Discover them at Innorobo 2015, from 1 to 3 July at Lyon’s Cité Internationale.
Dates: July 1 - 3, 2015Location: Lyon’s Cité Internationale
Over 200 companies representing the full range of robotics applications (industrial robotics and personal & professional service robotics) will be showing off their know-how at this year’s edition of the Innorobo exhibition. Among these applications, technologies and innovations that meet the challenges faced by smart cities and underpin the projects headed by various institutions will be on display at the 3-day event. A list of this year’s exhibitors can be found at http://innorobo.com/2015-exhibitors/.
Innorobo, Europe’s leading event dedicated entirely to the robotics sector and its innovations, has created a unique ecosystem to speed up the emergence of technologies that provide solutions for the major challenges our world is facing. Innorobo brings together established robotics companies from around the world, as well as research laboratories, start-ups, inventors, institutional players, strategy and innovation decision makers from major international groups, SMEs and the media. www.innorobo.com
Japan's AWR Design Forum 2015 (ADF 2015) DATE: Friday, July 10 LOCATION: Tokyo, Japan from 10:00 to 17:30.Celebrating its fifth year, the AWR Design Forum (ADF) is an open forum that brings together NI AWR software customers, partners and microwave/RF engineering professionals to learn, network and collaborate on the design of today's microwave and RF circuits and systems.
This free-to-attend event travels the globe to bring NI AWR software experts to demonstrate the latest design technologies and encourage dialogue and the exchange of technical ideas around the design challenges you face.
Join us at one of the many upcoming ADF venues.
MPSOC is an interdisciplinary forum bringing together key R&D actors from the different fields required to design Multicore and multiprocessor HW and SW systems. The program brings together experts in major HW and SW architectures (Processor, Memory, I/O, Interconnect, RTOS, GFX, Virtualization, application-(domain) specific acceleration & system architectures), design technologies (parallel programming, rapid prototyping, system design models and tools) and emerging semiconductor technologies (heterogeneous integration, 3D, photonics) to build next-generation thinking that will bridge the gap between HW and SW. More than 50 world class R&D speakers will discuss fundamental and strategic issues to master Software-defined Hardware for energy-efficient and high-performance computing.The program includes keynotes on major HW and SW trends and technical sessions to present strategic directions and state-of-the-art research. The 5-day program will also include in-depth technology challenge presentations and short keynotes followed by insightful panels. All the talks will be given by CTO-level speakers from Industry and world class professors from Academia.
SEMICON West is the premier marketplace for microelectronics manufacturing. Every year, SEMICON West attracts the buyers and key decision-makers that move innovation in microelectronics: engineers, designers, fab managers, purchasing managers, researchers, executives, and more. No other event can connect you to more people or more opportunities than SEMICON West.
Semicon West 2015 Dates: July 14 - 16, 2015 Location: Moscone Center, San Francisco, CA
SEMICON West is the premier annual event for the global microelectronics industry, highlighting the latest innovations, products, processes, and services for the design and manufacture of today's most sophisticated electronics.
SEMICON West showcases innovations across the microelectronics supply chain, from silicon to system and everything in between. From the latest research on the cutting-edge of transistor technology, to solutions breathing new life into legacy fabs, SEMICON West is the place to connect to what's new and what's next in microelectronicsATTENDEES: POST-SHOW DATA (2014)* (Total Attendance: 26,140. Total Verified Visitors: 17,473) *2014 data combined SEMICON West and Intersolar North America)
ICs targeted for safety-critical applications must be able to perform in-system self-test in compliance with functional safety standards such as ISO 26262. In this webinar, Synopsys highlights synthesis-based logic BIST that addresses the self-test requirements for safety-critical designs. Our guest speaker from STMicroelectronics presents results and details of Synopsys’ test solution successfully deployed on production designs.
Cinzia Bartolommei Cinzia Bartolommei, senior DFT engineer at STMicroelectronics, is part of CMOS ASIC R&D group of the Digital & Mixed Processes ASIC division, with the mission of defining and developing digital test methodologies for the management of complex, multi-million gate ASIC products. Her current interest and focus are in-system test and scan techniques.
Adam Cron Adam Cron is part of the Test Automation Implementation R&D Group and has been with the company for over 17 years. A Syracuse University graduate, Adam has worked in test-related fields at Motorola and Texas Instruments for a total of 30 years in the industry. Adam has worked on many IEEE standards efforts, is currently vice-chair of IEEE Std P1838, and is an IEEE Golden Core recipient.
Chris Allsup Chris Allsup, Marketing Manager in Synopsys’ synthesis and test group, has more than 20 years combined experience in IC design, field applications, sales, and marketing. He earned a BSEE degree from UC San Diego and an MBA degree from Santa Clara University. Chris has authored numerous articles and papers on design and test.
Comprehensive technical overview of SMT and covers all details of SMT Design FM, Test and repair of SMT, BGA, and Fine Pitch Components.
Covers routing board, layout design, issues, and bareboard test issues.