A VLSI approach to circuit design for real-time optimization of control

Abstract

Very large scale integration (VLSI) is the process of combining thousands of resistors on a single integrated chip. VLSI technology is now more prevalent than ever as all our devices utilize integrated chips. This project is an extension to a previous study by a TCNJ student that implemented analog hardware to solve optimization-based problems. We intend to improve upon the circuit by utilizing a VLSI approach. Our first step is using the operational transconductance amplifier to replace as many passive components such as op amps, resistors and capacitors. Once each block is replaced, we can reconnect each module to create our new improved design.