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CALL FOR PAPERS
This conference aims at students pursuing a Bachelor, Master, or PhD degree.
For submission visit the website: http://ieee.aau.dk/sb/AISPC08/
Electronics and Communication. In the area of:
• Antennas and Propagation
• Wireless Networks & Cellular Systems
• Digital Communications
• RF Integrated Systems and Circuits
• Multimedia Communications
• Localization & Navigation
• Control, Mechanics and Robotics
Energy Technology. In the area of:
• Electric Power Systems
• Power Electronic Systems
• Electrical Machines
• Fluid Power Systems
• Fluid Mechanics and Combustion
• Thermal Energy Systems
Health Science. In the area of:
• Motor Control
• Neural Prosthesis and Rehabilitation Technology
• Pain and Motor Systems
Computer Science. In the area of:
• Database and Programming Technologies
• Machine Intelligence
• Distributed Systems and Semantics
• Information Systems
The objective of this conference is to create a functioning cooperation between the Baltic Region sections which shall result in common activities, such as; joint events, joint chapters and common utilization of IEEE resources.
Sweden, Finland, Estonia, Lithuania, Russia North-West, Poland, Germany, Norway, Denmark, Iceland
Web site: http://www.ieee.se/baltic/
The NORCHIP conference is the main microelectronics event of the Nordic countries. The annual IEEE CAS sponsored conference covers all areas of microelectronics, spanning from large digital systems to simple analog circuits. The wide scope of NORCHIP is intentional promoting cross-field collaboration. NORCHIP is a well established conference with representation from both academia and industry. Papers of the highest scientific and technical quality are presented together with selected invited speakers and pre-conference tutorial sessions.
C/COM Chair Gert Jervan is happy to invite you to the talk by Distinguished Visitor of IEEE Computer Society Sandip Kundu. Sandip was with IBM (1988-1997), Intel (1997-2005) and is currently Professor of Electrical and Computer Engineering at the University of Massachusetts, Amherst. He is a fellow of IEEE (detailed bio is below).
Date: October 3, 2007 Time: 12:00 Place: IT-140 (TTÜ, Raja 15)
Design for Manufacturability Abstract Design for Manufacturability (DFM) is a design approach that simultaneously considers all of the design goals such as functionality, area, power and performance as well as constraints such as optical patterning limitations including diffraction and etches. Manufacturing yield can be improved through design process. Incorporating design practices to improve manufacturing yield has gained recent attention. In this talk, we will explore photolithography trends and how they restrict designs and describe the process of yield improvement through better physical design as well as yield recovery through test oriented learning process. Presenter Biography Sandip Kundu is Professor of Electrical and Computer Engineering at the University of Massachusetts, Amherst. Previously he was at Intel Corporation (till January 2005). Prior to joining Intel, he was a member of the research staff at the IBM T. J. Watson Research Laboratory (1988-1997). He has published over 85 papers, holds 12 patents and has given 13 tutorials in forums such as ICCAD, EDAC, DATE, ASP-DAC, ATS, ETW and ITC. Sandip has also been in numerous program committees including DAC, ICCAD, DATE and ICCD. He was the technical program chair for ICCD 2000, general chair in 2001. He was the general chair of VLSI conference in India in 2005. He is currently a Distinguished Visitor of IEEE Computer Society, fellow of IEEE and an Associate Editor of IEEE Transactions on VLSI. Previously, he was an associate editor of IEEE Transactions on Computers. His visit is partially supported by the IEEE CS Distinguished Visitors program and partially by the Estonian Graduate School in ICT.