Here are the draft lecture slides and notes for 2011.
They are subject to changes at any point, so do check here regularly for the latest version.
Janko Calic | I-Lab CVSSP University of Surrey
A derivation and explanation of the link between the FT of the pulse train and a sum of complex exponentials, as presented at lectures as an example of the Discrete Fourier Series (Section 5.2.1 in the DSPA notes).
An excellent and comprehensive guide to filter design.
This is an excellent introductionary read for multirate DSP and filter banks.
Ch4_Multirate_systems_and_filter_banks
To open this file see http://www.djvu.org/ for resources.
A good tutorial on sigma-delta modulation, demonstrating complexity of a real DSP system design and concepts of sampling, multirate processing and FIR filter design. A very nice read.
Principles of Sigma-Delta Modulation for Analog to Digital Converters
Regards,
Janko Calic | University of Surrey
Collab sessions bring you the possibility to learn and boost your enquiry into the DSP. Through collaboration and group work you will gain more insight into the learning process and the module content.
Collab sessions will take place on Thursdays from 12:00-13:00h in the rooms 01AC03, 02AC03, 03AC03 and 04AC03. These rooms are designed to facilitate group work, with walls that we can write on and flexible room layout. Depending upon the attendance, we may be expanding to all four rooms, but the target is to fit us all in two rooms. The groups will comprise 5-6 students and will be randomised at every session.
Week-by-Week breakdown of the 09/10 school year, with up-to-date schedule for DSPA Collab preparation themes.
Hi there!
My name is Joe Kornycky and I am a PhD student here at Surrey. I will be helping out with this year’s DSPA module.
I am currently working in the same department as Janko in the area of DSP focusing on microphone array signal processing and statistical signal separation. Before my PhD I obtained my BEng degree from Surrey and actually took the DSPA module, so I have some real experience with what you are doing.
Please feel free to ask lots of questions and make good use of this blog and my time in the tutorials. Best of luck with DSPA and all your modules.
Joe
Dear students,
I’m glad you are interested in DSP and hope we’ll have a good and productive time this semester.
See you all tomorrow.
