|
Digital Signal Processing (DSP) microcomputers are used in
Embedded Control Systems when high speed control is required. DSP
devices are used in a wide variety of telecommunication, high
speed control and instrumentation, graphics and image processing,
and numeric processing applications.
Typical DSP Applications
| General Purpose DSP |
Instrumentation |
Control |
| Digital Filtering |
Function Generation |
Engine Control |
| Correlation |
Pattern Matching |
Motor Control |
| Hilbert Transforms |
Transient Analysis |
Servo Control |
| Fast Fourier Transforms |
Digital Filtering |
Robot Control |
| Adaptive Filtering |
Phase-Locked Loops |
Disk Control |
| Waveform Generation |
Spectrum Analysis |
|
| |
|
|
| Graphics/Imaging |
Voice/Speech |
Automotive |
| Pattern Recognition |
Speech Vocoding |
Engine Control |
| Image Enhancement |
Speech Enhancement |
Global Positioning |
| Animation |
Speech Synthesis |
Adaptive Ride Control |
| 3-D Rotation |
Text-to-Speech |
Vibration Analysis |
| Compression |
Voice verification |
Voice commands |
| Image Transmission |
Speech Recognition |
Navigation |
| |
|
|
| Telecommunications |
Industrial |
Medical |
| Adaptive Filtering |
Robotics |
Patient Monitoring |
| X.25 Packet Switching |
Numeric Control |
Ultrasound Equipment |
| DTMF Encode/Decode |
Security Access |
Fetal Monitors |
| Echo Cancellation |
Power Line Monitors |
Diagnostic Tools |
| Adaptive Equalizers |
Remote Data Collection |
Prosthetics |
| Data Encryption |
Remote Monitoring |
|
| Spread Spectrum |
|
|
| Line Repeaters |
|
|
| Channel Multiplexing |
|
|
| Digital Speech |
|
|
| High Speed Modems |
|
|
Key Benefits
 | High Speed Data Processing |
| Fast data analysis and mathematical
processing |
| Wide variety of device types, fixed-point
and floating-point DSP, speed versions, RAM and ROM
options |
| Flexible programming in either C, C#, C++, Assembly or Visual
Basic languages. |
Capabilities
- DSP Design Flexibility
- We offer a wide variety of system designs using many of
the popular DSP devices. We typically become involved
with DSP software design in C or Assembly language.
Differing needs may require fixed-point, floating-point,
on-chip EPROM, serial and/or parallel ports, DMA
capability, and PGA, PLCC or CER-QUAD package types.
-
- Software Design
- We can design, program, test, and validate the system
software using industry standard compilers, assemblers,
and debug/test tools. Our design engineers are fluent in
C, C++, and Assembly languages.
- Designs requiring time-critical high speed response can
be written and optimized in Assembly language. Assembly
language has the advantage of high speed operation, but
is more complex to write and maintain than C. Typical
designs can be written using C and compiled with a
variety of industry standard compilers made for DSP
devices. The C language offers complex processing,
mathematical and boolean functions while allowing
"high-level" code design of the software.
dsp links on the web
For Further information on Digital Signal Processing,
browse the following DSP links:
|
|
 |
