Real-time Signal Processing

Module code: EG7017

The module will be organised around a set of laboratory sessions using a modern DSP chip and a PC and analysing real signals in real-time. The sessions will exploit some of the following central themes:

  • Sampling: Interrupt based A/D sampling; programming the sampling frequency; control of A/D and D/A; effects of finite word length.
  • Real-time implementation of FIR filters: Finding the coefficients and implementing low-pass, high-pass, band-pass, and band-reject FIR filters.
  • Real-time implementation of IIR filters: A simple extension of the fundamental implementation covered on the previous session.
  • Real-time implementation of FFTs: Exploiting a given algorithm and measuring its performance.

At the end of the module the students should be very familiar with the practical implementation of real-time systems and be able to implement them starting from the specified difference equation. The module is ideal for research students and engineers who will deal with both real-time and off-line implementations of digital filter and/or the implementation of control systems.

Learning

  • 22 hours of lectures
  • 24 hours of practicals
  • 104 hours of guided independent study

Assessment

  • Exam, two hours (50%)
  • Lab report (50%)