IEEE CIR: Application for Quantum Memory
This presentation will focus on developing a specific Application for Quantum Memory to hold data in a superimposing fashion so that an infinite amount of data can be stored without ever running out of memory space. The application is a concept in evolution, developed for storing digital images into the memory bank consisting of many quantum bits. Instead of using the traditional concept of data storage in a digital computer where a block of memory is used to store only one set of data and afterward this block is reserved so that no further storing is possible, this application proposes to use the same block of quantum memory to store new data repeatedly and indefinitely. Thus, algorithms for storing and retrieving data are developed, and numerical simulations are presented to demonstrates the work-ability of the concept.
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- Date: 05 Nov 2020
- Time: 05:00 PM to 06:30 PM
- All times are (GMT-07:00) US/Mountain
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- Co-sponsored by CH05056 - Pikes Peak Section Chapter,C16
- Starts 04 October 2020 01:29 PM
- Ends 05 November 2020 05:30 PM
- All times are (GMT-07:00) US/Mountain
- No Admission Charge
Speakers
Dr. Trung T Pham
Application for Quantum Memory
This presentation will focus on developing a specific Application for Quantum Memory to hold data in a superimposing fashion so that an infinite amount of data can be stored without ever running out of memory space. The application is a concept in evolution, developed for storing digital images into the memory bank consisting of many quantum bits. Instead of using the traditional concept of data storage in a digital computer where a block of memory is used to store only one set of data and afterward this block is reserved so that no further storing is possible, this application proposes to use the same block of quantum memory to store new data repeatedly and indefinitely. Thus, algorithms for storing and retrieving data are developed, and numerical simulations are presented to demonstrates the work-ability of the concept.
Biography:
Dr. Pham holds a BS, MS, and PhD in Electrical & Computer Engineering from Rice University in Houston Texas. Dr Pham is a research engineer with over 20 years of experience in space industry, and a professor with over 15 years of experience.
Dr Pham is currently working for the Cyberworx and Department of Computer Science of the United States Air Force Academy in Colorado Springs, Colorado, USA. Previously Dr Pham has worked at NASA Johnson Space Center, the University of Houston, and the University of Talca. Dr Pham’s research interests include artificial intelligence, computational algorithms, cryptology, data mining, image processing, and system modeling. His most recent funded project is modeling of human memory where he found interest in quantum computing.
Dr. Pham is a Senior Member of the Institute of Electronic & Electrical Engineering and within the International Society of Automation. Dr. Pham is an executive committee in the IEEE Pikes Peak Section and has previously served as the Vice Chair in Robotics for the IEEE Galveston Bay Section.
Agenda
This presentation will focus on developing a specific Application for Quantum Memory to hold data in a superimposing fashion so that an infinite amount of data can be stored without ever running out of memory space. The application is a concept in evolution, developed for storing digital images into the memory bank consisting of many quantum bits. Instead of using the traditional concept of data storage in a digital computer where a block of memory is used to store only one set of data and afterward this block is reserved so that no further storing is possible, this application proposes to use the same block of quantum memory to store new data repeatedly and indefinitely. Thus, algorithms for storing and retrieving data are developed, and numerical simulations are presented to demonstrates the work-ability of the concept.