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Analogue and Digital Signal Processing

NWS 243 · Semester 4

3 credits · 17 learning units

Lessons

Start with the foundations, study the topics, then practise and complete an independent project. These are learning plans; full tutorials and interactive checks are still being authored.

Subunit titles retain the curriculum’s original language.

Start here

  1. Lesson 1Sampling, aliasing and signal representations

Curriculum topics

  1. Lesson 2Linear Systems and Differential Equation Models
  2. Lesson 3Laplace Transform Techniques
  3. Lesson 4Convolution and System Response
  4. Lesson 5System Stability
  5. Lesson 6Phasors and Steady-State AC Circuit Analysis
  6. Lesson 7Frequency Response and Bode Plots
  7. Lesson 8Fourier Series and Fourier Transforms
  8. Lesson 9Active Filter Design
  9. Lesson 10Random Signals and Stochastic Processes
  10. Lesson 11Z-Transform and Discrete-Time System Analysis
  11. Lesson 12Discrete Fourier Transform
  12. Lesson 13Digital Filter Structures
  13. Lesson 14Audio Compression
  14. Lesson 15Digital Video Compression

Put it into practice

  1. Lesson 16Guided laboratory and troubleshooting

Work independently

  1. Lesson 17Independent project and review
Curriculum source

HND CURRICULUM-NETWORK AND SECURITY.pdf · NWS 243 · Course table: p. 11 · Outline pages: 205, 206, 207, 208