Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 2 of 2
Full-Text Articles in Engineering
Investigation Of Quantum Resistor Networks For Electron Wave Computing, Diwakar Ramamurthy
Investigation Of Quantum Resistor Networks For Electron Wave Computing, Diwakar Ramamurthy
Masters Theses
A new computing methodology using electron waves has been developed with three and four terminal Quantum Resistor Networks as the basic computational structure. Transmission probability matrices for these networks were derived from first principles from which the behavior of single and simultaneously incident electron waves have been accurately evaluated. Classification and scaling laws have also been provided according to their transmission behavior. Techniques for constructing devices from these networks analogous to the logic gates used in digital computing today have been explained. Numerous examples of such devices performing functions like Inversion, OR, and AND have been provided. The operating principles …
A Dynamic Programming-Based Approach To Microarray Image Comparison And Registration, Sunil Bosco Rodrigues
A Dynamic Programming-Based Approach To Microarray Image Comparison And Registration, Sunil Bosco Rodrigues
Masters Theses
"Microarray technology is increasingly used as a means of high throughput analysis of human, non-human and plant genomes. Manual methods of array production have inherent imperfections and variations of the quality of output data derived from these arrays. A dynamic programming-based approach is presented to validate the quality of such data prior to insertion into evolving databases in order to assign reliably, genetic aberrations to bio-medical functions. Dynamic programming is used for comparing normal and tumor microarray image pairs and a cost function is developed which gives a value representing the difference between the images. Quality of the image pairs …