This set of webpages is designed to cover the topics of Information and Measurement. The approach is to bring together the relevant material from Information Theory, Instrumentation, and Measurement Physics and show how the fit together. In order to make the material interesting and relevant, I have chosen to use application which may be familiar as examples. These include sections on how Compact Disc works, etc.
Note that these pages are based upon a printed book. At present, only a fraction of what is in the book is present here. The list of parts shown below corresponds to the chapters in the book. The book is currently available as a paperback published by Taylor and Francis.
Part 1: Where does information come from?
Part 2: Signals and messages.
Part 3: Noise.
Part 4: Uncertain measurements.
Part 5: Surprises and redundancy.
Part 6: Detecting and correcting mistakes.
Part 7: The sampling theorem.
Part 8: The information carrying capacity of a channel.
Part 9: The CD Player as an information channel.
Part 10: The CD Player as a measurement system.
Part 11: Oversampling, noise shaping, and digital filtering.
Part 12: Analog or digital?
Part 13: Sensors and amplifiers.
Part 14: Power coupling and optimum S/N
Part 15: Signal averaging.
Part 16: Phase sensitive detection.
Part 17: Synchronous integration.
Part 18: Data compression.
Part 19: Data thinning.
Part 20: Chaos rules!
Part 21: Spies and secret messages.
Part 22: One bit more
Part 23: What have we here?
Part 24: Time and frequency.
Part 25: Frequency measurement systems.
Click on the image below to go to the main ‘Scots Guide’ page

Content and pages maintained by: Jim Lesurf (jcgl@st-and.ac.uk)
using TechWriter Pro and HTMLEdit on a RISC OS machine.
University of St. Andrews, St Andrews, Fife KY16 9SS, Scotland.