Your roadmap · आपका रोडमैप
- 1
Admission & first meetingप्रवेश और पहली मुलाकातEnquire at your nearest NDSS centre, meet the teacher, fix the batch time and get your study material.
- 2
Work planकार्य योजनाStep by step with your guide / trainer.
Experiments 1: Signals, Convolution and CorrelationExperiments 2: DFT, IDFT and FFTExperiments 3: FIR Filter DesignExperiments 4: IIR Filter DesignExperiments 5: DSP Processor Kit
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File, report & vivaफ़ाइल, रिपोर्ट और वाइवाPractical file / report checked, mock viva before the final one.
- 4
Online tests & resultऑनलाइन टेस्ट और रिज़ल्टTake the tests online; your marks and result show in your student login and at the centre.
सिलेबस · पाठ्यक्रम
1 subject · 5 chapters · 16 topics
01Experiments 1: Signals, Convolution and Correlation
4 टॉपिक+
- Generation of unit impulse, step, ramp, exponential and sinusoidal sequences
- Linear convolution using conv()
- Circular convolution
- Auto and cross correlation
02Experiments 2: DFT, IDFT and FFT
3 टॉपिक+
- N-point DFT and IDFT using formula
- FFT using fft() and comparison of computation time
- Spectrum of a sum of sinusoids
03Experiments 3: FIR Filter Design
3 टॉपिक+
- Low-pass FIR filter using rectangular, Hamming and Hanning windows
- High-pass and band-pass FIR filters
- Linear phase property
04Experiments 4: IIR Filter Design
3 टॉपिक+
- Butterworth low-pass filter by bilinear transformation
- Chebyshev type-I filter
- Comparison of FIR and IIR responses
05Experiments 5: DSP Processor Kit
3 टॉपिक+
- Architecture of TMS320C67xx kit and Code Composer Studio
- Linear convolution on the DSP kit
- Real-time filtering of an audio signal
About this course
आप यह कर पाएँगे
- Generate standard discrete-time signals and perform convolution and correlation in MATLAB
- Compute the DFT / IDFT and FFT of sequences and plot magnitude and phase spectra
- Design FIR filters by the window method and plot their frequency response
- Design Butterworth and Chebyshev IIR filters using bilinear transformation
- Run simple programs (MAC, convolution, filtering) on a DSP processor kit
यह किसके लिए है
- B.Tech Electronics & Communication Engineering students of Semester 6 (AKTU)
- Students who need MATLAB practice for DSP practical exams and projects
आपको क्या चाहिए
- Digital Signal Processing theory (taught in the same semester)
- Basic MATLAB / Octave commands
Online tests & result
Practice and unit tests online; marks and result show in your student login and at the centre.
Student login →
सवाल
Which syllabus does the Digital Signal Processing Lab course follow?
It follows the current AKTU B.Tech (ECE) scheme, Semester 6. If your university or college uses a different scheme, the centre follows your own university syllabus.
Do you cover numericals and previous year questions?
Yes. Each unit is taught with solved numericals and AKTU previous-year questions.
Is MATLAB compulsory?
MATLAB is preferred; Octave or Scilab may be used for practice where MATLAB is not available.
