While it seems to have involved an entire team, many sources in India credit the actual invention of India's first supercomputer to Dr. Vijay Pandurang Bhatkar, an engineer and computer scientist. He developed the PARAM 8000 (the word Param is Sanskrit for "supreme" or "superior") in 1991.
India's First Supercomputer was PARAM 8000. PARAM stood for Parallel Machine. The computer was developed by the government run Center for Development of Advanced Computing (C-DAC) in 1991. The PARAM 8000 was introduced in 1991 with a rating of 1 Gigaflop (billion floating point operations per second). All the chips and other elements that were used in making of PARAM were bought from the open domestic market. The various components developed and used in the PARAM series were Sun UltraSPARC II, later IBM POWER 4 processors, Ethernet, and the AIX Operating System. The major applications of PARAM Supercomputer are in long-range weather forecasting, remote sensing, drug design and molecular modelling
The first Indian Super Computer PARAM 10000devloped by CDAC India is currently situated at PUNE Indiaand is used in atomic research and astronautical research.
One super computer - made in India - is called PARAM. It is developped by the CENTER OF DEVELOPEMENT OF ADVANCED COMPUTING. Website : http://www.cdac.in Another super computer - made in India - is called cluster-computer "Kabru". It is made by the INSTITUTE OF MATHEMATICAL SCIENCES. Website : http://www.imsc.res.in
He was sacked and replaced by a computer.
Lonnie Johnson
param
PARAM PADMA is the name of the first super computer.
Param 10000
PARAM PADMA is the name of the first super computer.
PARAM is a super computer. It was 1st developed by C-DAC(CENTER FOR DEVELOPMENT OF ADVANCED COMPUTER). Its full form is PARALLEL MACHINE(OR) PARALLEL COMPUTER.
India's First Supercomputer was PARAM 8000. PARAM stood for Parallel Machine. The computer was developed by the government run Center for Development of Advanced Computing (C-DAC) in 1991. The PARAM 8000 was introduced in 1991 with a rating of 1 Gigaflop (billion floating point operations per second). All the chips and other elements that were used in making of PARAM were bought from the open domestic market. The various components developed and used in the PARAM series were Sun UltraSPARC II, later IBM POWER 4 processors, Ethernet, and the AIX Operating System. The major applications of PARAM Supercomputer are in long-range weather forecasting, remote sensing, drug design and molecular modelling
The first Indian Super Computer PARAM 10000devloped by CDAC India is currently situated at PUNE Indiaand is used in atomic research and astronautical research.
Param Padma was the first super computer manufactured in India when USA denied to give India a supercomputer.PARAM is a series of supercomputersdesigned and assembled at the Centre for Development of Advanced Computing (C-DAC) in Pune, India. The latest machine in the series is the PARAM Yuva, which reached no. 109 on the TOP500 in June 2009. Others include PARAM 10000 and PARAM 9000/SSand the PARAM Padma. The PARAM Padma was India's first Teraflop supercomputer. Currently, C-DAC is developing a Petaflop Supercomputer which is expected to be in operation by 2012. The biggest challenge in designing the $125 million supercomputer is handling the power consumption of the unit which is expected to be around 20 MW up from the current 1MWconsumption of the PARAM Yuva cluster. However, the new machine will also be able to perform up to 100 times more computations per second than the current PARAM Yuva cluster.
super
Dr. Vijay Bhatkar
One super computer - made in India - is called PARAM. It is developped by the CENTER OF DEVELOPEMENT OF ADVANCED COMPUTING. Website : http://www.cdac.in Another super computer - made in India - is called cluster-computer "Kabru". It is made by the INSTITUTE OF MATHEMATICAL SCIENCES. Website : http://www.imsc.res.in
PARAM is a computer line in India supervised by the Centre for Development of Advanced Computing. It involves data crunching of the highest degree like weather modeling.