Slide 1Chapter 4 Fundamentals of Digital Audio “Computers and Creativity” Richard D. Webster, COSC 109 Instructor Office: 7800 York Road, Room 422 | Phone: (410) 704-2424…

Slide 1 Microprocessor based Design for Biomedical Applications MBE 3 – MDBA VI : Measuring Biosignals Basics & OpenEEG Designs Slide 2 Last lecture: Origin and characteristics…

Slide 1 EEGLAB Workshop III, Nov. 15-18, 2005, Singapore: Julie Onton – Artifact processing and ERP analysis 1 Artifact processing and ERP analysis Task 1 Reject bad channels…

Slide 1 Artifact (artefact) reduction in EEG – and a bit of ERP basics CNC, 19 November 2014 Jakob Heinzle Translational Neuromodeling Unit Slide 2 Overview Basic Principles…

Slide 1 ECIV 724 A Dynamics of Structures Instructor: Dr. Dimitris C. Rizos 300 Main St. Dept. of Civil and Environmental Engineering (803) 777-6166 [email protected] Slide…

Slide 1 Fourier theory made easy (?) Slide 2 5*sin (2  4t) Amplitude = 5 Frequency = 4 Hz seconds A sine wave Slide 3 5*sin(2  4t) Amplitude = 5 Frequency = 4 Hz Sampling…

Slide 1 Slide 2 Development of an Eye Tracker By Jason Kajon Barrett of the Center for Imaging Science at the Rochester Institute of Technology Advisor: Jeff Pelz Slide 3…

Slide 1 Lecture 12: Introduction to Discrete Fourier Transform Sections 2.2.3, 2.3 Slide 2 5*sin (2  4t) Amplitude = 5 Frequency = 4 Hz seconds Review: A sine wave Slide…

Slide 1 Fourier Theory in Seismic Processing (From Liner and Ikelle and Amundsen) Temporal aliasing Spatial aliasing Slide 2 Also with notes from http://lcni.uoregon.edu/fft.p…

Slide 1 UNIT - 4 ANALYSIS OF DISCRETE TIME SIGNALS Slide 2 Sampling Frequency Harry Nyquist, working at Bell Labs developed what has become known as the Nyquist Sampling…