Current and Past Funded Research:
Intelligent Robotics

• Unify Bi-Decomposition and Curtis Decomposition of Multi-Valued Functions for Machine Learning and Data Minin, National Science Foundation.
• Hahoe KAIST Robot Theatre, Korea Advanced Institute of Science and Technology, Republic of Korea.
• Functional Decomposition of Binary, Multiple-Valued, and Fuzzy Logic for Applications in Pattern Theory, Air Force Office of Scientific Research.
• A New Approach to Machine Learning: Develop Software to link Curtis Decomposer to Abductive Network, Abtech Corporation.
• Image Processing for Cervical Mucus Ferning Patterns, National Institute of Health.
• Application to Sharp Microelectronics Technology's Advanced Components in the area of Digital Signal Processing Architectures, Algorithms, and System Logic Implementation, (Digital Signal Processing Tools/Applications for Transforms and Image Processing), Sharp Microelectronics Technology.
• Research on the Computerized Instrument to Predict and Detect Ovulation, Commission for Families of Roman Catholic Church, Vatican City, Vatican.
• Fast Fourier Transform Computer, Sharp Microelectronics Technology.
• Animatronics Robot Design: A New Undergraduate Course Sequence for Creative "Tinkerers," Intel Corporation.
• Development of undergraduate Intelligent Robotics class, Intel Corporation.
• Electric Horse Project, Tigard/Tualatin School District.
• Electric Horse Project Summer Camp, Thomas Edison High School.
• PeopleBot mobile robot, PSU Provost Grant.

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