Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL CENTER FOR EMBEDDED SYSTEMS A NSF Industry University Cooperative Research Center University of Patras, June 20, 2012 Overview Spyros Tragoudas, PhD SIUC site Director

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL 2 Director: Spyros Tragoudas Director: Sarma Vrudhula The Center for Embedded Systems (CES) was established in March 2009 by the National Science Foundation as an Industry/University partnership dedicated to developing a globally recognized center for embedded computing system technologies. University partners Member companies

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Research areas Design, validation, test of embedded – Architectures/processors – Circuits – Sensors – Networked components & cyber-physical systems – MEMS Embedded systems for – Communications – Control – Image processing Applications in – Agriculture, Biomedicine, Civil & Environmental, Mining

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Areas of Expertise Many of the world’s top companies supplement their own R&D efforts by participating in NSF I/UCRC organizations. The Center for Embedded Systems specializes in research in the following areas: Power, Energy and Thermal-Aware Design Low power circuit architectures and design tools Dynamic performance, power, energy and thermal management for multicore embedded systems Statistical variation aware design of digital systems Energy efficient architectures and code optimization for embedded systems Electronic System-level (ESL) Design and Technologies Modeling and simulation Hardware/software co-design and optimization Trusted, reliable, and secure design 4

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Areas of Expertise Embedded Multicore Architectures and Programming Network-on-Chip design and optimization Compilation of stream applications on multicore processors Highly power-efficient programmable accelerators Soft error resilient system design Design and programming of low power embedded systems Embedded GPU computing Temperature- and variations-aware architectures and programming Embedded Software Systems Real-time scheduling Embedded systems for smart grids Middleware and VM for embedded systems Embedded software instrumentation and tools Cyber-Physical Systems Modeling and simulation Model based formal verification and semi-formal testing Model based synthesis from high-level specifications 5

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Areas of Expertise Integrated Circuit Technologies, Design, and Test Semiconductors for hostile environments Device physics and modeling Microelectronic device and sensor design and manufacturing Analog/RF/mixed signal circuit design and test Testing and silicon debug of digital circuits 6

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL IUCRC Operation Project Proposals – Typical duration: 1 or 2 years Industrial Advisory Board (IAB) & Project Funding – Member companies either through SIUC or ASU – Each member company is represented at the IAB – Membership fees are used to fund projects – IAB recommends proposals in late May SIUC site) – Site director initiates projects in June – Projects start in August – IAB & NSF reviews projects in January site)

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL 8

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Benefits of Membership Industry-Relevant Research Projects Participate in timely research in embedded systems Conduct pre-competitive or exploratory research in an efficient, cost- effective way Access the minds and work of more than a dozen faculty members with laboratory and computing facilities Chart your own course, as base membership enables a member-directed research project IP Arrangement Results of shared research projects available to all Royalty-free non-exclusive IP rights on shared research projects Leverage of Industry/University Partnership Direct university projects at significantly reduced overhead Realize greater ROI due to the pooling effect of memberships Maximize your research dollars with federal matching funds 9

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Benefits of Membership Internship Program Access academically outstanding engineering students - undergraduate and graduate levels Gain a recruiting advantage by developing relationships with well-trained interns at an early stage Hire the best, through your opportunity to select experienced interns for permanent employment 10

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Member companies at the SIUC site

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Member companies (Year 3)  SIUC site  Intel – Circuit Labs (OR) & Ultra Mobility Systems (CA)  Rockwell Collins (IA)  Caterpillar (IL)  General Dynamics (IL)  Hamilton Sundstrand (IL)  Dickey-john /TSI (MN)  EMAC (IL)  ASU site  Raytheon (AZ)  Intel (AZ)  Qualcomm (CA)  Toyota (CA)  Marvell (AZ)

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Project information for the SIUC site

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Students involved at SIUC site – Year 3 14

Center for Embedded Systems | An NSF Industry/University Cooperative Research Center CONFIDENTIAL Proposal presentations – SIUC site Year 3 at SIUC: 18 presented, 11 selected Year 4 at SIUC: 16 submitted, 14 presented for selection