From X-bit Labs: The main contenders for the bid are shaping up to be Santa Clara-based Intel, Armonk-based IBM, and Sunnyvale-based AMD. Speculation abounds as to AMD’s upper hand in the bid due to its shared geographic location and similar corporate culture.
“We’re entering an exciting new era of AI chip design,” said Dr. Miles Bennett Dyson, head of Cyberdyne special projects. “Having such an experienced and motivated group of contractors available to assist in the development and production is a real credit to the industry. The new T-series chips will revolutionize the way we interact with our machines; everything from new military applications unmanning the front lines to more intelligent, modern kitchens will soon be every-day realities, as opposed to science fiction.”
Cyberdyne Systems leapt to prominence in the chip design industry in the mid-1980’s. Before that time, it was best known for its large-scale industrial hydraulic presses. “We saw the writing on the wall,” commented Dyson. “We just had a feeling that microprocessors were going to be the way of the future and we gambled with a massive investment in R&D. With a lot of hard work, and a bit of luck, that gamble has paid off big!”
Most of Cyberdyne’s contracts have been heavily funded by the US Strategic Air Command-North American Aerospace Defense Command (NORAD). The military has high hopes for artificial intelligence-powered, unmanned drones and weapons, and even, one day, fully autonomous android soldiers. However, some detractors have argued that there may be serious ethical dilemmas in the use of such “robot soldiers.” Art Roberts, a professor of computer science at MIT, has frequently and publicly expressed concern over the use of such soldiers.
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