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Computer-aided design --- Computer-aided design.

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Computer-aided design

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Process & Device Technologies 1 VLSI Design & Circuits 2 Analog, Mixed Signal and RF Circuits 3 Application Specific SOCs 4 Circuits and Systems for Wireless Communications 5 Testing, Reliability, Fault Tolerance 6 Advanced Memory 7 FPGA 8 Circuits Simulation, Synthesis, Verification and Physical Design 9 CAD for System, DFM & Testing 10 MEMS Techniques 11 Nanoelectronics and Gigascale Systems 12 New Devices Hetrojunction Devices, Fin FET, CNT MTJ Devices, 3D Integration, etc 13 Advanced Interconnection Technology, High K Metal gate technology and other VLSI New Processing, New technologies 14 VLSI application for energy generation, conservation and control 15 Processing, Devices Modeling & Simulation 16 Other VLSI Devices and Design related topics.

Computer-aided design

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Annotation As IC products advance toward higher performance and energy efficiency while the time to market continues to accelerate, future IC engineers will require a deep understanding of the interdependencies between design and technology to expand the product optimization window ICICDT is the forum for engineers, researchers, professors, and graduate students to cross the design technology boundary through interactions with design, technology, and process experts to develop the skills for future IC research and development The unique workshop style of the conference fosters an environment for exchanging breakthrough ideas and collaborating effectively.

Computer-aided design

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Advanced materials and processing technologies Advanced transistor and interconnect structures Three dimensional (3D) integration Variation tolerant designs Process and design techniques for soft errors, plasma induced damage, and reliability Advanced memory devices and circuits RF, analog, mixed signal, and I O circuits for future technology generations Simulation and modeling of advanced processes, devices, and circuits EDA and design optimizations across system, circuit, and or device levels for high performance, energy efficiency, yield, and or reliability Design for manufacturing, yield, and test System on Chip (SoC) and system in package (SiP) design integration Power semiconductor technologies and circuits Emerging technologies and circuits.

Computer-aided design