This fourth edition of <strong>S4D Conference</strong> has evolved from several industry workshops organized by ECSI into the areas of debug and provides a forum for work and standardization efforts related to debug of electronic systems. The conference addresses a vast set of requirements from system and SoC companies with regard to debug methods and tools. It includes efforts from IEEE and other standards working groups, including the Nexus 5001 Forum, IJTAG (IEEE P1687), IEEE 1149.7, MIPI, industry working groups including OCP–IP, the Multicore Association (MCA), the Accellera – SPIRIT Consortium and Eclipse and industry R&D projects contributing to debug and related tools and methods development. The S4D Conference event also allows presentation and discussion of existing and new commercial debug tools and products related to electronic (silicon and software) methods, devices, and systems. In summary, the S4D Conference provides a forum for discussing research, scientific and commercial development in the areas of system, software, SoC and silicon debug. <div class="rtejustify"><br>Come present research, tools, or methodologies that help eliminate bugs embedded in hardware and/or software at any stage of product development. Potential topics include market/human research on trends in debug requirements for developers of embedded systems and standardization activities for debug and debug automation.</div> <div class="rtejustify"><br><strong>Topics of Interest: </strong>System Level Debug, improving visibility â— Architecture, design analysis â— Human factors; Bug sources and our behaviors in preventing and eliminating them â— Real–time debug analysis and tracing â— Debug tools and activities throughout the product development life–cycle â— System Performance Analysis and Optimization â— Multi–core and heterogeneous core debug â— Debug in a co–development environment â— On–die debug capabilities â— Software debug/analysis infrastructure DFT Reuse for Debug and Analysis â— Transitioning debug and test among model, simulation, FPGA, and Post–silicon â— Bug capture automation and reproduction â— Debugging of IP blocks and their Integration â— Debug Architectures and Interfaces â— Digital/Analog Debug â— Tools for Debug, Analysis and Optimization â— Tools and Equipment Impact â— Debug Case Studies â— Debug R&D Initiatives Debug Standards â— Debugging of distributed/networked systems<br></div>
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s4d
City
Vienna
Country
Austria
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