Texas Instruments submitted on 19 March, 2008
MIT Fall '05 Streaming and Downloadable
It presents a great deal of information right from the basics of Electromagnetics such as Maxwell’s equations to its applications in new generation technologies such as wireless communications, computer peripherals to microwave communications, radar, and antennas.
MIT Spring '05 Streaming and Downloadable
This course discuses about sampling theorem, AWGN channels, and focuses mainly on the coding techniques linear block codes, Reed-Muller codes, finite fields, Reed-Solomon and BCH codes, binary linear convolutional codes, and the Viterbi algorithm. The advanced coding techniques also included which are trellis codes; codes on graphs; the sum-product and min-sum algorithms; the BCJR algorithm; turbo codes, LDPC codes and RA codes and many more.
Berkeley Fall '06 Streaming
This course explores all about digital signals. Foussed mainly on Transforms such as DFS, DFT, FFT, Z-transform, various convolution techniques, realization and implementation of FIR and IIR filters and many more.
Berkeley Fall '06 Streaming
Topics Covered: Signals and Systems, Determinism, Composition, Linearity, Responses and Hybrid Systems. Frequency Domain, Response and Filtering etc....
Berkeley Fall '06 Streaming and Audio Downloadable
This course is all about images. Image compression, coding and restoration is the main area focused. The transforms DCT, DFT, Filter design and compression techniques JPEG also discussed in detail.
University of Wisconsin, Madison : Mechatronics Lab
Overview, Open-loop and Closed-loop Controls, Matlab Basics, Computer architecture, Input/Output, Discrete Process & Controller Modeling, Sequential Logic Control, Data Sampling, State Transition Diagrams, Laplace & Z-transforms, Discrete & steady state response, Final vale theorem, Stability, Root locus, Aliasing, System Design Example etc...
Berkeley Fall '05 Streaming
Topics included: Intro to Communication Circuits; High-Speed Amplifiers and tuned Amplifiers; Two-Port Power Gain and Stability; Matching Networks; Distortion; Noise in Communication Systems; LNA Design; Mixers: BJT/MOS Mixers, Noise and Passive Mixers; LC oscillators, Steady State Analysis, Oscillator Phase Noise; Power Amplifiers; Frequency Synthesizers etc....
Vietnam Education Foundation Summer Seminar'06 Streaming
Fundamentals of Signal Processing: Sampling and Frequency analysis, Digital Filtering, Statistical and Adaptive Signal Processing; Comprehensive Sensing; Wavelets and Filter Banks: Sampling rate Change Operations, Modulation and Polyphase Representations/ Orthogonal Wavelets Bases and Maxflat Filters, Multi-resolution Analysis (MRA)/Refinement Equation; Multimedia: Image Coding and JPEG, Video coding and Networking issues.
Purdue University Spring '05 Streaming
Topics Covered: Sampling, scanning; CSFT and CTFT; MRI and Discrete Transforms; Tomography; 2-D FIR and IIR Filtering; Segmentation and clustering; Color Transforms; Decimation, Interpolation, Image Restoration and Nonlinear Filters; Various Coding Techniques.
Science Dissemination Unit 2006, Streaming
Topics included: Use of Unlicensed Spectrum; Wi-Fi Networking Architecture; Wi-Fi Security; IP Networking, DHCP and NAT; Network Monitoring and Management in Linux; Antenna Theory; DIY Wi-Fi Antennas; Software for Antenna Design; Radio propagationBasics; Link Budget Calculation; VoIP; Mesh Networks and many other topics included.
3gamericas.org 2001 to '03, Streaming
Hellenic Open University
Topics Include: Nootropia: a Non-Linear approach to Adaptive Document Filtering. Wavelets and Recent Developments in MPEG Video. RFIC Integration.
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