Dr Patrick Gaydecki is a Reader in the Sensing, Imaging and Signal Processing Group within the School of Electrical and Electronic Engineering at the University of Manchester. His research interests include the design of real-time and offline digital signal processing systems, instrumentation for nondestructive testing and monitoring, and software development for audio and biomedical applications.

• Charter 1: Definitions and applications of digital signal processingCharter 2: A linear systems toolboxCharter 3: An introduction to high-level computer programming using DelphiCharter 4: Analysis of simple electrical systems using complex impedance, differential and difference equationsCharter 5: Introduction to convolution and correlationCharter 6: Fourier analysisCharter 7: Discrete Fourier properties and processingCharter 8: Introduction to Laplace space and the Laplace transformCharter 9: An introduction to z-space, the z-transform and digital filter designCharter 10: Signal sampling, analog to digital and digital to analog conversionCharter 11: The design and implementation of finite impulse response filtersCharter 12: The design and implementation of infinite impulse response filtersCharter 13: Rudiments of adaptive filtersCharter 14: The design and programming of real-time DSP systems Part 1Charter 15: The design and programming of real-time DSP systems Part 2Charter 16: Concluding remarks

Dr Patrick Gaydecki is a Reader in the Sensing, Imaging and Signal Processing Group within the School of Electrical and Electronic Engineering at the University of Manchester. His research interests include the design of real-time and offline digital signal processing systems, instrumentation for nondestructive testing and monitoring, and software development for audio and biomedical applications.

• Charter 1: Definitions and applications of digital signal processingCharter 2: A linear systems toolboxCharter 3: An introduction to high-level computer programming using DelphiCharter 4: Analysis of simple electrical systems using complex impedance, differential and difference equationsCharter 5: Introduction to convolution and correlationCharter 6: Fourier analysisCharter 7: Discrete Fourier properties and processingCharter 8: Introduction to Laplace space and the Laplace transformCharter 9: An introduction to z-space, the z-transform and digital filter designCharter 10: Signal sampling, analog to digital and digital to analog conversionCharter 11: The design and implementation of finite impulse response filtersCharter 12: The design and implementation of infinite impulse response filtersCharter 13: Rudiments of adaptive filtersCharter 14: The design and programming of real-time DSP systems Part 1Charter 15: The design and programming of real-time DSP systems Part 2Charter 16: Concluding remarks

Dr Patrick Gaydecki is a Reader in the Sensing, Imaging and Signal Processing Group within the School of Electrical and Electronic Engineering at the University of Manchester. His research interests include the design of real-time and offline digital signal processing systems, instrumentation for nondestructive testing and monitoring, and software development for audio and biomedical applications.

• Charter 1: Definitions and applications of digital signal processingCharter 2: A linear systems toolboxCharter 3: An introduction to high-level computer programming using DelphiCharter 4: Analysis of simple electrical systems using complex impedance, differential and difference equationsCharter 5: Introduction to convolution and correlationCharter 6: Fourier analysisCharter 7: Discrete Fourier properties and processingCharter 8: Introduction to Laplace space and the Laplace transformCharter 9: An introduction to z-space, the z-transform and digital filter designCharter 10: Signal sampling, analog to digital and digital to analog conversionCharter 11: The design and implementation of finite impulse response filtersCharter 12: The design and implementation of infinite impulse response filtersCharter 13: Rudiments of adaptive filtersCharter 14: The design and programming of real-time DSP systems Part 1Charter 15: The design and programming of real-time DSP systems Part 2Charter 16: Concluding remarks