Star Bridge develops and markets products and services based upon a new,
reconfigurable computer technology called Hypercomputing which, the
company says, has the potential to change the world of information technology
and electronics. The machine on display today is one example of many
potential applications of the company's Hypercomputing technology.
Company representatives said they believe the reconfigurable technology
behind these systems represents a full-scale paradigm shift in the way
computers work. They also said that with this new technology many products
with a chip inside -- not just supercomputers -- may one day be much faster,
smaller, cheaper and more functional than products operating with conventional
technology.
Explaining Hypercomputing to those present at the demonstration,
Mr. Gilson compared Hypercomputing with conventional computing technology. He
said, "The circuitry of conventional processors is hardwired for a single
application at the factory and cannot be rewired thereafter. Our
Hypercomputing technology re-programs -- or reconfigures -- the programmable
chips in our hardware system many times each second to make optimal use of all
available compute resources, thus overcoming a number of obstacles to solving
data processing problems, including highly complex algorithmic problems,
raised by the circuitry and system architecture of conventional computer
systems."
The HAL-300 operates on the company's Viva software platform, which is
written in IIADL, a novel programming language invented to program the
Hypercomputer. Viva is a novel system-design-level compiler that has been
invented to compile IIADL descriptions into instructions that program or
reconfigure the Hypercomputer to implement a processing architecture.
Company president, Alfred J. DiMora, said, "With Viva our Hypercomputers
can be programmed or reconfigured to exhibit any of the many different
processing architectures. Different processing architectures, for example,
may be selected to process different algorithms, allowing multiple problems or
multiple portions of problems to be processed simultaneously. We call this
Architecture-on-Demand(TM). We believe the ability to arbitrarily reconfigure
a system to implement different superspecific architectures that implement
different algorithms that describe different problems results in a superfast
system that is also highly flexible in the processing it can handle."
DiMora continued, "These features represent breakthroughs in computer
technology rivaling any other breakthroughs of the computer era. We believe
we have literally re-invented the computer. We believe that any chip-based
product using our Pensa processors, IIADL programming language and Viva
compiler -- products as diverse as kitchen appliances, consumer electronics,
personal computers and supercomputers -- will be faster, smaller, less
expensive and more versatile than similar products using traditional
technology."