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Oscillatory threshold logic.

Jon Borresen¹, Stephen Lynch

¹School of Computing, Mathematics and Digital Technology, Manchester Metropolitan University, Manchester, United Kingdom. J.Borresen@mmu.ac.uk

|November 23, 2012

Summary

This summary is machine-generated.

Next-generation computers may use coupled threshold oscillators for binary logic and memory. This research demonstrates how these oscillatory devices can form the basis of novel computational circuitry, potentially replacing transistors.

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Area of Science:

Computer Science
Physics
Electrical Engineering

Background:

Early computers utilized vacuum tube oscillators, later superseded by transistors.
Transistors are nearing their theoretical performance limits, necessitating new computing technologies.
Advancements in optical oscillators and Josephson junction technology present new possibilities for computing components.

Purpose of the Study:

To investigate the potential of using coupled threshold oscillators as fundamental components for next-generation computers.
To demonstrate the feasibility of performing binary logic using oscillatory devices.
To explore oscillator-based models for computation and memory.

Main Methods:

Development of computational circuitry based on coupled threshold oscillators.
Modeling of oscillator-based systems to perform binary logic operations.
Demonstration of oscillator models capable of computation and memory functions.

Main Results:

Successfully demonstrated that coupled threshold oscillators can perform binary logic.
Presented a variety of computational circuitry designs utilizing oscillators.
Developed working oscillator models for both computational tasks and data storage.

Conclusions:

Coupled threshold oscillators offer a viable alternative to current transistor-based computing architectures.
Oscillatory devices can form the basis of future computers, enabling novel computational paradigms.
This work lays the foundation for developing computers composed primarily of oscillatory elements.