Technology Council of India - TCI

Technology Council of India - TCI

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TCI is the India's professional organization dedicated to advancing technological innovation and excellence for the benefit of humanity

TCI and its members inspire a global community through its highly cited
publications, conferences, technology standards, and professional and
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Photos 27/08/2014

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Photos 12/08/2014

The Engineer Who Proposed Powering The World With A Solar Satellite

The conceiver of one of mankind's coolest ideas for boundless clean energy died last week. He was 90 and first published his ideas in 1968, a year before NASA put a man on the moon. In its December 1972 issue, Popular Science described engineer Peter Glaser's proposal:

Glaser's plan is to build a huge array of solar cells in a synchronous orbit around Earth to collect sunlight, convert it into DC electric power. The DC could be used to power microwave convertors, and the microwave energy would be beamed to Earth, where it would be received by a large antenna and converted back into electrical power.
Although it sounds incredible, the basic technology for Glaser's orbit-to-Earth power plant already existed at the time. However, nobody had used the tech in that large of a project before. In addition, it would take an enormous amount of money and resources to make such a plant happen, including about 500 shuttle flights to bring all of those components to space, Glaser estimated.

The U.S. government studied the plan at a cost of $20 million, The New York Times reports. Ultimately, researchers decided it was too infeasible.

Although Glaser's proposal never made it to reality, former Popular Science editor-in-chief Hubert Luckett credited the idea for sparking research into Earth-bound solar energy fields more akin to what we have today. The magazine published a feature on the future of solar energy in its December 1972 issue. In addition to Glaser's ideas, writer C. P. Gilmore described a more familiar-sounding vision:

The [Aden and Marjorie] Meinel plan is simple in principle, breathtaking in scope. They hope ultimately to build a vast array of 'solar farms' across the southwestern deserts that will collect heat, use it to generate steam and run power-generating turbines. They envision a long-range plan to create a 1,000,000 megawatt generating facility . . . .
That sounds a lot like the Ivanpah Solar Electric Generating System in California, does it not? One major difference is that Ivanpah makes 392 megawatts of gross power (377 megawatts net), not, uhh, 1 million megawatts. (The Meinels, who worked primarily as astronomers, never went much further with their idea and were not involved in Ivanpah's design and construction.)

"Things have never looked better" for solar energy research, Glaser told Popular Science, in that issue.

Solar energy research passed several milestones in the 1970s, including increases in the efficiency of solar cells and the construction of one of the world's first solar-powered residences by researchers at the University of Delware.

Photos 25/06/2014

The Engineer Who Proposed Powering The World With A Solar Satellite

The conceiver of one of mankind's coolest ideas for boundless clean energy died last week. He was 90 and first published his ideas in 1968, a year before NASA put a man on the moon. In its December 1972 issue, Popular Science described engineer Peter Glaser's proposal:

Glaser's plan is to build a huge array of solar cells in a synchronous orbit around Earth to collect sunlight, convert it into DC electric power. The DC could be used to power microwave convertors, and the microwave energy would be beamed to Earth, where it would be received by a large antenna and converted back into electrical power.
Although it sounds incredible, the basic technology for Glaser's orbit-to-Earth power plant already existed at the time. However, nobody had used the tech in that large of a project before. In addition, it would take an enormous amount of money and resources to make such a plant happen, including about 500 shuttle flights to bring all of those components to space, Glaser estimated.

The U.S. government studied the plan at a cost of $20 million, The New York Times reports. Ultimately, researchers decided it was too infeasible.

Although Glaser's proposal never made it to reality, former Popular Science editor-in-chief Hubert Luckett credited the idea for sparking research into Earth-bound solar energy fields more akin to what we have today. The magazine published a feature on the future of solar energy in its December 1972 issue. In addition to Glaser's ideas, writer C. P. Gilmore described a more familiar-sounding vision:

The [Aden and Marjorie] Meinel plan is simple in principle, breathtaking in scope. They hope ultimately to build a vast array of 'solar farms' across the southwestern deserts that will collect heat, use it to generate steam and run power-generating turbines. They envision a long-range plan to create a 1,000,000 megawatt generating facility . . . .
That sounds a lot like the Ivanpah Solar Electric Generating System in California, does it not? One major difference is that Ivanpah makes 392 megawatts of gross power (377 megawatts net), not, uhh, 1 million megawatts. (The Meinels, who worked primarily as astronomers, never went much further with their idea and were not involved in Ivanpah's design and construction.)

"Things have never looked better" for solar energy research, Glaser told Popular Science, in that issue.

Solar energy research passed several milestones in the 1970s, including increases in the efficiency of solar cells and the construction of one of the world's first solar-powered residences by researchers at the University of Delware.

Photos 25/06/2014

The author of the new book Cybersecurity and Cyberwar: What Everyone Needs to Know talks to Popular Science.

Cybersecurity and Cyberwar: What Everyone Needs To Know by P. W. Singer and Allan Friedman. Buy it here. Peter W. Singer and Allan Friedman's brand new book is an impressively comprehensive guide to one of the least understood arenas of modern life. The book consists of some five dozen questions and answers about cybersecurity, divided into sections: How It All Works, Why It Matters, and What Can We Do? As I read through it, thinking about these questions I might want to ask the authors, all too often the question that occurred to me on one page was already answered on the next.
Popular Science: What was the context and impetus for you and your coauthor to create this book, and what impact can you optimistically foresee from its publication?

Peter W. Singer: We were at a major conference in Washington DC. A senior Pentagon leader was trying to explain why he thought cybersecurity and cyberwar was important. But he could only describe the problem as “all this Cyber-stuff.”

Our entire modern way of life, from communication to commerce to conflict, depends on the Internet, and the resultant cybersecurity issues challenge literally everyone. We face new questions in everything from our rights and responsibilities as citizens of both the virtual and real world, to how to protect our companies, our nations, and our families from a new type of danger.

And, yet there is perhaps no issue so important that remains so poorly understood. That “stuff” problem happens in the halls of government power, but also in business, the military, law, media, and even in our personal lives. It ranges from the 70% of business executives who have ended up making a cyber decision for their firm, despite the fact that no MBA teaches it as a regular part of 21st public and mass media’s confusion on matters from the NSA to the latest credit card hacks.

So what we tried to do is provide the kind of easy-to-read yet deeply informative resource book that has been missing on this crucial issue. The book is structured around the key questions of cybersecurity: how it all works, why it all matters, and what we can do? Along the way, we take readers on a tour of the important (and entertaining) issues and characters of cybersecurity, from the "Anonymous" hacker group and the Stuxnet computer virus to the new cyber units of the Chinese and US militaries. Importantly, its neither too technical nor histrionic. Rather, I hope it pushes some new matters and approaches to aid the experts, but more generally helps people understand this all. Hopefully it will better equip us all to deal with these important issues and new responsibilities, as they are not going away.

We have to understand that as long as we use the Internet, we will face cybersecurity and cyber war issues. The question is how will we manage them?

PS: What sort of significant changes or scenarios do you predict we may expect in the cybersecurity arena over the next year or two?

We’re discovering 9 new pieces of malware every second.
PWS: Clearly the number of attacks will go up; indeed, we’re discovering 9 new pieces of malware every second. But in the book we try to look beyond these astronomical, but also sometimes meaningless numbers, to key trends. One, for example, is the shift to different uses and users, such as the move towards more mobile devices (and threats towards them). Moreover, the Internet is no longer just about sending or compiling information online, it shapes the real world via the emerging Internet of Things. Indeed, Cisco believes the number of Internet-enabled devices will rise to 40 billion over the next 5 years, as cars, fridges, medical devices, and gadgets not yet imagined or invented all link in. But these in turn will be targeted with different consequences that say defacing a website. For instance, PopSci has explored the move toward Internet-enabled cars and even driverless cars and the drone boom. Well, we’re also seeing the move towards “car-hacking” and “drone-hacks.”

In war, more than 100 nations are now building some kind of cyber-military capability and that trend will only grow. Indeed, it has all the hallmarks of an arms race, from the outcome of more spending (the word “cyber” appears 147 times in next year’s Pentagon budget), but less security, to even a brewing “cyber-industrial complex.” The interesting (and scary) thing for warfare overall will be militaries figuring out how to integrate and synergize computer network operations with their other military tasks. Think of it like how they had new technologies like radios, airplanes, and tanks in World War I, but it wasn’t until they were all brought together in the Blitzkrieg that they reached their true power.

Finally, 2014 will be a huge year for the role of the government in the online world to be debated. It is not just the ongoing NSA mess that will continue to shake out in the US and reverberate abroad (notably on American tech companies, who have already lost billions of revenue). There are also international negotiations over the underlying governance of the Internet, where authoritarian regimes are pushing for more controls. If we don’t watch out, the Internet that has been so wonderful to us could be something our kids don’t end up enjoying.

As much as 94 percent of attacks would be stopped by basic cyber hygiene
PS: Can you synopsize three early actions you would take if you were appointed to an official executive role to improve US cybersecurity?

PWS: Goodness, the last third of the book is all “what can we do?” type chapters, not just at national level, but also at corporate and even personal levels. But a few that would be important for the US government would be:

Launch a major campaign of cyber hygiene awareness, backed by a cyber version of the most successful government agency in history, the CDC (Centers for Disease Control). At the end of the day, both the problems and answers in cybersecurity and cyberwar are not about the software or hardware, but the wetware, the people behind the systems. Get the incentives, the organizations, and education right and things get much better. Not solved, but better. Indeed, one study found that as much as 94 percent of attacks would be stopped by basic cyber hygiene, with my favorite example being that the most popular password is..."password."

Create balance in our approach: At the Pentagon, we are spending 2.5-4 times as much on cyber offense research as we are cyber defense research. That’s a lot like standing in your glass house and thinking the best way to deal with gangs of neighborhood kids is to buy a stone sharpening kit. We are spending over 10 times as much on the Pentagon cyber capabilities as we are at civilian agencies like the DHS. Likewise, we need balance in the public-private sector responsibilities. Firms should not think this is only for the government to handle. Whether you are a bank, a power company, a department store, or a cupcake stand, you have to start taking your cybersecurity responsibilities more seriously.

Get Congress on board (harder said than done): The last time Congress passed any significant cybersecurity legislation was 2002, half a decade before anyone had even heard of the iPhone, let alone today’s world of metadata and Google Glass.

PS: As you recognize in your book, the internet has facilitated an explosion in the creation and distribution of cute videos. Will you share a favorite or two?

PWS: Since my last book was on robots, I have to combine the two and go with the cat using his Roomba robot to escalate the eons-old battle with canine forces.

But as the new book explores, the US and Chinese approaches to cybersecurity and cyberwar are another one of those crucial trends that will define the future. Part of this is the two governments’ political and economic power and their very different visions of the future. But part is simply driven by the fact that the Internet’s users and uses has evolved from its roots a generation back in California. And there is no better illustration than the news that cute panda bear videos are now starting to outnumber cute cat videos. So I should also include my favorite of those, where pandas play on a slide, just like Nature intended...

Photos 25/06/2014

Half the battle is getting everybody to the battle. Shown off Friday at the Eurosatory defense conference and exhibition in Paris, the CombatGuard is a new military troop carrier that wants to bring more troops to battle over rougher, harder ground. It's developed by Israel Military Industries in conjunction with Ido Off-Road Center, with the goal of a fast and armored vehicle that can get troops where they need to be over difficult terrain, and get them their safely.

In testing, the CombatGuard can go 95 mph on open roads, and 75 mph on rough terrain. Depending on how the vehicle is set up, it can carry either six or eight troops inside. The large tires, high clearance, and suspension allow it to drive on hills with up to a 70 percent gradient. It can operate as far as 300-500 miles away from base, getting troops where they need to be, in places they won't be expected.

The body is protected against normal bullets at a reasonable range, and according to a brochure of the CombatGuard that protection includes armor-piercing bullets fired from rifles. Besides armor, the CombatGuard on display at Eurosatory came equipped with a Bright Arrow defense system. Sensors and camera detect incoming projectiles, and it will either jam laser targeting systems or shoot bullets at incoming rockets and tank rounds to protect the vehicle and the crew inside. Because the CombatGuard can go where most vehicles can't, protection against the kinds of guns and rocket launchers people can carry makes it stronger than its go-kart-meets-monster-truck appearance suggests.

Photos 25/06/2014

IEEEXtreme - Call for Student Ambassador Program 2014

IEEEXtreme Student Ambassador program gives you a chance to work with international team of highly motivated volunteers in sharing the enjoyments of coding at Xtreme.

Roles and Responsibility of Ambassadors:
1. Reach out to Universities, Student Branches and Student Members about IEEEXtreme
2. To assist student members in hosting IEEEXtreme in their respective student branch and also supporting non student branch members to finding venue
3. To host seminars and drive about IEEEXtreme programming competition in Universities/Colleges and create awareness about the competition
4. To identify and assist the students those who require support and guidance on any details relevant to IEEEXtreme
5. To coordinate all the teams under one roof and provide proper support during the event.
6. Must connect the student members who are in search for proctor to professional member.

Let us know why you want to be student ambassador!

Submit request at: bit.ly/IEEEXtreme-call-for-ambassadors

Photos from Technology Council of India - TCI's post 18/06/2014

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17/06/2014

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15/06/2014

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Photos 14/06/2014

“Hello, World!” has now become the first video message transmitted by NASA’s laser communications system aboard the International Space Station. According to a NASA statement, the high-definition video was transmitted on June 5 when the space station was about 260 miles above Earth’s surface. The 175-megabit message was transmitted suing the Optical Payload for Lasercomm Science (OPALS) experiment.

OPALS is designed to test communication via lasers at bandwidths higher than are possible with radio waves; OPALS is capable of transmitting data at rates 10 to 1,000 times faster than radio wave methods. In the future, laser communications will be used to talk with spacecraft in low-Earth orbit and beyond.

“It’s incredible to see this magnificent beam of light arriving from our tiny payload on the space station,” said Matt Abrahamson, mission manager for OPALS at the Jet Propulsion Laboratory. “We look forward to experimenting with OPALS over the coming months in hopes that our findings will lead to optical communications capability for future deep space exploration missions.”

OPALS needed extremely exact targeting for its experiment, with the space station orbiting Earth at 17,500 miles per hour. During Thursday’s test, the Optical Communications Telescope Laboratory at the Table Mountain Observatory in Wrightwood, California, provided a laser beacon for OPALS to lock on to with its own beam. OPALS modulated its beam to transmit the message over 148 seconds; the highest data transmission rate recorded was 50 megabits per second. Each copy of the message was transmitted over only 3.5 seconds, a far quicker rate than the over 10 minutes that would have been needed with radio waves.

14/06/2014

12 Type Of Servers And What They Do!
1. Real-Time Communication Servers
Also known as chat servers or IRC, and sometimes known as instant messaging (IM) servers, these servers are meant to allow huge number users to exchange information instantly.
2. FTP Servers
This is one of the oldest of the Internet services available. The FTP or File Transfer Protocol allows the users to securely transfer one or more files of any size between two computers.
3. Collaboration Servers
In many ways, collaboration software, once called 'groupware,' demonstrates the original power of the Web. Collaboration software designed to enable users to collaborate, regardless of location, via the Internet or a corporate intranet and to work together in a virtual atmosphere.
4. List Servers
List servers lets users better manage their mass mailing lists like open interactive discussions or one-way lists to deliver newsletters, announcements or advertising.
5. Telnet Servers
The Telnet server lets the users on to a host computer control and work on remote computers.
6. Web Servers
At its core, a Web server serves static content to a Web browser by loading a file from a disk and serving it across the network to a user's Web browser. This entire exchange is mediated by the browser and server talking to each other using HTTP.
7. Virtual Servers
A virtual server is a web server which shares its resources with multiple users. It's another way of saying that multiple web sites share the resources of one server.
8. Proxy Servers
Proxy server is a server which acts as an intermediary for requests between the users and the servers. Client connects to the proxy server and the proxy server evaluates the requests sent by the users simplifies them and control their complexities.
9. Mail Servers
Mail servers help in moving and storing the e-mail over a network via LANs and WANs or across the Internet.
10. Server Platforms
Normally used in same context with that of operating systems, server platforms are the platforms that are under the hardware or software of a system and the hence in the engine that drives the server.
11. Open Source Servers
Similar to server platforms, Open source server are referred to the underlying open source operating system used in the IT infrastructures of the companies.
12. Application Servers
Application servers are a type of middleware which connects the database servers and the app users.

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