Architectural Modeling of Embedded Systems – Challenges and Opportunities
| Speaker | Dr. Achim Rettberg Carl von Osseitzky University Oldenburg | |||
| CECS Host | Professor Rainer Doemer | |||
| Location | Engineering Hall 3216 | |||
| Date & Time | June 12, 2012 Colloquium begins at 2:00PM | |||
| Abstract | Today embedded system design has to cover the increasing complexity and has to fulfil requirements. |
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Location:Calit2 3355 Date and Time: March 8th, 2012, 10:00AM Committee: Professor Payam Heydari (Chair) Professor Filippo Capolino Professor A. Lee Swindlehurst Title: Silicon-Based Millimeter-Wave Circuits for W-band Applications Abstract: Historically, monolithic microwave integrated circuits (MMICs) have been designed using III-V semiconductor technologies, such as GaAs and InP. In recent years, the number of publications reporting silicon-based millimeter-wave (mm-wave) transmitter, receivers, and transceivers has grown steadily.
Location: 2111 Engineering Hall Date and Time: March 8th, 2012, 2:00-3:30PM Committee: Professor Payam Heydari (Chair) Professor Michael Green Professor Peter Burke Title: Silicon-Based Integrated Circuits for W-Band Fully Integrated Passive Imaging Abstract: Silicon technology, with its superior integration capability and low cost, has changed the world dramatically during the past few decades and recently has entered the realm of millimeter-wave (MMW) system design that is used to be dominated by III-V compound semiconductor technologies.
A Couple of Research Topics for UCI CECS Visit
| Speaker | Dr. Pyung-Soo Kim Korea Polytechnic University Korea | |||
| CECS Host | Professor Pai Chou | |||
| Location | EH 2430 | |||
| Date & Time | March 1, 2012 Seminar begins at 2:00 PM | |||
| Abstract | In this talk, a couple of research topics for UCI CECS visit are presented. |
Location: 2111 Engineering Hall Date and Time: February 23, 2012, 3:30pm – 5:30pm Committee: Professor Ahmed Eltawil (Chair) Professor Ender Ayanoglu Professor Fadi Kurdahi Title: Tree Search Based MIMO Detectors: Algorithms and VLSI Architectures Abstract: MIMO communication has been recognized as a promising technology to improve the quality of service and/or to achieve high data rate for wireless communication systems. However, the lucrative features of MIMO communications come along with the costs of significantly increased system complexity.
Energy Harvesting and Power Optimization for Remote Sensing Systems by Sehwan Kim Location: Engineering Gateway – CEE Conference Room Date and Time: October 27, 2011 2:00pm Committee: Prof. Pai Chou (Chair) Prof. Masanobu Shinozuka Prof. Maria Feng Abstract: The mobile and wireless micro-sensors suffer from short operational lifetimes because they lack space to store the energy that wireless transmission, signal conditioning, and monitoring require to operate across time.
Distributed Algorithms for the Self-organization of the Scale-free Network: Statistical Mechanics Inspired Methods
| Speaker | Dr. Jae-Hyun Park Chung-Ang University, Korea | |||
| CECS Host | Professor Pai Chou | |||
| Location | EH 3206 | |||
| Date & Time | October 27, 2011 Seminar begins at 11:00 AM | |||
| Abstract | Recently, by physicists, it has been recognized that the scale-free network is made by a simple random process, if a kind of bias is given to purely random state of nodes in network. |
High-Level Synthesis Using Partially-Programmable Resources for Yield Improvement
| Speaker | Dr. Yuko Hara-Azumi Ritsumeikan University, Japan |
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| CECS Host | Nikil Dutt | |||
| Location | Donald Bren Hall (DBH) 3011 | |||
| Date & Time | October 18, 2011 Refreshments at 2:30PM, Colloquium begins at 3:00PM |
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| Abstract | These years, there has been a considerable interest in practical techniques to improve the yield of LSIs at little sacrifice of performance and area. |
Comprehensive Multi-level Joint Optimization for Multi-mode FIR-like Structures
by Amir Hossein Gholamipour
Committee:
Prof. Fadi Kurdahi (chair)
Prof. Ahmed Eltawil
Prof. Michael Dillencourt
An increasing number of digital systems, from wireless devices to multi-media terminals, are characterized by their multi-mode operation. This refers to the ability of a system to modify its characteristics or behavior based on user inputs or changes in the operational environment.
