bit-accurate-modelling.com
c4Hardware - limited precision modelling in C++
http://www.bit-accurate-modelling.com/c4hardware.html
Limited Precision and bit-accurate modelling with C. C4Hardware - limited precision modelling in C. Typical use of the library. 14 Sep : c4Hardware class explorer. Added More detailed docs to come. 20 Aug : New Beta Available. Better documentation and direct downloads available soon. School of Elec Eng and Comp Sci. Callaghan NSW, 2308, Australia. Fax 61 (0)2 49 216993. C)opyright 2001-2010, Geoff Knagge. Continued use of this site indicates your agreement to the Conditions of use.
folyamatmernok.lap.hu
Folyamatmérnök - Kutatóhelyek. A legjobb válaszok profiktól.
http://folyamatmernok.lap.hu/kutatohelyek/17338563
Legyen a Startlap a kezdőlapom. Pénz, üzlet, gazdaság. Http:/ folyamatmernok.lap.hu/. Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz! Ezt a linket add a Startlaphoz!
bjoern.rueffer.info
About
http://bjoern.rueffer.info/about
Http:/ bjoern.rueffer.info/about/. Last updated on 21 September 2016. Björn Rüffer. A short curriculum vitæ. I have received a Master of Science degree from the Department of Mathematics at the University of Warwick. UK, in 2004. In 2007 I have completed my PhD thesis in the area of mathematical systems theory at the Center for Applied and Industrial Mathematics (ZeTeM). Within the Department of Mathematics and Computer Science at the University of Bremen. At the University of Melbourne. Germany. Sin...
bit-accurate-modelling.com
c4HDL - C++ for bit-accurate modelling of HDL
http://www.bit-accurate-modelling.com/c4hdl.html
Bit-accurate modelling of HDL with C. C4HDL - C for bit-accurate modelling of HDL. C4HDL is a library of C classes that provides bit-accurate modelling of integer, floating point, and fixed point data types, for matching with HDL code. The project also contains predefined models of various arithmetic hardware components, such as carry-save adders, and can generate models of items such as multipliers with carry-save outputs, along with a corresponding VHDL output. 14 Sep : c4Hardware class explorer.