Sensory Information Processing and Symbolic Computation
Abstract
The Sensory Information Processing research develops and applies innovative digital signal processing techniques--processing two-dimensional (video) signals and one-dimensional (audio) signals. The efforts currently emphasized and reported herein include the study of automatic deblurring of images, linear predictive coding of speech and the refinement and application of mathematical models of human vision and hearing. All of these efforts employ a general purpose digital computer, although some (such as the linear predictive coding project) are directed toward the production of techniques amenable to implementation with special purpose digital hardware. The Symbolic Computation research is concerned with the development of automatic aids for the algebraic and symbolic computations inherent in scientific research. In the course of this research, the REDUCE system has been developed and is being improved and distributed. Accordingly, this effort deals directly with questions of transferability of software between machines and the automatic generation of programs.
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 31, 1973
- Accession Number
- ADA108105
Entities
People
- Thomas G. Stockham Jr.
Organizations
- University of Utah