Electrical Engineering Department faculty contribute to the ever-changing body of knowledge founded in basic engineering principles and modern high-technology developments through applied research and collaboration with industrial partners. Their research directly impacts continuous improvements of the Electrical Engineering curriculum.
Modified from ee.calpoly.edu
Submissions from 2005
Chromatic Dispersion of Thin Film Filters, R. M. Fortenberry, M. A. Scobey, Dennis J. Derickson, L. F. Stokes, and P. C. Egerton
System and Method for Differential Data Collection, Jack P. Glas and Vladimir I. Prodanov
Visible Light Emitting Diodes Fabricated From Soluble Semiconducting Polymers, Alan J. Heeger and David Braun
Measurement Sensitivity and Accuracy Verification for an Antenna Measurement System, Newlyn Hui, Aloysius Aragon Lubiano, Christopher R. Brito, and Dean Arakaki
Injection-Locking in Fabry-Perot Quantum-Well Lasers, Xiaomin Jin and Shun-Lien Chuang
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Analysis of Driver Response to CAWS Warning Messages, Andrew Lee and Art MacCarley
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Evaluation of Traffic Safety Influence Based on Historical Collision Data, Andrew Lee and Art MacCarley
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Executive Summary, Andrew Lee and Art MacCarley
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Final Project Report, Andrew Lee and Art MacCarley
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Technical and Operational Assessment, Andrew Lee and Art MacCarley
Instrumentation and Evaluation of District 10 Caltrans Automated Warning System (CAWS): Technical Deliverables, Andrew Lee and Art MacCarley
Anaheim Advanced Traffic Control System Field Operational Test: Technical Evaluation of SCOOT, James E. Moore II, C. Arthur MacCarley, Stephen Mattingly, and Michael G. McNally
Conducted Emissions Testing for Electromagnetic Compatibility, Maximilian Moy and Dean Arakaki
Synchroscalar: Initial Lessons in Power-Aware Design of a Tile-Based Embedded Architecture, John Y. Oliver; Ravishankar Rao; Paul Sultana; Jedidiah Crandall; Erik Czernikowski; Leslie W. Jones, IV; Dean Copsey; Diana Keen; Venkatesh Akella; and Frederic T. Chong
An Integrated Model for Signalized Traffic Intersection Control, Xiao-Hua Yu
Submissions from 2004
Absorber Foam Characterization for Predicting Overall Anechoic Chamber Performance, Christopher R. Brito, Aloysius Aragon Lubiano, Newlyn Hui, and Dean Y. Arakaki
Structural Graph Matching With Polynomial Bounds On Memory and On Worst-Case Effort, Fred W. DePiero
Electromagnetic Crosstalk Penalty in Serial Fiber Optic Modules, Xiaomin Jin, Keith D. Lystad, and Musoke H. Sendaula
I/Q Imbalance of Two-path Ladder Filters, Peter Kiss and Vladimir I. Prodanov
One-Tap Wideband I/Q Compensation for Zero-IF Filters, Peter Kiss and Vladimir I. Prodanov
Reflectivity Characterization and Identification of Primary Reflection Path in Anechoic Chamber Analysis, Aloysius Aragon Lubiano, Christopher R. Brito, Newlyn Hui, and Dean Y. Arakaki
Efficient orchestration of sub-word parallelism in media processors, John Y. Oliver, Venkatesh Akella, and Frederic T. Chong
Synchroscalar: a multiple clock domain, power-aware, tile-based embedded processor, John Y. Oliver; Ravishankar Rao; Paul Sultana; Jedidiah Crandall; Erik Czernikowski; Leslie W. Jones, IV; Diana Franklin; Venkatesh Akella; and Frederic T. Chong
A "Divide and Conquer" Technique for Implementing Wide Dynamic Range Continuous-Time Filters, Yorgos Palaskas, Yannis Tsividis, Vladimir I. Prodanov, and Vito Boccuzzi
A Laboratory Course on Antenna Measurement, Samuel Parker and Dean Y. Arakaki