Didn’t you hate when your college calculus processor insisted that an answer had to be “exact,” and that “close enough” just wouldn’t cut it? Clearly, you should have attended Rice University or Nanyang Technological University in Singapore. A team of researchers from both institutions have come together in order to create a revolutionary type of computing that thrives on random errors. You read correctly: this stuff actually benefits from impreciseness.Dubbed PCMOS (for probabilistic CMOS), this technology<\/p>\n","protected":false},"excerpt":{"rendered":"
Didn’t you hate when your college calculus processor insisted that an answer had to be “exact,” and that “close enough” just wouldn’t cut it? Clearly, you should have attended Rice University or Nanyang Technological University in Singapore. A team of researchers from both institutions have come together in order to create a revolutionary type of computing that thrives on random errors. You read correctly: this stuff actually benefits from impreciseness.Dubbed PCMOS (for probabilistic CMOS), this technology Continue reading