March 29- Tuesday
3:00 - 5:00 p.m.
Packard Lobby and 2nd Floor

* Hors d'oeuvres * Refreshments * Discussions *


 
Contact
Natasha Newson 725-9339
Presenter(s)
Faculty Sponsor
Lab or Center
Title
Jason Hu Boris Murmann Center for Integrated Systems Dynamic Charge Pump Amplifiers for Pipelined ADCs
Echere Iroaga Boris Murmann Center for Integrated Systems Digitally Compensated Open Loop ADC with Incomplete Settling
Alok Aggarwal Teresa H. Meng Center for Integrated Systems Minimizing the Peak-to-Average Power Ratio of OFDM Signals using Convex Optimization
Zhi Liu, P. Pianetta, R. F. W. Pease R. F. W. Pease Center for Integrated Systems Narrow Cone Emission from Negative Electron Affinity (NEA) Photocathodes
Tejas Krishnamohan Krishna Saraswat Center for Integrated Systems Novel Materials, Strutures and Devices for Nanoelectronics
Hopil Bae, Seth Bank, Homan Yuen, Lynford Goddard James S. Harris Center for Integrated Systems Progress towards long-wavelength(1.55um) VCSELs on GaAs for optical networks and optical interconnects
Brian Carlstrom, Hassan Chafi, JaeWoong Chung, Austen McDonald, Chi Cao Minh, Nju Njoroge, Sewook Wee, Justy Burdick, and Lance Hammond Christos Kozyrakis, Kunle Olukotun Computer Systems Laboratory Transactional Coherence and Consistency (TCC)
Srinivasan Murali Giovanni De Micheli Computer Systems Laboratory Netchip: A Desgin Flow for Networks on Chips Synthesis
Yashar Ganjali Nick McKeown Computer Systems Laboratory Network with Very Small Buffers
Jonathan Roth David Miller Ginzton Laboratory Misalignment-tolerant surface-normal low-voltage optoelectronic modulator for optical interconnects at 1.5mm
Hatice Altug and Jelena Vuckovic Jelena Vuckovic Ginzton Laboratory Nanophotonic Devices and Their Integration
Jonathan Roth, Noah Helman David AB Miller Ginzton Laboratory Misalignment-tolerant surface-normal low-voltage optoelectronic modulator for optical interconnects at 1.5um
Byron Yu Krishna Shenoy Integrated Circuits Laboratory Improving Neural Prosthetic System Performance by Combining Plan and Peri-Movement Activity
Yi-Chang Lu S. Simon Wong Integrated Circuits Laboratory 3-Dimensional Integrated Circuits
Pawan Kapur Krishna C. Saraswat, Simon Wang Integrated Circuits Laboratory 3D integrated Circuits with Unlimited Upward Extendibility
Mukul Agrawal, Rostam Dinyari, Serena Faruque, Whitney Gaynor, Kevin Huang, Jung-Yong Lee, Albert Liu, Joy Liu, Seung Rim, Himanshu Verma, Junbo Wu, Shanbin Zhao Peter Peumans Integrated Circuits Laboratory Stanford Organic Electronics Lab
Caleb Kemere Teresa Meng Integrated Circuits Laboratory Optimal Estimation of Feed-Forward-Controlled Linear Systems
Kan-Lin Hsiung Stephen Boyd Information Systems Lab Design for Variability via Robust Geometric Programming
Mai Vu, Arogyaswami Paulraj A. Paulraj Information Systems Lab Linear precoder for MIMO wireless exploting channel mean and transmit correlation
David Varodayan Bernd Girod Information Systems Lab Rate-compatible LDPC codes for Slepian-Wolf coding
Yi-Wen Liu Julius Smith Information Systems Lab Audio watermarking through parametric signal representation
Ali Ozer Ercan Abbas El-Gamal Information Systems Lab Optimal Sensor Placement and Selection for Target
Abbas El Gamal, James Mammen, Balaji Prabhakar, Devavrat Shah Abbas El Gamal Information Systems Lab Throughput-Delay Trade-off in Wireless Networks with Constant-Size Packets
Taesup Moon Tsachy Weissman Information Systems Lab   Discrete Universal Filtering via Hidden Markov Modelling
Young-Han Kim Thomas M. Cover Information Systems Lab   Feedback Capacity of the First-Order Moving Average Gaussian Channel
Mark Kalman Bernd Girod Information Systems Lab Rate-Distortion Optimized Video Streaming with Conditional Packet Delay Distributions
Thomas T. Lee, Ofer Levi Stephen J. Smith, Krishna V. Shenoy, James S. Harris, Jr. Solid State and Photonics Lab Integrated Sensors for Functional Brain Imaging
Thomas T. Lee, Ofer Levi, Evan Thrush James S. Harris, Stephen J Smith Solid State and Photonics Lab Integrated Optical Sensors for Functional Brain Imaging
Wei-Tao Shaw, Yu-Li Hsueh Leonid G. Kazovsky Solid State and Photonics Lab Burst Mode Receiver Clock and Data Recovery
Jaedon Kim Leonid G. Kazovsky Solid State and Photonics Lab OBT: Traffic grooming for WDM rings
Yu-Li Hsueh, Wei-Tao Shaw Leonid G. Kazovsky Solid State and Photonics Lab Quality of Service Support over SUCCESS-DWA: A Highly Evolutional and Cost-Effective Optical Access Network
Michael W. Wiemer and Rafael I. Aldaz David A.B. Miller, James S. Harris Solid State and Photonics Lab A Monolithically Integrated Mode-Locked Vertical Cavity Surface Emitting Laser
Sora Kim Olav Solgaard Solid State and Photonics Lab Photonic crystal displacement filters and sensor
Mark H. Brady John Cioffi STAR Band-Preference Spectrum Management and the Worse-Case Interference Problem
Jisung Oh, Mark Brady, and Vahbod Purahmad John Cioffi STAR Performance analysis of MIMO systems and rate balancing
Shuguang Cui Andrea Goldsmith Wireless Systems Lab Energy-efficient Routing based on Cooperative MIMO Techniques

 

Guidelines for Poster Preparation
 

Posters should be prepared in a professional manner, i.e., no cheesy half-hearted attempts such as just posting a few pages from a paper in tiny fonts.

Pictures and diagrams and summary statements are far more likely to engage an audience than just posting text. Posters from conferences and other meetings may be recycled provided they are reasonably current.

Posters can be prepared using standard software tools, including Adobe Illustrator, Adobe Pagemaker, and LaTeX. If you do not have access to printers capable of producing poster sized output, you can use the Stanford Visual Arts Services: The webpage has a price list as well as tips on how to make your poster with Adobe Illustrator. Kinkos also does posters. It is hoped that research groups will cover the cost of poster preparation and printing.

Guidelines for Poster Presenters
 

Preassigned locations - Poster & Easles - at 1:00pm you can come and claim your pre-assigned poster board. Sign up sheet will be available. Sign up poster board with Vicki Carrillo @ EE front information window.

  • One student from each group presentation can pick up the poster board and the same student should return the board and sign it in after the Research Fair on Tuesday at 5:00 p.m. Return board and easle to Packard Room 130.
  • Boards are 30" X 40" and we will be providing removable tape to use for posting your presentation.
  • Posters should be set up so as to not block traffic into buildings and to leave plenty of room for browsers. Posters in the building can go against the walls.
  • Go to your assigned easle with your poster board.
  • Set it up in the SEQ courtyard or in the Packard Lobby. If the weather is nice, the courtyard will likely be the best.
  • EE Administrative Staff and a few senior graduate students will be around to assist, so please be cooperative in moving posters as needed to keep things safe. You are welcome to group posters with buddies into informal "sessions."

Contact:   Vicki Carrillo @ EE Information Window.

CleanUp

  • At 5:00pm - return poster board (w/o contents) and easle to Packard Room 130.
All Presenters
 

Dress need not be formal but keep in mind we are entertaining visitors so it would be a good idea to look good. Of course you can be formal if you prefer.

The poster session is patterned after poster sessions at many conferences. During the session posters should have a presenter available most of the time (presenters may wish to circulate to see other posters). Standard procedure is if people stop and to gaze and read, volunteer to give an oral summary of highpoints (typically 5 minutes or more) or to just answer questions. Often this will get discussions going.

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