Interim rept. 1 Jun-31 Dec 85,
DAYTON UNIV OH RESEARCH INST
Pagination or Media Count:
The technical contributions were as follows 1 Optical parallel 2-D neighborhood processor and optical processor assessment technique 2 High accuracy with moderately accurate components and optical fredkin gate architectures 3 Integrated optical threshold computing, pipelined polynomial processor, and all otpical analogdigital converter 4 Adaptive optical associative memory model with attention 5 Effectiveness of parallelism and connectivity in optical computers 6 Optical systolic array processing using an integrated acoustooptic module 7 Optical threshold elements and networks, holographic threshold processors, adaptive matched spatial filtering, and coherence theory in optical computing 8 Time-varying optical processing for sub-pixel targets, optical Kalman filtering, and adaptive matched filtering 9 Optical degrees of freedom, ultra short optical pulses, number representations, content-addressable-memory processors, and integrated optical Givens rotation devices 10 Optical J-K flip flop analysis and interfacing for optical computers 11 Matrix multiplication algorithms and limits of incoherent optical computers 12 Architecture for machine vision with sensor fusion, pattern recognition functions, and neural net implementations 13 Optical computing algorithms, architectures, and components and 14 Dynamic Optical interconnections, advantages and architectures.
- Electrooptical and Optoelectronic Devices
- Acoustooptic and Optoacoustic Devices
- Computer Hardware