FPGA Tutorial: Free 'Insider's Guide' (2009 Edition)
Altera? Xilinx? FPGA boards or design tools as from Altium or Mentor Graphics? What do users and newbies think about new FPGA technologies? Find out in our free tutorial on FPGAs, tools, and boards.

ARINC, MIL-STD-1553, AFDX Solutions by GE Fanuc Intelligent Platforms

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ADVance MS
As part of Mentor's Scalable Verification solution, the ADVance MS (ADMS) multi-language simulator extends traditional SoC functional verification methodology to the mixed-signal arena. ADMS supports multiple industry-standard languages, including Verilog, VHDL, Verilog-AMS, VHDL-AMS, SPICE, C, SystemC, and SystemVerilog, providing an integrated verification environment enabling large design teams to validate and verify analog/mixed-signal designs throughout the design cycle.
preview: http://www.mentor.com  

tutorial    

FPGA Insiders' Guide - NEW for 2009
Interested in FPGAs? FPGA makers like Xilinx or Altera, as well as board level providers and tools companies. FPGAs can be heaven or hell. This Insiders' Guide overviews the FPGA ecosystem, has survey results from real users, and interviews with leading vendors to help you figure out how to use FPGAs, boards, or tools to get your design done.
preview: http://www.fpga-report.org  

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Coware Technical Papers
Presented: January 2007 Using Tenison VTOC to Integrate RTL IP into CoWare High-Performance Virtual Platforms Written by: Dr. Jeremy Bennett, CTO, Tenison; Dr. Tim Kogel, Solution Specialist, CoWare Inc Presented: IP-based SoC Design Conference December 2006 Fast Virtual Prototyping for Early Software Design & Verification Written by: Amit Garg, CoWare, India Presented: DATE March 2006 Virtual Prototyping...
preview: http://www.coware.com  

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CORBA for FPGAs: Tying together GPPS, DSPs, and FPGAs
As signal processing systems become larger and more complex, system builders are running into a performance wall. In order to achieve the desired performance requirements of these extensive systems, modern signal processing systems often combine Digital Signal Processors (DSPs), General Purpose Processors (GPPs) and Field Programmable Gate Arrays (FPGAs). To facilitate development of such multi-processor systems, designers can now use a distr...
preview: http://www.vmecritical.com   date: 2/7/2008