Transcript
Sheet1Page 1 Contents 1332333334335226337338339331033113312331333 CERTIFICATE COURSE IN TI DSPsS.NoTHoursLHoursTotalHoursDSP Concepts: Signals and System, Sampling theory.Convolution, Correlation, DFT, FFT and their applications. DSP Processors – TMS 5416, FIXED POINTS : DSPProcessor manufacturers, Types: Fixed and Floating- point processors. Features of DSP Processor: SingleCycle execution, Parallel operation / Multifunction,Zero overhead looping and pipe line concept. Architecture : Harvard Architecture, Functional units,Internal Buses, Memory and on-chip peripherals.Register set for programming. Programming Concepts: Structure of tms320c5416Assembly Language program, Assembler Directives.ALU, MAC, Barrel Shifter operations,Memory access thorough DAG, Circular buffering, Bit-reversal. Programming Concepts: Number Formats WaveformGeneration using C. Programming Concepts Lab: Waveform Generationusing C. Float to Hex in C. Software tools : Assembler, Linker andSimulator.Basic program execution. DSP Lab (Sim) : Basic Programs – Addition,Subtraction, Multiplication. DSP Lab (Sim) : MAC, Shifting and Logicaloperations. DSP Lab (Sim): Branching, Looping, Conditionalchecking concepts. DSP Lab (Sim): Circular buffer addressing and Bit-reversal. DSP Lab (Sim): Lookup table value generation.Half wave& Full wave Rectifiers. DSPIK details : About DSP-Integrated Kit and itscommunication with PC.About SANDS IDE.BootingConcepts Sheet1Page 2 1433152216331722182219222033213322332333242225332633273328332933303331333210103366 Interfacing Concepts : Serial Interface – CODECParallel Interface – ADC/DAC DSP Lab (RT) Interrupt handling – IRQL0,IRQL1and IRQ2.Flag. Real-time programs About interrupts and its vector addresses.On-chip peripheral initializations and itsconfiguration registers.CODEC interfacing program.Half-wave & Full-wave rectification in real DSP Lab (RT ) CODEC Program execution DSP Lab (RT) Half wave Rectifier DSP Lab (RT ) Full wave Rectifier Implementation of Digital Filters Concept of DigitalFilters – FIR, IIR, Adaptive filter.Filter Design usingDFDP package.FIR and IIR in C &simulator.Implementation of FIR/IIR in real-time. Lab (Filter) : Filter Design using DFDP package.FIR and IIR in C Lab (Filter) FIR and IIR in simulator. Lab (Filter) Implementation of FIR/IIR in real-time. Transformation techniques. Concept of FFT &IFFT. Lab (FFT) Implementation of FFT & IFFT in C Lab (FFT) Implementation of FFT in simulator Lab (FFT) Implementation of FFT in simulator Lab (FFT) Implementation of IFFT in simulator Floating point DSP processor – TMS 6713 : Introduction to ADSP 21065L. Architecture,Functionalunits, Internal Buses, Memory and on-chip peripherals. Programming Concepts: Register set and Instructionset for programming. Introduction to visualdsp. Programming Concepts : Programming concepts, Number formats and Basic program execution. DSP Lab (Sim): Basic program execution Branching,Looping, Conditional checking concepts. Circular buffer addressing and Bit- reversal.Half wave& Full waveRectifiers. DSP Lab (Sim): FIR, IIR filter implementations insimulator FFT in simulator Sheet1Page 3 34333544363337553822 Allocation of hours: Theory = 48 hrsLab = 72 hrs DSPIK details: About DSP-Integrated Kit and itscommunication with PC .About SANDS IDE. Dsp lab(RT) Half-wave & Full-wave rectification inreal time. Real-time programming: About interrupts and itsvector addresses. On-chip peripheral initializations andits configuration registers.CODEC interfacing program. Dsp lab(RT) : Implementation of FFT and IFFT in real-time DSP Application as a mini project : Introduction toSpeech processing, Image processing andCommunication System.Total No.of hours = 120 hrs
