Thursday, November 29, 2007

How to Reset the Password of Windows XP, if forgotten accidently? ---by ashesh deep


To solve the above problem, we must follow the following steps:-


Download the file "cd060213.zip" from



zip file and burn dis image to a CD; this is a bootable Linux Kernel image. Burn it as an


image of aCD. Set ur computer 2 boot 4m CD/DVD drive. Insert CD in drive and reboot.




And follow easy instructios to RESET WIN-XP PASSWORD.


.

Friday, November 23, 2007

Bad news for IT employees...

IT companies, faced with a free-falling dollar and receding bottomlines, are cutting wages of
their staff, reducing increments and freezing recruitment. They are also forcing techies to work
for more hours so that every dollar they earn is worth it. Industry analysts say Indian software
companies, labelled globally as cyber sweat shops, spend up to 45 per cent of their dollar
earnings on staff salaries. And every dollar counts at a time when the greenback has plunged to
an all-time low of Rs 39.39. Of course, the latest developments have been worrying those
techies who earn part-dollar wages.

Wednesday, November 14, 2007

India's SUPERCOMPUTER is really Superb...

Hi!
ashesh deep is back with some technical but interested post. Being an indian i really feel proud to have a software background. I am going to tell about a new national craze. I saw this article in Times news and so wanted to throw some lights on SUPERCOMPUTERS. So, again the repeated lines----"just follow me"----yo........ a beautiful mind ashesh deep is back.....
India's Supercomputer is inTop4
India has surprisingly broken into the Top Ten in a much-fancied twice-yearly list of
the fastest supercomputers in the world, marking a giant leap in its push towards
becoming a global IT power. A cluster platform at Pune's Computational Research
Laboratories (CRL), a Tata subsidiary, has been ranked fourth in the widelyanticipated TOP500 list released at an international conference on high performance computing in Reno, Nevada.
It is the first time that India has figured in the Top100 let alone Top Ten of the supercomputing list. The list, which is usually dominated by the United States, is also notable this time because it has five new entrants in the Top Ten, with supercomputers in Germany and Sweden up there with the one in India. The fourth-ranking Tata supercomputer, named EKA after the Sanskrit term for one, is a Hewlett-Packard Cluster Platform 3000 BL460c system. CRL has integrated this system with its own innovative routing technology and to achieve a 117.9 Teraflop or trillions of calculations per second. The No. 1 position was again claimed by the BlueGene/L System, a joint development of IBM and the US Department of Energy's (DOE) National Nuclear Security Administration (NNSA) and installed at DOE's Lawrence Livermore National Laboratory in California.
Although BlueGene/L has occupied the No. 1 position since November 2004, the current system is much faster at 478.2 TFop/s compared to 280.6 TFlop/s six months ago before its upgrade. At No 2 is a BlueGene/P system installed in Germany at the Forschungszentrum Juelich (FZJ) and it achieved performance of 167.3 TFlop/s. The No. 3 system at the New Mexico Computing Applications Center (NMCAC) in Rio Rancho, N.M posted a speed of 126.9 TFlop/s. Ashwin Nanda, who heads the CRL, told the conference that its supercomputer had been builtwith HP servers using Intel chips with a total of 14,240 processor cores. The system went operational last month and achieved a performance of 117.9 teraflops. The system is slated for use in government scientific research and product development for Tata, as well as to provide services to US customers, Nanda said. In a statement in India, the Tata Group said "EKA marks a milestone in the Tata group's effort to build an indigenous high performance computing solution." CRL, it disclosed, built the supercomputer facility using dense data centre layout and novel network routing and parallel processing library technologies developed by its scientists. While the US is clearly the leading consumer of high power computing systems with 284 of the 500 systems, Europe follows with 149 systems and Asia has 58 systems. In Asia, Japan leads with 20 systems, Taiwan has 11, China 10 and India 9. The second ranked supercomputer inIndia, rated 58th in the Top500 list is at the Indian Institute of Science in Bangalore. Others are ranked 152, 158, 179, 336, 339,340 and 371. Horst Simon, associate laboratory director, computing sciences, at the Lawrence Berkeley National Laboratory in Berkeley, and one of the Top500 list authors, told Computerworld that it was exciting to see India's entrance into the Top 10 and because the country has "huge potential" as a supercomputing nation.
"India is very well known for having great software engineers and great mathematicians, and having a (HPC) center there is a catalyst for doing more in the high performance computing field," Simon told the industry publication, adding that it brings "a whole new set of players into the supercomputing world." India has made steady progress in the field of supercomputing from thetime it first bought two from the US pioneer Cray Research in 1988, at a time of a tough technology control regime. US strictures on the scope of its use and demand for intrusive monitoring and compliance led India to devise its own supercomputers using clusters of multiprocessors.
Supercomputers are typically used for highly calculation problem solving in quantum
mechanical physics, molecular modeling, weather forecasting and climate research, and physical simulation including that of nuclear tests. The term supercomputer is quite relative. It was firstused in 1929 to refer to large custom-built tabulators IBM made for Columbia University. Thesupercomputers of the 1970s are today's desktops.
Post some comments on it.
courtesy: Times of India

Hyde Act ----by ashesh deep

1) Full co-operation in civilian nuclear energy has been denied to India:

a) U.S. unwillingness to co-operate in the areas of spent-fuel reprocessing and uranium enrichment related to the full nuclear fuel cycle.
b) Denial of the nuclear fuel supply assurances and alternate supply arrangements mutually agreed upon earlier.
c) Limits co-operation in the GNEP programme. India will not be permitted to join as a technology developer but as a recipient state.





2) India asked to participate in the international effort on nuclear non-proliferation, with a policy congruent to that of United States.
The Hyde Act envisages (Section-109) India to jointly participate with the U.S. in a programme involving the U.S. National Nuclear Security Administration to further nuclear non-proliferation goals. This goes much beyond the IAEA norms and has been unilaterally introduced apparently without the knowledge of the Indian government. In addition, the U.S. President is required to annually report to the congress whether India is fully and actively participating in U.S. and international efforts to dissuade, isolate and if necessary sanction and contain Iran for its pursuit of indigenous efforts to develop nuclear capabilities. These stipulations in the Act and others pertaining to the Proliferation Security Initiative (PSI), the Wassenaar Arrangement, and the Australia Group etc. are totally outside the scope of the July 18th Agreement and they constitute intrusion into India's independent decision making and policy matters. India's adherence to MTCR is also unnecessarily brought in.




3) Impact on our Strategic Defence Programme

In responding to the concerns earlier expressed by us, the Prime Minister stated in the Rajya Sabha on August 17, 2006 that "we are fully conscious of the changing complexity of the international political system. Nuclear weapons are an integral part of our national security and will remain so, pending the elimination of all nuclear weapons and universal non-discriminatory nuclear disarmament. Our freedom of action with regard to our strategic programmes remains unrestricted. The nuclear agreement will not be allowed to be used as a backdoor method of introducing NPT type restrictions on India." And yet, this Act totally negates the above assurance of the PM.
In view of the uncertain strategic situation around the globe, we are of the view that India must not directly or indirectly concede our right to conduct future nuclear weapon tests, if these are found necessary to strengthen our minimum deterrence. In this regard, the Act makes it explicit that if India conducts such tests, the nuclear cooperation will be terminated and we will be required to return all equipment and materials we might have received under this deal. To avoid any abrupt stoppage of nuclear fuel for reactors which we may import, India and the U.S. had mutually agreed to certain alternative fuel supply options which this Act has totally eliminated out of consideration. Thus, any future nuclear test will automatically result in a heavy economic loss to the country because of the inability to continue the operation of all such imported reactors.
Furthermore, the PM had assured the nation that "India is willing to join any non-discriminatory, multilaterally negotiated and internationally verifiable Fissile Material Cut-off Treaty (FMCT), as and when it is concluded in the Conference on Disarmament." But, the Act requires the U.S. to "encourage India to identify and declare a date by which India would be willing to stop production of fissile material for nuclear weapons unilaterally or pursuant to a multilateral moratorium or treaty."
In his Rajya Sabha address, the PM had said, "Our commitment towards non-discriminatory global nuclear disarmament remains unwavering, in line with the Rajiv Gandhi Action Plan. There is no dilution on this count." Unfortunately, the Act is totally silent on the U.S. working with India to move towards universal nuclear disarmament, but it eloquently covers all aspects of non-proliferation controls of U.S. priority, into which they want to draw India into committing.
In summary, it is obvious that the Hyde Act still retains many of the objectionable clauses in the earlier House and Senate bills on which the Prime Minister had clearly put forth his objections and clarified the Indian position in both Houses of Parliament. Once this Act is signed into law, all further bilateral agreements with the U.S. will be required to be consistent with this law.
As such, the Government of India may convey these views formally to the U.S. Administration and they should be reflected in the 123 Agreement.

Wednesday, November 7, 2007

"INDO-US Nuclear Deal and 123 Agreement" ---an exclusive explanatory article

Hi!
We all have heard a lot about "Indo-US nuclear deal Controversy or 123 agreement"
. I want to throw some lights on this topic as well so that in short everyone can understand what this nuclear-deal all about? In brief, i will describe about the aspects of so-called deal and the controvesies following it up.
So, as usual follow me up..........
The Indo-US nuclear deal is being rerarded as the biggest breakthrough in years.
The 123 agreement that will make the deal operational, was finally made public earlier on Aug.03, 2007. This, after months of tough negotiations between Indian and American diplomats that took place, even as the deal battled its way through Parliament in Delhi and the US Congress.
Many have consistently raised concerns that this make-or-break deal might be bad for India but here is a look at more of the fine prints of the deal that has a life span of 40 years.
About:
The 123 agreement is a civil nuclear deal, therefore, it will have no bearing on India's strategic and military programme and India can make a bomb. It is completely out of the ambit of the deal.In the text of the deal there is a clause that says that the agreement will in no way be a hindrance to India's strategic programme.
Therefore, India can continue to make a bomb with its own fuel.What is clear from the draft of the 123 agreement is that there is no legal binding commitment on India to never test again. India, if it wants to, can choose to conduct a nuclear test.If India does conduct a nuclear test, it will not be violating any international treaty or agreement because there is no mention of testing or detonation in this bilateral agreement.
Essentially, what the controversy has been over is whether if India conducts a test the Americans under their own laws would have the right to take back all the fuel that they give us.
Controversies & "Right of Return" :
The deal interestingly says that the right of return that the Americans have does not automatically comes into effect. It is something the US administration chooses to do. They would have to stop cooperation with India.But whether or not they take back fuel is something they would have to choose to do.
Even after the US chooses to do that, there are about seven to eight barriers before the right of return actually comers into play.What the agreement says that that it will take into account the circumstances in which India conducts a nuclear test.These include a ''changed security environment'' or action, which could impact national security.
Essentially, what it boils down to is that the right of return may not be invoked if Pakistan or China conduct nuclear tests and India responds to that by conducting a test of its own.In a way, this is the first international agreement, which would justify the circumstances in which a nuclear test is conducted.
So India is not giving up its right to test and right of return of nuclear fuel does not automatically comes into play.Apart from this there are certain assurances given by US President George W Bush to the Indian side.
Those have been verbatim repeated in the text of the agreement. These assurances are that the US would ensure that there is a lifetime supply of fuel for India's nuclear reactors and that they help India build its strategic fuel reserve.
If the US is unable to fulfill this commitment, it will convene a group of countries like Russia, France and the UK to ensure supply.Even if, for some reason, they were to take back nuclear fuel, India retains the right to seek alternate sources of fuel for itself. India will have to build strategic reserve so that it does not go out nuclear fuel.
Any kind of feedback will be heartly welcomed.

Saturday, November 3, 2007

Visvesvaraya Technological University


Visvesvaraya Technological University, also spelt Visveswaraiah Technological University, (VTU), is a University in Karnataka, India.
At present, 141 engineering colleges all over Karnataka are affiliated to VTU. The intake every year for engineering under this university inclusive of post-graduate courses is around 38,000. The university has 25 branches of Bachelor of Engineering and 54 branches of Masters in Technology courses. B. E. (Bio-Technology) was an under-graduate branch introduced in 2002-03 in 21 colleges. In addition, the university offers MBA and MCA courses. The university also offers M. Sc. (Engg.) through Research and Ph.D. programmes. Currently, the University has 249 registered candidates for M.Sc. (Engg.) by Research and Ph.D. in 80 Research Centres in 24 affiliated colleges.
The University has achieved the tremendous task of bringing various colleges affiliated earlier to different Universities, with different syllabi, different procedures and different traditions under one umbrella.
The university is also known for its record number of placement activities.Every year thousands of students are recuited by various companies through campus placement programs.
The first batch consisting of approximately 13,000 students of under-graduate (engineering and technology fields) students admitted in the academic year 1998-99 graduated from the portals of this University during the month of July 2002. Four batches of M. Tech., 3 batches of MBA and 2 batches of MCA students have so far graduated from the university. The total number of post-graduates who have completed their studies in this university is around 5000.