2006
Digital
Receiver Design: Basics
of Software Radio: Part 3
Digital
Receiver Design: Basics of Software Radio: Part 2
Digital
Receiver Design: Basics of Software Radio: Part 1
DSP
power-management techniques help achieve faster design cycles
Interfacing
processors to audio and video devices
Optimizing
Compilers and Embedded DSP Software
Fixed-Point
DSP and Algorithm Implementation
Video
processing approaches for a portable multimedia SoC
DSP
video processing via open-source APIs
Hit
performance goals with configurable processors
Optimizing
Power Consumption in Embedded DSP Apps: Part 2
How
to optimize power consumption in embedded DSP applications, part 1
Interfacing
processors to audio and video devices
Fit
the hardware to the algorithm with SystemC models
Optimize
performance and power with dynamic power management
How
to optimize H.264 video decode on a digital baseband processor
DSP
video processing via open-sourceAPIs
Analyze
DSP designs in FPGAs with the z-transform
Using
model-based design for video processing
Unite
algorithm and hardware design flows
Encoding
JPEG2000 using both DSP and FPGA
Using
Embedded-C for high performance DSP programming
Deploying
Simulink designs on your DSP
Encoding
JPEG2000 using both DSP and FPGA
Harnessing
parallelism from video-processing DSPs, part 2
Harnessing
parallelism from video-processing DSPs, part 1
Complex
DSP system modeling made easy
Using
simulation software to simplify DSP-based Electro-Hydraulic Servo
Actuator Designs: Part 3
Using
simulation software to simplify DSP-based Electro-Hydraulic Servo
Actuator Designs: Part 2
Using
simulation software to simplify DSP-based Electro-Hydraulic Servo
Actuator Designs: Part 3
Designing
control circuits for FPGA-based DSP systems
Leverage
DSP-enhanced RISC cores for low-cost, power efficient, single-processor
VoIP designs
Convergent
processors solve development challenges
Video
encoding, SoC development, and TI's DSP architecture
Using
DSP technology to optimise speech recognition performance
How
to combine FPGAs and DSPs to get the best base station performance
Video
and image processing design using FPGAs
Optimizing
power consumption in embedded DSP designs
uClinux
on the Blackfin DSP Architecture: Part 3
uClinux
on the Blackfin DSP Architecture: Part 2
uClinux
on the Blackfin DSP Architecture: Part 1
Platform
FPGA design for high-performance DSPs
Using
a multicore RTOS for DSP applications
Thread
versus task management in a dual mode DSP/RISC RTOS environment
Developing
DSP code on converged hybrid DSP/RISC cores
DSPs
take on next generation automotive audio processing
Optimizing
DSP functions in advanced FPGA architectures
Accelerating
complex audio DSP algorithms with audio-enhanced DMA
Maximizing
DSP, embedded CPU performance in FPGA designs
2005
Back
to the basics: Picking the right RTOS for a hybrid RISC/DSP core
Application
development in a converged DSP/RISC environment
Platform
FPGA design for high-performance DSPs
Architecting
the right FPGA solution for your DSP design
Implementing
DSP Functions Within FPGAs
Optimize
performance and power consumption with DSP hardware, software
Tutorial:
Using high precision complex-valued arithmetic in audio DSP applications
Architecting
the right FPGA solution for your DSP design
Back
to the Basics: Ensuring efficient DSP power management
Using
algorithmic synthesis tools to simplify DSP design on FPGAs
We will regularly be reporting on all aspects of this important
trend
on Embedded.com
in the form of news, features, product stories, columns, commentary,
in-depth technical and how-to articles.
We welcome your participation and would like to hear from you. If you
are a developer, let us know what problems you are facing and the
solutions you are considering. If you are a hardware or software
vendor, we want to know what you have got in terms of building blocks
and tools, how they work and how to use them.
We also want to know what kind of information you need and what kind
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Call me at 602-288-7257 or email me at
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