Advanced TigerSHARC TS20x Workshop

This workshop has been designed for DSP programmers who need to develop, test and deliver portable C code for systems based on SHARC & TigerSHARC DSP processors.

VisualDSP is used throughout the course to enforce the understanding and implementation of SHARC DSP algorithms. Hands-on examples constitute the major part of this course. It offers techniques to filter signals and FFT the signals.

The TigerSHARC is a blend of proven architectures such as VLIW, RISC and DSP that supports internal and external parallelism to deliver execution speed that required by high performance applications. Click here for Schedule.

Book a Workshop?

Our Workshops are Excellent Value for money

*Fully Sponsored by Analog Devices Inc.: Therefore, you are eligible to 50% discount on the development kits

*Does Not End by three days: You may email us or phone us to discuss your further and practical programming or hardware problems... for months to come

*Location, timing and cost that suits you and your company: Contact us for further details

*Backed by experience since 1990: Regent Technology were the only ADI training center in UK and Europe since 1990, enriched with experience in assembly, C & C++ and hardware implementation

*The price covers: Lunches, refreshments, set of notes, CD and goodies!

Objectives

You will be familiar with the compiler, kernel (VDK), and Component Software Engineering (VCSE). You will able to solve a particular problem for Digital Signal Processing and simulate a developed code in short development cycle. 

Workshop Outline: (See course syllabus for detailed coverage of the training programme)
  • Overview
  • A simple example of compile/ link / simulate
  • Command-line interface
  • Compiler Language Extensions
  • Some Support Keywords: Inline Functions (inline), Inline Assembly Language (asm), Dual Memory Support Keywords (pm dm), etc.
  • Built-In Functions
  • Access to system registers
  • Circular Buffer
  • Supported Pragmas
  • Saturated Arithmetic
  • Preprocessor Features
  • Run-Time Model and Environment
  • C and Assembly Interface
  • Run Time Library
  • Using Built-in Functions
  • DSP Run-Time Library Guide
  • Calling DSP Library Functions
  • Linking DSP Library Functions
  • Working with Library Source Code
  • DSP Header Files
  • TS201.h
  • TS DSP Functions: DSP Filters (filters.h), Fast Fourier Transforms (trans.h), etc.
  • Kernel VDK
  • Component Software Engineering (VCSE)
Note: The Workshop Outline is subject to change without prior notification
©2006 Regent Technology