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UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division Presenters: Brian Schott, bschott @east. isi . edu , (703) 812-3722 Dong-In Kang, [email protected] , (703) 248-6164 Carl Worth, [email protected] , (703) 812-3725 Lauretta Carter, lcarter @east. isi . edu , (703) 812-3711

UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division

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UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division. Presenters: Brian Schott, [email protected] , (703) 812-3722 Dong-In Kang, [email protected] , (703) 248-6164 Carl Worth, [email protected] , (703) 812-3725 - PowerPoint PPT Presentation

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Page 1: UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division

UMD Seminar Series:USC Information Sciences Institute

Dynamic Systems Division

Presenters:

Brian Schott, [email protected], (703) 812-3722

Dong-In Kang, [email protected], (703) 248-6164

Carl Worth, [email protected], (703) 812-3725

Lauretta Carter, [email protected], (703) 812-3711

Page 2: UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division

USC Information Sciences Institute

• Part of USC School of Engineering.

• Founded in 1972.• Located in Marina

Del Rey, CA.• ~270 researchers.• Research in a variety of

areas including high speed networking, computing systems, information processing, and intelligent agents.

http://www.isi.edu

Page 3: UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division

ISI East

• Branch of ISI, founded in 1997.

• Located in Arlington, VA.

• ~30 researchers.• Research in high

speed networking, computing systems, and distributed systems.

http://www.east.isi.edu

Page 4: UMD Seminar Series: USC Information Sciences Institute Dynamic Systems Division

Division 10 - Dynamic Systems

• Creating embedded systems that augment human awareness, extend human abilities, and adapt to environmental change.

• Adaptive Computing Systems– Open platforms for FPGA-based

reconfigurable systems.

– Distributed system API and runtime environment.

– Defense application demos.

• Data Intensive Systems– Innovative processing

architectures using processor-in-memory and (multi) system-on-a-chip devices.

• Sensor Systems– Architectures for distributed sensor

networking.

– Low power communications, routing protocols, networking.

– Human machine interfaces.