This project aims to develop a new class of electronic circuits with the potential to be more efficient than traditional ones and suitable for some current computing applications, which, for example, require low energy consumption and low manufacturing costs.
These new electronic circuits use the time interval between electrical pulses to encode and process data. We call this approach time domain computing. This solution is interesting because it simultaneously combines the advantages of analogue and digital signal formats. In other words, we seek to process analogue information best through efficient digital circuits.
By proposing new CMOS electronic circuit topologies and attempting to perform data processing entirely in the time domain, this project investigates whether it is possible to change the current paradigm of electronic circuit operation and whether better hardware can be developed.