DSP - Digital Signal Processing - Blogs
Christopher Felton's current favorite projects are implementing
DSP digital circuits with
MyHDL for
FPGAs. More information @
LinkedIn.
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Python scipy.signal IIR Filtering: An Example |
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Python scipy.signal IIR Filter Design Cont. |
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Python scipy.signal IIR Filter Design |
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Curse you, iPython Notebook! |
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scipy.signal calling all developers |
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Richard (Rick) Lyons is a consulting Systems Engineer and lecturer with Besser Associates in Mountain View, California. He is the author of "
Understanding Digital Signal Processing 2/E" (Prentice-Hall, 2004), and Editor of, and contributor to, "
Streamlining Digital Signal Processing, A Tricks of the Trade Guidebook" (IEEE Press/Wiley, 2007). He is also an Associate Editor for the IEEE Signal Processing Magazine.
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A Quadrature Signals Tutorial: Complex, But Not Complicated |
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Beat Notes: An Interesting Observation |
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Using the DFT as a Filter: Correcting a Misconception |
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The Little Fruit Market |
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Coupled-Form 2nd-Order IIR Resonators: A Contradiction Resolved |
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Kyle Kastner is an engineer at Southwest Research Institute, and a graduate student at the University of Texas - San Antonio. His research interests include statistical signal processing, machine learning, and acoustics. He also enjoys playing music in his spare moments.
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Polyphase Filters and Filterbanks |
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Eric Jacobsen is CEO/CTO of Anchor Hill Communications, providing consulting, engineering services and solutions for digital communication systems. His work includes R&D on signal processing algorithms, architectures, and systems at Abineau Communications, Intel's Radio Communications Laboratory, EFData/California Microwave, Honeywell, and Goodyear Aerospace, among others. He spent a lot of time in IEEE 802 standards learning schmoozing, politics, and Robert's Rules of Order.
http://www.anchorhill.com
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Frequency-Domain Periodicity and the Discrete Fourier Transform |
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Time-Domain Periodicity and the Discrete Fourier Transform |
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Understanding and Relating Eb/No, SNR, and other Power Efficiency Metrics |
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Some Observations on Comparing Efficiency in Communication Systems |
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Frequency Dependence in Free Space Propagation |
Comments (4) | 2 More blog posts by Eric Jacobsen
Manuel has a degree in Electronic Engineering at the University of LaSalle Bajio in Mexico. He has participated in research projects in image analysis algorithms for the Advanced Research in Technology Center. He was honored as a member of the University’s Academy of Mathematics, contributing in algorithms and analysis of AC circuits.
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Implementing a full-duplex UART using the TMS320VC33 serial port |
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Gabriel Rivas received a BSc in Electrical Engineering at the Technological University of Panama, republic of Panama in 2006. He has worked as embedded software engineer for about 5 years. As a hobby musician he enjoys doing DSP for audio processing.
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How to build a test environment for audio DSP code in C using GNU/Linux |
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David studies in the Instituto Politécnico Nacional (IPN) at México, with a major in Telematics. Interests in signal transmission, telecommunications, encryption and networking.
He has worked in several areas, including fuzzy control, signal processing, digital communications, etc.
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Discrete Wavelet Transform Filter Bank Implementation (part 2) |
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Discrete Wavelet Transform Filter Bank Implementation (part 1) |
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Personal presentation and greetings |
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Digital intermediate frequency process,multirate signal processing for communication systems especially repeater. He is a fan of Rick Lyons.
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Half-band filter on Xilinx FPGA |
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Julius Smith's background is in electrical engineering (BS Rice 1975, PhD Stanford 1983). He is presently Professor of Music and Associate Professor (by courtesy) of Electrical Engineering at
Stanford's Center for Computer Research in Music and Acoustics (CCRMA), teaching courses and pursuing research related to signal processing applied to music and audio systems. See
http://ccrma.stanford.edu/~jos/ for details.
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Fitting Filters to Measured Amplitude Response Data Using invfreqz in Matlab |
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Music/Audio Signal Processing |
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Seth is a DSP engineer/technical writer with interest in DSP for the arts. He graduated with an MS in Electrical Engineering from Arizona State University (signal processing emphasis), and earned a BS in Audio Engineering from the University of Miami. He is currently enjoying freelancing and having time to blog.
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Accelerating Matlab DSP Code on the GPU |
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Googling: a now-required skill |
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Shehrzad Qureshi is an experienced DSP consultant who has worked in the defense, medical imaging, life sciences, & telecommunications industries. He is the author of
Embedded Image Processing on the TMS320C6000 DSP (Springer, 2005) and the inventor or co-inventor on multiple patents spanning a gamut of technical fields. More information can be found at
www.squreshi.com.
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OpenCV for DSP/GPU, MSDN equivalent for CCS, and more |
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Random GPGPU Musings |
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GPGPU DSP |
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Anthony is an Algorithms Engineer in the Diagnostic Cardiology department at GE Healthcare. He graduated with a Masters in Computing with a concentration in Artificial Intelligence from Marquette University in 2006. He has 17 years of experience in creating software that simplifies people's lives, and he has been working in algorithm research and development for the past four years.
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Unit Testing for Embedded Algorithms |
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Dr Sundararajan holds a Ph.D degree in Electrical Engineering from Concordia
University, Montreal, Canada. He is the author of
several DSP books and a dsp consultant. He jointly holds a U.S, a Canadian, and a British patent on DFT algorithms.
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On the History of the DFT (fft) Algorithms |
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Peter Kootsookos has worked in a mixture of academic research and commercial interests in Australia, Ireland, and the United States. His DSP interests are in estimation, filtering and extraction of information from images and video.
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Deesspee #5 |
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The Nature of Circles |
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Correlation without pre-whitening is often misleading |
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Andor Bariska works as researcher, project manager and consultant on
Technical Systems and Signal Processing at the
Institute of Data
Analysis and Process Design of the Zurich
University of Applied Sciences. He is experienced in algorithm
development for signal processing systems and successfully completing
advanced software and research projects.
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Time Machine, Anyone? |
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Steve Smith specializes in developing novel imaging systems for medical, security, and industrial applications. His interests include: digital signal processing, analog electronics, x-ray physics and sensory systems. Dr. Smith is the author of "
The Scientist and Engineer's Guide to Digital Signal Processing," freely distributed over the internet in electronic form. For the last ten years he has been the president and technical director of
Spectrum San Diego, Inc., a research and development group specializing in imaging and instrumentation systems.
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Benford's law solved with DSP |
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Waveforms that are their own Fourier Transform |
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An Interesting Fourier Transform - 1/f Noise |
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Tim Wescott is the owner of Wescott Design Services. He specializes in pragmatic methods to apply control theory to embedded systems projects. Mr. Wescott teaches and consults in the area of control systems, with occasional digressions into communications systems. He is the author of
Applied Control Theory for Embedded Systems, plus numerous magazine and
on-line articles.
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Of Forests and Trees and DSP |
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Parth is an Electrical Engineer at Naval Research Lab in Washington DC. He graduated with a Masters in Electrical Engineering with a concentration in DSP from University of Maryland. He has been working in the field of communications, networks and signal processing for the last 5 years.
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Instantaneous Frequency Measurement |
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Modelling a Noisy Communication Signal in MATLAB for the Analog to Digital Conversion Process |
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Hello and Introduction |
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Praveen is a PhD researcher at
IMEC vzw in Belgium. He is also a PhD
candidate at KULeuven in Electrical Engineering, Belgium. He works in
the area of digital signal processor design for low power Software
Defined Radio. He received his master in Electrical Engineering from
Arizona State University, USA and before which he received his
Bachelors in Electrical Engineering from REC, Trichy, India.
Praveen's interests include processor design, compilers for DSP, low
power, system design. |
Personal website
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SDR: Does it makes sense? Part 1/2 |
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TI goes the Open Source way! |
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ES Week Emphasis on Component Based Design |
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Software Defined Radio at SAMOS |
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Prabindh Sundareson is a Senior Design Engineer with the Portable Audio & Video Group, at Texas Instruments, Bangalore. He is the current secretary of the IEEE Signal Processing Society, Bangalore Chapter. He holds 3 patents, and has several pending at the USPTO. He holds a Masters degree in Electronics from Indian Institute of Science. His interests lie in Audio compression algorithms, Signal transforms, Content classification, and security in embedded systems. In his free time, he tends to read Patent Law.
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Components in Audio recognition - Part 1 |
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Mike has over 30 years of direct involement with embedded systems like communication controllers, mainframe and minicomputer peripheral controllers, custom minicomputers, microcontrollers and DSPs. His role in these systems has included hardware, microcode, firmware, and software for companies ranging in size from startups to Fortune 500. Mike also enjoys sharing his knowledge and experience with others.
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Resolving 'Can't initialize target CPU' on TI C6000 DSPs - Part 2 |
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Resolving 'Can't initialize target CPU' on TI C6000 DSPs - Part 1 |
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Embedded TMS320C6000 Information Kick Off |
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Jeff's engineering management and design experience includes products and systems in the areas of communications, oil exploration, defense electronics, space exploration, telecom, control systems, acoustic/audio algorithms, and industrial automation. He is a system architect and designer, as well as expert at software, hardware, and logic design, and a range of programming languages and operating systems. Jeff is president & CEO of
Signalogic.
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TI DSP Predictions |
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The Freshers Interview Guide |
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