121. Micronet MD DSP Group Home Page - Calgary Centre Elec. and Computer Eng. Home Page. Research Topics. Our research group focuses on the theory and applications of multidimensional (MD) signal processing. http://www-mddsp.enel.ucalgary.ca/

The Multidimensional Signal Processing (MDSP) Research Group Principal Investigator - Dr. Len Bruton, FRSC, FIEEE, P.Eng. logo by Don Dansereau Welcome, you are our visitor no: 67,171 Table of Contents Principal Investigator Graduate Students Research Topics MPEG Demos ... Exit to Dept. Elec. and Computer Eng. Home Page Research Topics Our research group focuses on the theory and applications of multidimensional (MD) signal processing. Current and past work has been internationally and nationally recognized and has received a number of international and national awards We carry out research on such topics as: Reduced complexity 2D/3D Fan/Cone FIR Filters for plane wave filtering and beamforming Synthesis, design and real-time VLSI circuit implementations of 2D, 3D and 4D filters, including 3D Cone Filter Banks, for selectively filtering or jamming of spatio-temporal plane waves and beamforming Enhancement of and tracking of objects in video sequences using 2D, 3D and 4D filters object extraction from 4D lightfields using 4D filters Real-time enhancement and jamming of sampled broadband spatio-temporal plane waves using Analog 2D and 3D filters Adaptive 2D and 3D filters for Tracking Objects in Video Sequences and in Acoustical Images 3D modeling of Human Faces for Videoconferencing Real-time enhancement of Damaged Movie Films Real-time Data Hiding in and Watermarking of Video Sequences Lossless Image Compression of Color Video Sequences Image Compression Using Fractal Block Processing (see

122. Acoustic, Noise & Sonar Engineering Courses And Technical Training Seminars ATI is a technical training organization specializing in short courses, seminars and professional development technical training in defense, sonar, radar, and signal processing. ATI provides public seminars and onsite training. http://www.aticourses.com/acoustics_courses.htm

ANY Course can be held at your site for 6+ people. Call ATI at 888-501-2100 Please feel free to print and circulate these seminar outlines: Active Noise Control Advanced Undersea Warfare Developments in Mine Warfare Mechanics of Underwater Noise ... Underwater Acoustic Modeling Please see our Schedule of ATI Courses for current course dates and locations or email us at ATIcourses@aol.com or call toll free 1-888-501-2100 to find out more about scheduling courses for you. ATI's Active Noise Control course Dr. Graham Eatwell, Dr. Dexter G. Smith, Instructors Summary This three day course is designed for product development engineers, signal processing and control engineers, and managers who wish to enhance their understanding of this evolving technology and to apply it to real world applications. Each topic is illustrated with derivations, demos, and/or worked out examples. Instructors Dr. Graham Eatwell has more than 17 years of experience in adaptive signal processing and acoustics. He was a co-founder of 2020 Science Ltd., which developed the world's first commercial active noise control system for propeller aircraft cabins. He was Chief Technology Officer at Noise Cancellation Technologies, where he was responsible for the development of numerous commercial applications of active noise control. He has more than 20 U.S. patents and patent applications in the areas of Active Noise Control and Signal Enhancement. In 1996, Dr Graham Eatwell founded ADAPTIVE AUDIO INC., which provides consultancy and technology licensing in adaptive signal processing.

123. WaveLab802 free WaveLab is a library of MATLAB routines for wavelet analysis, waveletpacket analysis, cosine-packet analysis and matching pursuit. http://www-stat.stanford.edu/~wavelab

WAVELAB 802 for Matlab5.x Current Release David Donoho Mark Reynold Duncan Xiaoming Huo Ofer Levi Major Contributions from Jon Buckheit Maureen Clerc Jerome Kalifa Stephane Mallat Thomas Yu What is Wavelab? WaveLab is a collection of Matlab functions that have been used by the authors and collaborators to implement a variety of computational algorithms related to wavelet analysis. A partial list of the techniques made available: orthogonal wavelet transforms, biorthogonal wavelet transforms, translation-invariant wavelets, interpolating wavelet transforms, cosine packets, wavelet packets, matching pursuit, and a lot more... It includes more than 1100 Matlab files, datasets, and demonstration scripts. Some computationally expensive routines have been implemented as Matlab MEX functions. Here is a more detailed introduction. What is new? For the new version (WaveLab802), we add in scripts to reproduce many figures for the book A Wavelet Tour of Signal Processing A new browser has been added for Mallat's book.

124. Clear, Efficient Musical Signal Processing In ANSI C Clear, Efficient Audio signal processing in ANSI C. Two books specifically about signal processing in C have recently become available Reid, David. http://cnmat.cnmat.berkeley.edu/~adrian/Csigproc.html

Center for New Music and Audio Technologies Calendar People Site Map Research ... Downloads Clear, Efficient Audio Signal Processing in ANSI C Adrian Freed Introduction The popularity of the C programming language and its derivatives in signal processing applications is increasing. Two books specifically about signal processing in C have recently become available [Reid, David]. A broad collection of numerical algorithms with implementations in C, Fortran and Pascal has been available for some years [Press]. Efforts are underway to develop an ANSI standard for Digital Signal Processing extensions to C [Leary]. A discussion of the advantages and disadvantages of C for numerical computing may be found in [MacDonald]. When a new reduced instruction set computer (RISC) or digital signal processor (DSP) is introduced a C compiler is one of the first high level development tools available. The wide availability of compilers and the ease with which portable applications may be written has prompted the use of C as a target language for other programming languages, such as C++, Pascal and Fortran and for higher level tools, such as the Ptolemy system[Buck]. C is expressive enough to allow the careful programmer to obtain the numerical performance potential of a processor so important for many signal processing applications. This paper presents recommendations for efficiently implementing signal processing algorithms in C without sacrificing clarity or portability. These recommendations are derived from the author's experience implementing signal processing functions for musical applications [Freed 1992] with the MIPS R4000 [Kane] C compiler on a Silicon Graphics Indigo workstation. There is therefor a bias in the example code towards audio signal processing, but the recommendations apply to numerical computing in general.

125. Division Of Signal Processing Division of signal processing. Welcome to the web pages for the Division of signal processing. Pictured above are members of the http://www.sm.luth.se/csee/sp/

Division of Signal Processing Overview Research Staff Education Welcome to the web pages for the Division of Signal Processing. Page Editor: webmaster-sp@sm.luth.se Division homepage Department homepage Overview ... Education LULEÅ UNIVERSITY OF TECHNOLOGY Division of Signal Processing, Luleå University of Technology, SE-971 87 Luleå. Tel.+46.920.491000, fax +46.920.492043

126. WASPAA'97 Home Page IEEE 1997 Workshop on Applications of signal processing to Audio and Acoustics. http://www.ICSI.Berkeley.EDU/waspaa97/

IEEE 1997 Workshop on Applications of Signal Processing to Audio and Acoustics Mohonk Mountain House New Paltz, New York October 19-22, 1997 The objective of the two-and-a-half day workshop is to provide an informal environment for the discussion of problems in audio and acoustics and of the signal processing techniques applied to these problems. Technical sessions are scheduled in the morning and before and after dinner; the afternoons have been left free for outdoor activities or informal meetings among the workshop participants. There is now a web page for the 1999 Mohonk Audio Workshop (WASPAA'99) which will be chaired by Prof. Matti Karjalainen of the Helsinki University of Technology. Some of the committee members jotted down notes related to the workshop - mainly technical issues to do with electronic submissions. You can find them under The workshop is now over, but this page will remain visible. If you are interested in purchasing the paper version of the proceedings (60 papers, 278 pages), you can get it from the IEEE. Contact their Customer Service Department at 1-800-678-IEEE and quote the product number TH8278 (WASPAA'97). My letter thanking the CD-ROM manufacturer

127. 2003 IEEE Workshop On Statistical Signal Processing :: Home The signal processing Theory and Methods (SPTM) Technical Committee of the IEEE signal processing Society (SPS) announces the 2003 IEEE Workshop on Statistical http://ssp03.wustl.edu/

Sponsored By With Support From Dates: Sept 28 - Oct 1, 2003 Location: Chase Park Plaza Hotel, St. Louis, Missouri Contact: Prof. Daniel R. Fuhrmann, Tel. (314) 935-6163 Email: danf@ee.wustl.edu Many thanks to all who helped make the workshop a success! Workshop proceedings are available through IEEE Xplore: http://ieeexplore.ieee.org

128. A205 Members Protocol development and data security in wireless integrated networks. http://www.warwick.ac.uk/~esrua/a205.html

129. Zbigniew Leonowicz, PhD Contains curriculum vitae, research and interests description. Advanced methods of signal processing applied to power systems. http://zleonowicz.republika.pl

leonowicz@ .org Search This Site The Web for Get a Free Search Engine for Your Web Site This page was last updated:

130. Handbook For Acoustic Ecology Technical reference guide for sound recording and related fields such as electronic music, acoustical physics, and signal processing. Includes a keyword search. http://www.sfu.ca/sonic-studio/

131. ENGnetBASE: Engineering Handbooks Online signal processing Noise. Vyacheslav P. Tuzlukov. http://www.engnetbase.com/ejournals/books/book_summary/summary.asp?id=913

132. Dolby Laboratories, Inc. Developer of audio signal processing systems and manufacturer of professional equipment to implement these technologies in the motion picture, broadcasting, and music recording industries. http://www.dolby.com/

Information Dolby Knowledgebase What's New Statistics Press Releases ... Dolby Digital Licensing Information Licensed Manufacturers Trademarks Information Consumer Entertainment For Professionals Cinema Pro Audio / Broadcast Game Developers / Publishers Company About Dolby Manufacturing People Careers ... Careers @ Dolby Welcome to Dolby Laboratories Dolby Laboratories develops audio signal processing systems and manufactures professional equipment to implement these technologies in the motion picture, broadcasting, and music recording industries. Dolby also licenses these technologies for use in the consumer electronics industry. Providing the best possible audio for any entertainment environment, including music, movies, television and multimedia, is Dolby's primary commitment. Based in San Francisco with European headquarters in England, the privately held company has entertainment industry liaison offices in New York and Los Angeles and licensing liaison offices in Hong Kong, Shanghai, Beijing, and Tokyo. Dolby News Ray Dolby Honored at Cannes Film Festival - Cannes, France, May 17, 2004

133. Wavelets And Signal Processing Wavelets and signal processing. It s true that the Torah the signal processing. A Notebook compiled while reading Understanding http://www.bearcave.com/misl/misl_tech/wavelets/

Wavelets and Signal Processing It's true that the Torah the visible Torah, that is is only one of the possible permutations of the letters of the eternal Torah, as God crated it and delivered it to the angels. By rearranging the letters of the book over the centuries, we may someday arrive again at the original Torah. But the important thing is not the finding, it is the seeking, it is the devotion with which one spins the wheel of the prayer and scripture, discovering the truth little by little. Diotallevi in Foucault's Pendulum , by Umberto Eco Using the quote above is, perhaps, ironic, since the character, Diotallevi, in Umberto Eco's Foucault's Pendulum , goes on in the next sentence to denounce the use of computers as tools for seeking truth. Signal processing and filtering is, in its modest way, an attempt to find a better form for a set of information, either by reshaping it or filtering out selected parts (parts that are sometimes labeled as noise). Put another way, signal processing allows us to uncover a form of the signal that is closer to the truth (or a truth). Although we have powerful computing and mathematical tools, perhaps there is some value in taking Diotellevi warning to heart:

134. Kostas Fragos Home Page Biography And Publications National Technical University of Athens. Statistical natural language processing, signal processing, neural networks. http://nts.cc.ece.ntua.gr/nlp_lab

135. Sam Roweis, Toronto Machine Learning , Nonlinear Manifolds , signal processing , DNA Computing http://www.cs.toronto.edu/~roweis/

Sam Roweis www.cs.toronto.edu/~roweis Information Curriculum Vitae Schedule/Travel Info for Visitors ... Data Machine Learning at Toronto learning.cs.toronto.edu Sam Roweis, Assistant Professor Canada Research Chair in Statistical Machine Learning Dept. Computer Science email : roweis [at] cs [dot] toronto [dot] edu University of Toronto voice 6 King's College Rd. fax Toronto, Ontario office : Pratt 290F M5S 3G4, CANADA info for visitors Materials: Curriculum Vitae [ ps pdf A brief bio Info for prospective students Quick link to my online papers Research Highlights: A technical report and associated materials with Kannan Achan and Brenday Frey on a neat segmental HMM model for speech waveforms that does pitch tracking, timescale modification and more. Neat Stuff on the Radar: Here in Toronto, Ben Marlin showed me this paper describing a very efficient almost-exact approximation to SVD. Ben has used this to vastly speed up some of our learning algorithms that compute intermediate SVDs in an inner loop. On a recent trip to UBC, Hendrick Kueck showed me the cool alias method of Walker (1974) for quickly generating many samples from a known multinomial distribution. This method is described in detail, e.g. on p107 of Luc Devroye's

136. Home Engineering services, research and development in signal processing, Computational Science and Error Analysis. Based in Sterling, VA, USA. http://signal-science.com/

Home About Us Contact Us News ... Links Signal Science provides high level engineering services including: Proof of Concept Research and Development System Engineering Signal Processing Computational Science Error Analysis Object Oriented Software Engineering and ReEngineering Home About Us Contact Us News ... Links

137. NeuroTeam At The University Of Tübingen - Artificial Neural Networks For Biomed Neural networks for biomedical applications, sensory analysis, quality control and signal processing. http://www.Neuroteam.de/e_index.html

Artificial neural networks for Biomedical applications Sensor analysis and processing of sensory data Quality control Proceed . . . Dept. Technische Informatik

138. Jaynta Provides digital signal processing and IC design services. http://www.jaynta.com

139. 2001 IEEE Workshop On Neural Networks For Signal Processing IEEE Workshop on Neural Networks for signal processing. Focuses on data mining and signal separation. To be held September 1012, 2001 in Falmouth, Massachusetts, USA. http://eivind.imm.dtu.dk/nnsp2001

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140. Chin Chye Koh Goleta, CA BSEE (MSEE Grad Student). Digital signal processing, matrix analysis, pattern recognition EMC, Matlab, C, VHDL, PSpice, Accel EDA. http://xanadu.ece.ucsb.edu/~chinkoh/resume.htm

Chin-Chye Koh Image Processing Research Laboratory Department of Electrical and Computer Engineering University of California, Santa Barbara, CA 93106 Lab : (805) 893-8312, chinkoh@ece.ucsb.edu Objective : Internship Position in Image or Video Processing Educational History present University of California, Santa Barbara. Objective Ph.D. in Electrical Engineering Major Digital Signal Processing Interests Image and video processing, signal compression, video quality, March 2003 University of California, Santa Barbara. Degree MSc. in Electrical Engineering. Major Signal Processing Minor Communications Thesis title Compression Of Bayer Color Filter Array Data May 1998 Washington State University. Degree BSc. in Electrical Engineering Minor Mathematics Project Digital design of voice recorder with FPGA Published Papers Chin Chye Koh and Sanjit K. Mitra, "Compression of Bayer Color Filter Array Data," IEEE Proceedings International Conference on Image Processing 2003 , vol 2, pp 255-258, September 2003. Chin Chye Koh, Jayanta Mukherjee, and Sanjit K. Mitra, "New efficient methods of image compression in digital cameras with color filter array," IEEE Transactions Consumer Electronics , vol. 49, No. 4, pp. 1448-1456, November 2003.

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