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Communications
MathWorks - Communications Blockset
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This blockset builds on the Simulink system-level design environment by providing more than 150 blocks to model the physical layer of a communication system. It can be used to design wireless, broadband, broadcasting, and satellite systems and the semiconductors used in these applications.
Submitted Oct 24, 2003
Updated Jun 03, 2004
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(13 Ratings)
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Total Visits: 3980
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| MathWorks - Communications Toolbox
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This toolbox is a library of MATLAB functions that facilitates the design of communication system algorithms and components.
Submitted Oct 24, 2003
Updated Jun 03, 2004
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(1 Ratings)
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Total Visits: 2219
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| Free Online MathWorks Seminar: RF Design and Wireless System Architecture with RF Toolbox and RF Blockset
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Model-Based Design enables engineers to complete their projects faster and with less risk of design flaws. The RF Blockset and the RF Toolbox expand the scope of Model-Based Design for wireless communications. Both products enhance the functionality of The MathWorks industry-leading software environments MATLAB® and Simulink® by providing a broad scope of features for RF system design, analysis, development, and implementation.
Submitted Oct 03, 2005
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(4 Ratings)
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Total Visits: 610
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| Free Online MathWorks Seminar: How can I build my own Simulink blocks in C? A tutorial for communication systems designers
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This recorded webinar shows users how to create Simulink® blocks using C and how to include existing C-code in Simulink models. The webinar uses examples from the communications industry, but participants from other industries will also benefit from viewing this recording.
Submitted Oct 03, 2005
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Total Visits: 563
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| Graphical in 3G wireless
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Great info for people workin on 3G.
Submitted Oct 03, 2004
by Vijesh Adiyodi
Updated Oct 06, 2004
Rating:
(3 Ratings)
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Total Visits: 1666
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| MATLAB GUI for Realizing the Radiation Pattern of Narrowband Beamformer
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A MATLAB GUI platform for realizing the radiation pattern of narrowband beamformer with random array geometry. User can specify the array geometry, directions of incoming signals, noise power, and the type of beamformer. Useful for gaining insight about collaborative beamforming in sensor networks and random arrays. You need both randomarray.fig and randomarray.m to work.
Submitted May 25, 2005
by Chunwei Jethro Lam
Updated Jun 02, 2005
by Chunwei Jethro Lam
Rating:
(4 Ratings)
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Total Visits: 1093
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| Space Time Code
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Space time code algorithms based on Vahid Tarokh et. al. paper, "Space-Time Code for High Data Rate Wireless Communication: Performance Criterion and Code Construction".
Submitted Jan 26, 2007
by Bagawan Nugroho
Updated Jan 29, 2007
Rating:
(3 Ratings)
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Total Visits: 640
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