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Improved Resistive Fuse Grids
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Improved Resistive Fuse Grids
Contents
List of Figures
Introduction
Motivation
Aim
Methodology
Noise and Distortion in Images
Thermal Noise
Blurring
Extreme Pixels
Resistive Fuse Networks
Resistive Grids
Feature Preservation using Resistive Fuses
Resistive Fuse Circuits
Four transistor resistive fuse
Seven Transistor Resistive Fuse
Eleven Transistor Resistive Fuse
Six Transistor resistive fuse
Sub-threshold MOSFET operation
Conclusion
Network Simulation
One-dimensional Networks using Excel
Two-dimensional Networks using C
SPICE Convergence Problems
New Simulator
Design of an Improved System
Methodology
Techniques
Implementation
Output
Input
Transmission
Experimentation
Implementation
Results
Vertical Edges
Diagonal Edges
Circle
Triangle
Motion Detection
Resistive Fuse Grids and Motion
Modified Network Behaviour
Simulation of Motion
Other Network Topologies
Eight-Way Connected Networks
Interlinking Vertical and Horizontal Edges
Hexagonal Grids
Arbitrary Grids
Conclusions
Advances over previous systems
New design for a resistive fuse
Additional flexibility of the eleven transistor resistive fuse
Improved performance in edge detection and segmentation
Practical Systems
Future Work
SPICE Models
Transistor Models
Resistive Fuse Subcircuit
Inter-Fuse Connection
Network Global Signals
Descriptions of Programs
SPICE File Creation Program
SPICE Output Decoder
Simulator Program
Bibliography
Matthew Exon 2004-05-23