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Cec337 Set 1

The document outlines various programming tasks using the TMS320C6748 DSP kit, including generating sinusoidal and square waveforms, calculating efficient dot products, and implementing factorial functions via C and assembly. It also includes the design and implementation of filters such as moving average, FIR, and IIR, as well as FFT for real-time input signals. Each task is associated with specific points, indicating their complexity and importance.

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113 views2 pages

Cec337 Set 1

The document outlines various programming tasks using the TMS320C6748 DSP kit, including generating sinusoidal and square waveforms, calculating efficient dot products, and implementing factorial functions via C and assembly. It also includes the design and implementation of filters such as moving average, FIR, and IIR, as well as FFT for real-time input signals. Each task is associated with specific points, indicating their complexity and importance.

Uploaded by

ids0a0b7
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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1 Generate the sinusoidal waveform using TMS320C67XX DSP Processor.

(100)

(i) Write C program for calculate the efficient dot product using TMS320C6748 DSP
kit. (50)
2
(ii) Write C program to find the factorial of 4 using C calling an assembly function
using TMS320C6748 DSP kit. (50)

(i) Write C program for calculate the efficient dot product using TMS320C6748 DSP
kit. (50)
3
(ii) Write C program to find the factorial of 4 using C calling an linear assembly
function using TMS320C6748 DSP kit. (50)

(i) Write C program to find the factorial of 5 using C calling an assembly function
using TMS320C6748 DSP kit. (50)
4
(ii) Write C program to find the factorial of 5 using C calling an linear assembly
function using TMS320C6748 DSP kit. (50)

5 Design and implement the moving average filter using TMS320C6748 DSP kit. (100)

Design and implement the FFT (Fast Fourier Transform) of a real-time input signal
6
using the TMS320C6748 DSP kit (100)

Design the fixed point implementation of IIR filter using TMS320C6748 DSP kit.
7
(100)

Write a C program for implementation of FIR filter with a pseudorandom noise


8
sequence as input to a filter using TMS320C6748 DSP kit. (100)

Generate the sinusoidal waveform for 5KHz using TMS320C67XX DSP Processor.
9
(100)

(i) Write C program for calculate the efficient dot product using TMS320C6748 DSP
kit. (50)
10
(ii) Write C program to find the factorial of 5 using C calling an assembly function
using TMS320C6748 DSP kit. (50)

(i) Write C program for calculate the efficient dot product using TMS320C6748 DSP
kit. (50)
11
(ii) Write C program to find the factorial of 5 using C calling an linear assembly
function using TMS320C6748 DSP kit. (50)

(i) Write C program to find the factorial of 4 using C calling an assembly function
using TMS320C6748 DSP kit. (50)
12
(ii) Write C program to find the factorial of 4 using C calling an linear assembly
function using TMS320C6748 DSP kit. (50)

Write a C program for fixed point implementation of IIR filter using TMS320C6748
13
DSP kit. (100)
Write the C program for implement the moving average filter using TMS320C6748
14
DSP kit. (100)

15 Generate the square waveform using TMS320C67XX DSP Processor. (100)

Write a C program for implementation of FIR filter with a pseudorandom noise


16
sequence as input to a filter using TMS320C6748 DSP kit. (100)

17 Generate the square waveform for 1KHz using TMS320C67XX DSP Processor. (100)

INTERNAL EXAMINER EXTERNAL EXAMINER

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