D&R Industry Articles (July 2009)
Articles for the Week of July 27, 2009
SystemVerilog-VHDL-SystemC Verification IP Reuse Methodology
This paper proposes a methodology that makes use of the SystemVerilog bind construct to achieve this. The proposed methodology will help verification engineers unleash the full potential of their VIP by not only allowing it to be comprised of elements written in different languages, but also allowing it to be reused in a mixed-language environment to verify design IPs written in different languages.- Virtual multi-cores simplify real-time system design
- Changing SoC Design Methodologies to Automate IP Integration and Reuse
Articles for the Week of July 20, 2009
Requirements for Intellectual Properties in Safety Critical Airborne Electronic Hardware
This paper will explain some issues related to Intellectual Properties (IP) which are part of complex components (ASIC, PLD, FPGA, microprocessors) in the domain of airborne electronic hardware.Articles for the Week of July 13, 2009
Small but Deadly - the Life Cycle of an I/O Bug
Some years ago, Duolog worked with a customer to develop a verification infrastructure for system-level validation of a large multimedia chip. Duolog developed a modular, programmable chip-level testbench, incorporating peripherals, memories, reset, clocks and control. While the delivery of the testbench went well there were some interesting dynamics as the Duolog team as well as software, integration, validation, DFT and IP teams were drawn into an I/O layer heavily infected with I/O bugs that were small, but deadly.- Implementing the Viterbi Algorithm in Today's Digital Communications Systems
- High-Performance, High-Precision Memory Characterization
- Deinterlacing with FPGA for HDTVs
- Power verification: trust but verify, or verify and trust?
- Dispelling verification myths critical for 45-nm designs
- Software-to-silicon verification @ 45 nm and beyond
Articles for the Week of July 6, 2009
Modelling OCP Interfaces in SystemC: Standards built on top of OSCI's TLM-2
This paper describes the approach adopted by OCP-IP to providing SystemC modelling interfaces for a real memory-mapped bus family. TLM-2.0 has shown itself to be an effective and efficient base technology for all variants of OCP at all levels of abstraction, from cycleaccurate to untimed.- Securing SoC Platform Oriented Architectures with a hardware Root of Trust
- IP-based Toolbox for Digital Signal Processing Reuse: Application to Real-time Spike Sorting
Articles for the Week of June 29, 2009
Additional Articles- PRODUCT HOW-TO: The care and feeding of embedded Linux running on MIPS CPUs
- Clock Mesh Variation Robustness: Benefits and Analysis
- Rapid debug of serial buses in FPGAs