine what it would look like. But I've learned never to say never about technology. A phone-sized device that would work as a development machine is no more miraculous by present standards than the iPhone itself would have seemed by the standards of 1995.

My current development machine is a MacBook Air, which I use with an external monitor and keyboard in my office, and by itself when traveling. If there was a version half the size I'd prefer it. That still wouldn't be small enough to carry around everywhere like a phone, but we're within a factor of 4 or so. Surely that gap is bridgeable. In fact, let's make it an RFS.
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Good & Bad procastination

Rojalin Dash
8th Sem IT

The most impressive people I know are all terrible procrastinators. So could it be that procrastination isn't always bad?

Most people who write about procrastination write about how to cure it. But this is, strictly speaking, impossible. There are an infinite number of things you could be doing. No matter what you work on, you are not working on everything else. So the question is not how to avoid procrastination, but how to procrastinate well.
There are three variants of procrastination, depending on what you do instead of working on something: you could work on (a) nothing, (b) something less important, or (c) something more important. That last type, I would argue, is good procrastination.

That's the "absent-minded professor," who forgets to shave, or eat, or even perhaps look where he's going while he's thinking about some interesting question. His mind is absent from the everyday world because it's hard at work in another.

That's the sense in which the most impressive people I know are all procrastinators. They're type-C procrastinators: they put off working on small stuff to work on big stuff.

What's "small stuff?" Roughly, work that has zero chance of being mentioned in your obituary. It's hard to say at the time what will turn out to be your best work (will it be your magnum opus on Sumerian temple architecture, or the detective thriller you wrote under a pseudonym?), but there's a whole class of tasks you can safely rule out: shaving, doing your laundry, cleaning the house, writing thank-you notes—anything that might be called an errand.

Good procrastination is avoiding errands to do real work.

Good in a sense, at least. The people who want you to do the errands won't think it's good. But you probably have to annoy them if you want to get anything done. The mildest seeming people, if they want to do real work, all have a certain degree of ruthlessness when it comes to avoiding errands.

Some errands, like replying to letters, go away if you ignore them (perhaps taking friends with them). Others, like mowing the lawn, or filing tax returns, only get worse if you put them off. In principle it shouldn't work to put off the second kind of errand. You're going to have to do whatever it is eventually. Why not (as past-due notices are always saying) do it now?

The reason it pays to put off even those errands is that real work needs two things errands don't: big chunks of time, and the right mood. If you get inspired by some project, it can be a net win to blow off everything you were supposed to do for the next few days to work on it. Yes, those errands may cost you more time when you finally get around to them. But if you get a lot done during those few days, you will be net more productive.

In fact, it may not be a difference in degree, but a difference in kind. There may be types of work that can only be done in long, uninterrupted stretches, when inspiration hits, rather than dutifully in scheduled little slices. Empirically it seems to be so. When I think of the people I know who've done great things, I don't imagine them dutifully crossing items off to-do lists. I imagine them sneaking off to work on some new idea.

Conversely, forcing someone to perform errands synchronously is bound to limit their productivity. The cost of an interruption is not just the time it takes, but that it breaks the time on either side in half. You probably only have to interrupt someone a couple times a day before they're unable to work on hard problems at all.

I've wondered a lot about why startups are most productive at the very beginning, when they're just a couple guys in an apartment. The main reason may be that there's no one to interrupt them yet. In theory it's good when the founders finally get enough money to hire people to do some of the work for them. But it may be better to be overworked than interrupted. Once you dilute a startup with ordinary office workers—with type-B procrastinators—the whole company starts to resonate at their frequency. They're interrupt-driven, and soon you are too.

Errands are so effective at killing great projects that a lot of people use them for that purpose. Someone who has decided to write a novel, for example, will suddenly find that the house needs cleaning. People who fail to write novels don't do it by sitting in front of a blank page for days without writing anything. They do it by feeding the cat, going out to buy something they need for their apartment, meeting a friend for coffee, checking email. "I don't have time to work," they say. And they don't; they've made sure of that.

(There's also a variant where one has no place to work. The cure is to visit the places where famous people worked, and see how unsuitable they were.)

I've used either these excuses at one time or another. I've learned a lot of tricks for making myself work over the last 20 years, but even now I don't win consistently. Some days I get real work done. Other days are eaten up by errands. And I know it's usually my fault: I let errands eat up the day, to avoid facing some hard problem.

The most dangerous form of procrastination is unacknowledged type-B procrastination, because it doesn't feel like procrastination. You're "getting things done." Just the wrong things.

Any advice about procrastination that concentrates on crossing things off your to-do list is not only incomplete, but positively misleading; if it doesn't consider the possibility that the to-do list is itself a form of type-B procrastination. In fact, possibility is too weak a word. Nearly everyone's is. Unless you're working on the biggest things you could be working on, you're type-B procrastinating, no matter how much you're getting done.

In his famous essay “You and Your Research” (which I recommend to anyone ambitious, no matter what they're working on), Richard Hamming suggests that you ask yourself three questions:
1. What are the most important problems in your field?
2. Are you working on one of them?
3. Why not?
Hamming was at Bell Labs when he started asking such questions. In principle anyone there ought to have been able to work on the most important problems in their field. Perhaps not everyone can make an equally dramatic mark on the world; I don't know; but whatever your capacities, there are projects that stretch them. So Hamming's exercise can be generalized to:
What's the best thing you could be working on, and why aren't you?
Most people will shy away from this question. I shy away from it myself; I see it there on the page and quickly move on to the next sentence. Hamming used to go around actually asking people this, and it didn't make him popular. But it's a question anyone ambitious should face.

The trouble is, you may end up hooking a very big fish with this bait. To do good work, you need to do more than find good projects. Once you've found them, you have to get yourself to work on them, and that can be hard. The bigger the problem, the harder it is to get yourself to work on it.

Of course, the main reason people find it difficult to work on a particular problem is that they don't enjoy it. When you're young, especially, you often find yourself working on stuff you don't really like-- because it seems impressive, for example, or because you've been assigned to work on it. Most grad students are stuck working on big problems they don't really like, and grad school is thus synonymous with procrastination.

But even when you like what you're working on, it's easier to get yourself to work on small problems than big ones. Why? Why is it so hard to work on big problems? One reason is that you may not get any reward in the foreseeable future. If you work on something you can finish in a day or two, you can expect to have a nice feeling of accomplishment fairly soon. If the reward is indefinitely far in the future, it seems less real.

Another reason people don't work on big projects is, ironically, fear of wasting time. What if they fail? Then all the time they spent on it will be wasted. (In fact it probably won't be, because work on hard projects almost always leads somewhere.)

But the trouble with big problems can't be just that they promise no immediate reward and might cause you to waste a lot of time. If that were all, they'd be no worse than going to visit your in-laws. There's more to it than that. Big problems are terrifying. There's an almost physical pain in facing them. It's like having a vacuum cleaner hooked up to your imagination. All your initial ideas get sucked out immediately, and you don't have any more, and yet the vacuum cleaner is still sucking.

You can't look a big problem too directly in the eye. You have to approach it somewhat obliquely. But you have to adjust the angle just right: you have to be facing the big problem directly enough that you catch some of the excitement radiating from it, but not so much that it paralyzes you. You can tighten the angle once you get going, just as a sailboat can sail closer to the wind once it gets underway.

If you want to work on big things, you seem to have to trick yourself into doing it. You have to work on small things that could grow into big things, or work on successively larger things, or split the moral load with collaborators. It's not a sign of weakness to depend on such tricks. The very best work has been done this way.

When I talk to people who've managed to make themselves work on big things, I find that all blow off errands, and all feel guilty about it. I don't think they should feel guilty. There's more to do than anyone could. So someone doing the best work they can is inevitably going to leave a lot of errands undone. It seems a mistake to feel bad about that.

I think the way to "solve" the problem of procrastination is to let delight pull you instead of making a to-do list push you. Work on an ambitious project you really enjoy, and sail as close to the wind as you can, and you'll leave the right things undone.
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