• ICICI Bank Customer Care Number
  • Bangalore – 4113 1877
  • Karnataka – 98455 78000
• Citibank Customer Care Number
  • All Citibank customers – Bangalore – 2227 2484.
  • Citibank Suvidha account holders – Bangalore – 2227 2265.
  • CitiBusiness Customers – Bangalore – 2229 4653.
  • Citibank Credit Card – Bangalore – 2227 2484.
  • Priority service to CitiGold Customers, Diners Club Members & Citibank Gold Card members – Bangalore – 2229- 4653.
• HSBC Customer Care Number
  • Banking related – Bangalore – 2558 9595
  • Credit card related – Bangalore – 2558 9696
• HDFC Customer Care Number
  • Debit card related – 9945863333
  • Banking related – Bangalore – 6600 3333.
  • Credit card related – Bangalore – 6622 4332.
• ABN AMRO Customer Care number
  • Bangalore – 4124 5555
• SBI Credit Card Customer Care Number
  • All India Toll Free – 1600 180 1290 (works only on BSNL and MTNL Line)
  • Try : 1800 180 1290 too. May work!!!
  • Other lines : 39 02 02 02
• Axis Bank Customer Care number (earlier known as UTI Bank)
  • Bangalore (M G Road) – 2537 0615
  • Bangalore – 2531 7830
  • Mumbai – 022 5598 7700
• IDBI Bank Customer Care Number (Phone Banking)
  • Karnataka – Bangalore – 080 22297000
  • Mumbai – 022 66937000
  • Delhi – 011 23627000
  • Chennai – 044 28295550
• Manhattan Credit Card Customer Care Number
  • Bangalore – 3030 1969. (this number seems to work in Mumbai too! Give it a try in your local city!)
• Standard Chartered Credit Card Customer Care Number
  • Bangalore – 3940 4444 & 66014444 (updated).
• Deutsche Bank Customer Care Number
  • 6601 6601 (this number is available in Aurangabad, Bangalore, Chennai, Delhi, Kolhapur, Kolkata and Mumbai. If dialing from Gurgaon / Noida please prefix 9511 before dialing.)
• Airtel Customer Care
  • Dail 121 from your airtel mobile
  • Karnataka – 98450 98450 – For prepaid if you are calling from landline
  • Karnataka – 98450 12345 – For postpaid if you are calling from landline
• Vodafone Customer Care
• Karnataka: Call Vodafone Customer Care on 111 (toll free) from your Vodafone mobile phone or on 9886098860 from any phone or email at vodafonecare.kar@vodafone.com
• BSNL Mobile Customer Care (Cellone & Excel)
  • All India  – 94000 24365
• Reliance Mobile Customer Care
  • 1 800 3000 7773 – Toll Free
  • Call 3033 3333 Or dial *333 from your Reliance Mobile
• Reliance Broadband Customer Care
  • 1 800 3000 7773 – Toll Free
  • Call 022 – 3033 7777 Or dial *377 on your Reliance phone
• SpiceJet Customer Care
  • From BSNL/MTNL : 1800 180 3333
  • Others (GSM/CDMA): +91 98718 03333
• LIC Policy Details (Life Insurance Corporation)
  • Call – 1251 or
  • New Delhi 011 – 2332 9595
  • Mumbai 022 -2612 5555
  • Kolkata 033 – 23341765, 23211893/94/95
  • Chennai 044 – 28602626/28602929
  • Hyderabad 040 – 2329 7455
  • Bangalore 080 – 2248 5210
  • Pune 020 – 2553 6161
  • Ahmedabad 079 – 2550 7777
• Yahoo! India Customer Care
  • I am not sure if these numbers work, but give it a try & leave a comment!
  • Bangalore : (080) 39805078
  • Chennai : (044) 39119494
  • Yahoo! US “Customer Service”: 1-866-562-7219 (for yahoo.com)
  • Yahoo! Small Business/Store: 1-866-800-8092
  • Other US Yahoo! numbers to try
    • +1 866-850-4303
    • +1 866-562-7228
    • +1 408-349-1572
    • +1 408-349-3300
    • +1 408-329-5151
    • +1 800-318-0631

If you feel some service is missing and would be useful to list, drop a comment.

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U may not beleive that Awsurveys.com is scam. It is True and I am 1 of the victim of this scam site.I used to be active member of awsurveys.com and I was active member of this site for more than 8 months. I took me more than 7 months to get that 75$ minimum Payout but at last i reached that amount of 75$ it was really tough to get that amount, to get referrals i joined different forums, site & Chat Room I requested user to join etc. After all that i reached 75$ and hoped to get money and redeem my money via alertpay. Awsurveys.com said that it will take maximum of 5 days to get that money.
I waited for more than 5 days but i did not get that money.
My Awsurveys.com balance decreased for some days and again it got up 66$ (there was no new sign ups or surveys). I also send them message telling that i did not got my payment but they did not responded. In this way I was SCAMMED!!!.
How I got to this scam site Awsurveys.com?
I was searching in internet via GOOGLE for free rapidshare Account it took my to one of the blog. Author of that blog had recommended Awsurveys.com as there was 27$ sign up bonus, 1$ for survey of 2 site 75$ minimum payout (he has also shown payment proof, don’t know how he
got). As i read it seemed to be easy and I immediately signed up for that scam site

Awsurveys.com. After signing up completed all survey and earned 27$ and thought if i get a survey of 1$ daily then i will get 75$ easily after some months but i was completely wrong!! there was 1$ survey a month!!!I will take a years to get that minimum amount!!! So i began to refer people and hardly earned 75$ and awsurvey is not paying me cuz this site “Awsurveys.com” is scam site. It used us to earn money for themself. I request all users to stop using this site..

AWSURVEY SITE IS SCAM!!!!!!!!!!! DON’T WASTE UR TIME….

Reason behind writting this post is, yesterday i got a mail from one of my friends asking me to join AWSurvey.com as his referral, i have explained him every thing in detail, at last he was convinced that this website is SCAM.

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To get a good understanding of your bandwidth speed averages, run the test at different times of the day. The internet speed test can also be used as a tool to help determine if there is something wrong with your broadband connection. If you’re favorite web site is loading slow, you can come here and do a speed test. If your speed test results are comparable to past results, then you know it’s not your line having a problem.

Test Speed Now

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(compiler TASM, linker TLINK,etc ….). Download and follow the steps.
DOWNLOAD FOR FREE

First extract the files to a directory and then follow the below steps

1. Move this directory to a suitable drive

(In my case I have used C:\ tasm>)

2.Once you have executed the step1 goto “START”

command on the toolbar of your desktop.

3.HERE you would find the command “RUN”.

4. In this window type “command”.

5. Now a DOS screen appears. Go to the directory

where you have placed TASM.

6.“c:\” To goto folder TASM I type… “cd tasm” Here ‘cd’ stands for change directory. “c:\tasm>”

7.TO compile file “1stprog.asm;” we follow the following procedure.

Type “tasm 1stprog.asm”.

8. This would compile the file and convert the file to object file,If no errors are present proceed.

9. Then type “link 1stprog.obj;” to create an executable.

10. To run your program type simply “debug 1stprog.exe” and

press enter and your done….

You should see the o/p of exe file 1stprog.exe.

then press

-t –>> for step by step execution

-g –>> for executing all the steps

-d –>> to read data in the memeory

-q –>> to quit and return to cmd line

If this software is working fine then just leave a comment to keep it in condition.

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The Chrome operating system is due to be out in the second half of next year and will initially be used in netbooks, company executives Sundar Pichai and Linus Upson said in a blog posting. The operating system would be released as free, open-source software, which would allow anyone to use or modify it.

At the core of Google’s vision is the most important trend in the networked world: the move from running applications on a desktop computer to running them through a web browser.

From Gmail to Facebook and Picassa to Twitter, the most popular uses for computers are no longer the disc-churning software programmes like Microsoft Office, which have clogged up hard drives for years. The new paradigm is cloud-based computing, where all the heavy lifting and storage is done on companies’ server farms, which people access over their broadband connections. According to Google, it’s time that computers reflected the change.

“The operating systems that browsers run on were designed in an era where there was no web,” Google executives Sundar Pichai and Linus Upson wrote in a blog posting announcing the move.

The Chrome operating system is Google’s “attempt to re-think what operating systems should be”, based on three key attributes: “speed, simplicity and security”.8O

“We’re designing the OS to be fast and lightweight, to start up and get you on to the web in a few seconds. We are completely redesigning the underlying security architecture of the OS so that users don’t have to deal with viruses, malware and security updates. It should just work.”

That vision sounds like digital heaven for computer users who have wrestled forever with bloated software and computers that progressively get slower and slower.

“People want to get to their email instantly, without wasting time waiting for their computers to boot and browsers to start up. They want their computers to always run as fast as when they first bought them,” the Google blog said.

“They want their data to be accessible to them wherever they are and not have to worry about losing their computer or forgetting to back up files. Even more importantly, they don’t want to spend hours configuring their computers to work with every new piece of hardware or have to worry about constant software updates.” As enticing as that prospect may seem, it’s not guaranteed to work, says Don Retallack, vice president of research at Directions on Microsoft – a company that tracks the software giant.

“Google may or may not have the experience and capability of actually producing an operating system and getting it deployed,” he said.“It may not realise how hard it is.”

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The mobile subscriber base is expected to zoom to 893 million by 2012. This is a 150 million increase of what was projected earlier, as per a report by Cellular Operators Association of India (COAI). The COAI’s earlier estimates had shown that mobile user base will reach 743 million by 2012. The major reason stated for the increase is the huge adoption of the mobile services in the rural areas, reported The Business Line.

India is now the second largest mobile market in the world after China, which has over 650 million subscribers, with India having 400 million mobile users. According to COAI’s projection, there will be 1.24 billion mobile users in 2015 – which means one phone for every Indian.

“We have revised the projections because the rate at which infrastructure is growing is faster than what we had expected. Operators are moving into the hinterland and uncovered areas. Secondly, we are getting almost 50 per cent of our new additions from the rural areas. The third factor is that the level of competition has increased with new players in the sector which again leads to faster deployment of networks,” says T. V. Ramachandran, Director-General, COAI.

“Indian growth story is here to stay. I will push back against any view that says to the contrary. There is still a huge untapped market in both rural and urban areas,” says Atul Bindal, President, Mobility, Bharti Airtel. According to him, three out of five new subscribers are now coming from non-urban areas and expect to get the company’s next 100 million users in another two-three years.

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Cheap rockets fired by insurgents are taking a deadly toll in the Middle East. Can a new generation of solid-state lasers blow them out of the sky?
Rockets, mortars, and other forms of artillery have a long and grim history on the battlefield. In a conventional war, an army being bombarded by these from afar can respond by firing back at the attacker’s battery. But you can’t turn the massive firepower of modern armies onto insurgents hiding among civilian populations without courting disaster. Instead of striking the enemy, who run to other hiding spots after firing their weapons, such retaliation would mostly hit civilians.

What the U.S. military dearly wants is a weapon that can defend against such attacks more selectively, shooting down explosive-laden projectiles in the air before they reach their targets. The armament should be easy to field and should strike at the speed of light, but it should not send streams of bullets screaming toward the horizon. In short, the military wants a laser weapon that’s small and rugged but powerful enough to ignite explosive payloads on incoming projectiles while they’re still a safe distance away.

It’s a bold vision for laser defense, bolstered by a dramatic technology demonstration that didn’t make Page One: For five solid minutes in March, an electrically powered solid-state laser pumped out 100 kilowatts of infrared light, the first of its kind to make ”weapons class.”
Each armed service has its own plans for that technology. The U.S. Army and its Israeli allies want truck-mounted lasers to zap short-range rockets on the battlefield or border. The U.S. Air Force wants compact lasers for fighter jets. The Navy wants to defend ships against attacks. And research efforts in China and Russia have been reported as far back as 1995.
And yet, laser weapon R&D is celebrating its 50th birthday this yearwithout much to show for it. In fact, in early April the U.S. Defense Department shelved plans to buy a fleet of 747s to house giant gas-filled antimissile lasers. The old technology was proving too bulky and underpowered to blow North Korean missiles out of the sky without flying within antiaircraft range.

High-energy laser research is at an inflection point. Powered by semiconductors, a new generation of lasers promises new opportunities—and presents a whole new batch of problems.

Laser weapons, like flying cars, have been demonstrated many times, but in the real world their problems have always outweighed their benefits—literally. Weight cripples laser weapons and flying cars alike. Most experimental laser weapons have been so big and heavy that cynical observers have joked that their only conceivable combat use would be to drop them on the enemy.

That’s because the size of a laser weapon is inversely related to its efficiency—and laser efficiencies can be pretty dismal. The red helium-neon gas laser long used for classroom demonstrations turned only 0.01 to 0.1 percent of electrical power input into light. The diode lasers used in today’s inexpensive laser pointer do much better, converting about 10 percent of the electrical energy they draw from their batteries into light. The rest is lost as heat. This is no big deal for a milliwatt-power laser pointer, because the heat generated is negligible. But it’s a thorny problem for a laser weapon. At 10 percent efficiency, it would take 1 megawatt to generate a 100-kilowatt laser beam, leaving 900 kW as heat that must be dissipated somehow.

But that didn’t stop the U.S. Missile Defense Agency from building a megawatt laser. To achieve a 1-MW beam with 10 percent efficiency would require a whopping 10 MW of input energy and produce a hefty 9 MW of waste heat. Nevertheless, later this year a beast with such power, called the Airborne Laser (ABL), will be put to the test of blasting dummy nuclear missiles from the sky.

Here’s how. ABL is the latest example in a class of high-energy lasers called flowing-gas lasers. They are powered by burning chemical fuels like those that drive rocket engines. Hot molecules in the gas emit a cascade of light emissions, producing a powerful laser beam. Rocket-engine lasers have generated infrared beams that can reach a couple of megawatts for a few seconds at a time. The technology used in ABL can turn more than 20 percent of the combustion energy into laser light in the laboratory, but ABL’s efficiency is undisclosed. In such a laser, the exhaust gas carries away the energy left behind as heat.

But so far the US $5 billion ABL can barely squeeze into a Boeing 747. The laser is completely unsuited to the battlefield. It’s being designed to destroy long-range missiles rising through the atmosphere a couple of hundred kilometers away, but it’s vastly overpowered for the comparatively easy job of hitting slow-moving mortar shells only a kilometer or two away. It would be like shooting deer with a cannon. So in 1996 the U.S. Army and the Israeli Ministry of Defense teamed up to test smaller lasers against mortars and rockets. For that task, they tapped Redondo Beach, Calif.–based aerospace contractor TRW (acquired by Northrop Grumman Corp. in 2002) to build a 100-kilowatt-class flowing-gas laser, a compact version of ABL.

The result, called the Tactical High-Energy Laser (THEL), made laser defense look promising. In 2000, it shot down a short-range Katyusha rocket over the White Sands Missile Range in New Mexico. But by 2004 the United States and Israel agreed THEL wasn’t up to the job, ending any further tests.

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DOWNLOAD FOR FREE

for further info mail me.

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Justice Manmohan Singh held Mahindra Saxena guilty of counterfeiting the products of the two global software giants that fought a seven-year legal battle to nail him.

“It (counterfeiting) causes financial damages not only to the plaintiffs (Microsoft and Adobe) but also amounts to deception to the public at large. At the same time, the government is losing high revenue because of such illegal activities … (as) the counterfeiters do not maintain any account books nor pay any taxes,” the court said.

On a request from the two companies, the court had ordered investigation and 16 CDs containing counterfeit and unlicensed software were found from Saxena.

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The study also says that the internet ranks high among sources of information and advice that people are seeking during hard times, especially when it comes to their personal finances and jobs. “That is a large number of those who are exploiting the Internet to participate in the roiling online discussion about how we got into this mess and how we are going to get out of it,” Rainie said. Overall, 34 percent of online economic users have expressed themselves about the recession in places like blogs, social network sites and Twitter, the study reported. The more traditional way of talking with family and friends for advice and support has continued as well.

However, broadcast outpaced internet as source of news about national economic affairs. The report also states that the top three recession-related activities of these users were price comparisons, a general understanding of the economic downturn and new jobs. Around three percent of users searched on the Internet for information about filing for bankruptcy.

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