Abstract:
In the past, discussions on the capability of analog or physical computing were only of theoretical interest. Digital computation's 80 year history starts from the Turing...Show MoreMetadata
Abstract:
In the past, discussions on the capability of analog or physical computing were only of theoretical interest. Digital computation's 80 year history starts from the Turings original model of computation to ubiquitous modern computational devices. The modern development of analog computation started with almost zero computational framework. Today, we have significant programmable and configurable physical computing systems. The focus of this paper is to have these discussions given the very real potential of ultra-low power physical computing systems. This work considers the current state of analog computation, energy efficient computation, and analog numerical analysis, moving towards starting a unified analog-computing framework, including quantum computing, as part of physical computing.
Date of Conference: 17-19 October 2016
Date Added to IEEE Xplore: 10 November 2016
ISBN Information:
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Physical Computing ,
- Neural Network ,
- Computational Model ,
- Computational Efficiency ,
- Energy Efficiency ,
- Focus Of This Paper ,
- Physical System ,
- Computer System ,
- Quantum Computing ,
- Digital Solutions ,
- Digital Computer ,
- Traveling Salesman Problem ,
- Non-deterministic Polynomial-time ,
- Analog Computing ,
- Key Building Block ,
- Turing Machine ,
- Programmable System ,
- Numeric ,
- Signal Processing ,
- Digital Approach ,
- LU Factorization ,
- Path Planning ,
- Parallel System ,
- Support Vector Machine ,
- Digital Machine ,
- Invertible ,
- Computational Capabilities ,
- Power Efficiency ,
- Low Precision
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Physical Computing ,
- Neural Network ,
- Computational Model ,
- Computational Efficiency ,
- Energy Efficiency ,
- Focus Of This Paper ,
- Physical System ,
- Computer System ,
- Quantum Computing ,
- Digital Solutions ,
- Digital Computer ,
- Traveling Salesman Problem ,
- Non-deterministic Polynomial-time ,
- Analog Computing ,
- Key Building Block ,
- Turing Machine ,
- Programmable System ,
- Numeric ,
- Signal Processing ,
- Digital Approach ,
- LU Factorization ,
- Path Planning ,
- Parallel System ,
- Support Vector Machine ,
- Digital Machine ,
- Invertible ,
- Computational Capabilities ,
- Power Efficiency ,
- Low Precision