Digital System Research

DownLoads

This is the DSR public downloads page.

Note: By downloading any of our software you agree to the license terms below.  Please read the license:

  • Click here to download our software license for RNS-APAL-V0.1.

Note: Our software is a source code library reflecting fundamental research and is published compliant to Section 734.7 & 734.8 & 734.10 of US EAR export rules and is available for public dissemination.  However, the download of our software does not provide a commercial license, please contact DSR for a license allowing commercial use.


Our software is compiled with Visual Studio Community 2017, to download Visual Studio:  click here

  • Click here to download our newly revised guide and tutorial to RNS-APAL-V1.06.

  • Click here to download RNS-APAL V0.105.  Source and project files compiled for Windows 7; the demo routine supports a standard 80 column console.  This download needs to be compiled.

  • Click here to download RNS-APAL V0.106.  Source and project files compiled for Windows 10; the demo routine supports a 128 column console.  This download needs to be compiled.

  • Click here for the RNS-APAL-V1.06 installer for Win7.  Installs RNS-APAL and source files into your PC.  A folder is created on the desktop to run RNS-APAL.  You don’t have to compile for this download, code was compiled to include all dependencies.

    Click here for the RNS-APAL-V1.06 installer for Win10.  Installs RNS-APAL and source files into your PC.  A folder is created on the desktop to run RNS-APAL.  You don’t have to compile for this download, code was compiled to include all dependencies.


  • More fun and cool stuff:

    • Click here to view an analog model of the RNS number system.

    • Click here to view another analog model of the RNS number system.

    • Click here to download our extensive PDF presentation to Intel.  This presentation reveals information never before disclosed on the topic of RNS ALU co-processors and its associated theoretical and technical specifications.

    • Click here to download our PDF presentation explaining basic RNS ALU operation and introducing our dual-ALU architecture.  This PDF starts with a historical perspective first, explains relevant number systems, and then illustrates some basic RNS ALU circuit operation.

  • Click here to download our whitepaper entitled “Proposal for a High Precision Tensor Processing Unit”. (patents pending in the US and abroad).

  • Click here to download our paper “Building a modular TPU hybrid super computer (ERICA) for under $10K” (patents pending in the US and abroad).

  • Click here to download Eric’s paper “RNS Hardware Matrix Multiplier for High Precision Neural Network Acceleration”  (patents pending).

  • Click here to download Eric’s expanded paper “Hardware Matrix Multiplier for High Precision Neural Network Acceleration and its implementation in fixed-point RNS”

 

Notice: To the best of our knowledge, all of our downloads are safe and free of viruses.  However, the user assumes all responsibility for the use and any potential consequences of all downloads, videos and software from DSR.

Delivering the next leap in computation™