Digital System Research

News

  • July 19, 2016 – USPTO grants key patent underlying residue based product summation technology. Eric Olsen, president of DSR, states “We are happy the US patent office has recognized our licensing partners inventions relating to residue based product summation methods.  Because emerging technologies such as artificial intelligence rely on vast amounts of product summations, DSR is confident that residue based systems will emerge as a preferred methodology as it provides the fastest rates, lowest power consumption, highest accuracy and built in redundancy.  In fact, product summation is the new motivation behind the pursuit of residue based processing systems.”  DSR is a Nevada corporation engaged in design, development and licensing of residue based processors and other unique digital technologies.
  • April 7, 2015 – USPTO grants key patent underlying advanced residue based processor technology. Eric Olsen, president of DSR, states “We are happy the US patent office has recognized our technology by granting a key patent. Through a unique partnership, DSR acquires exclusive rights to sub-license the new technology for CPU and other arithmetic processing applications. This is an exciting time for DSR as we expect many more advancements in the months ahead”. DSR is engaged in design, development and licensing of residue based processors and other unique digital technologies.
  • January 19, 2015 – Digital System Research (DSR) to seek strategic partner. Foregoing conventional methods of venture capital funding. Mr. Eric Olsen, President and CEO of DSR states: “We are thrilled to unveil the first working residue processor demonstration to the world, and as a result of our success, we intend to seek a strategic partner relationship with a suitable high tech company already vested in research and development efforts”.
  • November 15, 2014 – Digital System Research unveils Rez-9 ALU performing general purpose calculations. Mr. Eric Olsen, CEO and president of DSR states “We are excited to unveil our Rez-9 ALU, the first residue number based processor capable of general purpose calculations. The Rez-9 ALU is easily programmed using the NIOS-II IDE environment from Altera, and in our first demonstration we show the ability of the Rez-9 processor to accurately depict Mandelbrot fractal images. The accuracy of the iterative calculations are stunning, and we are excited to see the processor concretely demonstrated”.
  • September 15, 2014 – Digital System Research (DSR) loses bid for free booth at the SC14 Emerging Technologies booth contest. Eric Olsen, president of DSR states: “We thank the SC14 Emerging Technologies committee for their time and consideration in evaluating our submission. However, we remain disappointed that DSR was not selected for the Emerging Technologies forum. One of the issues we face is the perception that our technology represents little more than prior art, and for that reason, we may have lost our bid. DSR has discovered something that appears quite implausible, that a small company has discovered a new method for machine based arithmetic where others have failed for over 55 years. We remain committed to proving to the world that our developments are quite real”.

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