smd-ece.blogspot.com
Academic Section: EC 5102 (NEW)
http://smd-ece.blogspot.com/2010/11/ec-5102-new.html
Any thing written here has nothing got to do with the institute. All these things are purely UNOFFICIAL. Thursday, November 4, 2010. Review of discrete time systems, Linear and Circular Convolution, Correlation and Auto Correlation. Discrete Fourier transform- Its properties and applications, efficient computation of DFT- fast Fourier Transform algorithms, direct computation, divide-conquer approach, radix-2 FFT, Radix-4 FFT, divide in time and divide in frequency algorithms. Introduction to linear predi...
smd-ece.blogspot.com
Academic Section: EC 4003
http://smd-ece.blogspot.com/2012/01/ec-4003.html
Any thing written here has nothing got to do with the institute. All these things are purely UNOFFICIAL. Saturday, January 7, 2012. The 8051 micro controller: Evolution of microcontrollers, overview of the 8051 family. Assembly language programming: Arithmetic, logical, jump, loop, call instructions. Input/Output port programming: pin descriptions of the 8051, I/O programming; bit manipulation. Addressing modes: Immediate and register addressing modes; memory accessing. Timer/Counter programming.
swanirbhar.livejournal.com
swanirbhar - Profile
http://swanirbhar.livejournal.com/profile
Created on 7 November 2007 (#14201664). Last updated on 17 November 2013. Rama Krishna Mission Vidyalaya. Agartala, Tripura, India. I am presently a Lecturer in Dept. of Electronics and Communication Engg @ North Eastern Regional Institute of Science and Technology. Schooling @ St. Peters , Shillong followed by Rama Krishna Mission Vidyalaya finally in 1998 from where i completed my Xth. Http:/ www.orkut.com/Profile.aspx? Http:/ www.nerist.ac.in/deptt/electronics/faculty.html. Follow us on Facebook.
swanirbhar-majumder.blogspot.com
My Profile: 2014
http://swanirbhar-majumder.blogspot.com/2014/01/2014.html
Friday, January 10, 2014. Subjects Taught (Jan- May 2014):. Advanced Microprocessors ( EC 5201. Degree 1st year [3-0-6](38 students). Artificial Neural Networks (EC 6010) Degree 2nd year [3-0-0] (44 students). EC 3277 ) Diploma 1st year ME Lateral Students[0-0-0]. Audio System Design ( EC 2201. Base 2nd year [0-0-0] (Coordinator only) ( 33 students). Subjects Taught (Jul- Dec 2014):. Network Analysis and Synthesis( EC 5103. Degree 1st year[3-1-0] (36 students). Digital Signal Processing -II ( VL 7101.
swanirbhar-majumder.blogspot.com
My Profile: 2009
http://swanirbhar-majumder.blogspot.com/2009/01/2009_11.html
Sunday, January 11, 2009. Subjects Taught (Jan- May 2009):. Digital Image Processing ( IT 7011. MTech IT 1st year [3-0-0] (3 students). Artificial Intelligence and Neural Networks ( EC 6032. Degree 2nd year [3-1-0] (38 Students). Digital Image Processing ( EC 6041. Degree 2nd year [3-0-6] (38 Students). Subjects Taught (Jul- Dec 2009):. Digital Signal Processing ( EC5102. Degree 1st year [0-0-6](*Lab only CC Dr. A. Hussain). Microcontrollers and Embedded System Design ( EC 6024. Clubbed with IEEE NDLP (N...
swanirbhar-majumder.blogspot.com
My Profile: 2015
http://swanirbhar-majumder.blogspot.com/2014/12/2015.html
Wednesday, December 17, 2014. Subjects Taught (Jan- May 2015):. Advanced Microprocessors ( EC 5201. Degree 1st year [3-0-6](36 students). Microcontrollers and Embedded Systems (EC 6036) Degree 2nd year [3-0-0] (38 students). Audio System Design ( EC 2201. Base 2nd year [0-0-0] (Coordinator only) ( 33 students). Subjects Taught (Jul- Dec 2015):. EC 5102) Degree 1st year[3-0-6] (40 students). Digital Signal Processing -II ( VL 7101. MTech in VLSI 1st year [3-0-2] (15 students). Society (IMS), at Pisa, Italy.
nerist98.blogspot.com
DSP MATLAB programs: EC 6120 and EC 5102 Program Sheet
http://nerist98.blogspot.com/2011/10/ec-6120-and-ec-5102-program-sheet.html
MATLAB Programs as per Exercises. Saturday, October 22, 2011. EC 6120 and EC 5102 Program Sheet. Students are advised to submit the soft copy printed and bound hard copy to the co-ordinator on 8th November 2011. Click 2 get the soft copy of the program List. The lists are as under:. In case any data is missing you are free to take a valid assumption as long as you specify your assumption. Passband= Ap and Stopband=Ap. BSF= Band Stop Filter. IIRC-I=Chebyshev Type I IIR filter. FIRW= Window based FIR filter.
swanirbhar-majumder.blogspot.com
My Profile: 2011
http://swanirbhar-majumder.blogspot.com/2010/10/2011.html
Wednesday, October 27, 2010. Subjects Taught (Jan- May 2011):. Degree 1st year [3-0-6](36 1 students). Signals and Systems ( EC 4401. Degree Bridge 2nd year[3-1-0] (10 1 students). Signals and Systems ( EC 4203. Diploma 2nd year[0-0-0] (36 students). Audio System Engineering (. Base 2nd year[2-0-4](28 2 Students). Embedded Systems ( EC 7015. PhD Course work[0-0-0] (1 student). Subjects Taught (Jul- Dec 2011):. Embedded Systems ( EC 7015. PhD Course work[0-0-0] (1 student). Degree 2nd year [3-0-0]. Organi...
nerist98.blogspot.com
DSP MATLAB programs: FIR WINDOW based (different windows)
http://nerist98.blogspot.com/2011/10/lpf-clc-clear-close-all-samp2000.html
MATLAB Programs as per Exercises. Sunday, October 16, 2011. FIR WINDOW based (different windows). X=cos(2*pi*100*n) cos(2*pi*500*n) cos(2*pi*700*n);. W=window(@blackmanharris,N 1);% blackman harris window. Subplot 121, plot(1:N 1,w);. B = fir1(N, W, 'low',w);. H,o]=freqz(b,1,256);. Subplot 122, plot(o/pi, 20*log10(abs(h) );. Y=filter(b,1,x);. Subplot 211, plot(abs(fft(x) );. Subplot 212, plot(abs(fft(y) );. X=cos(2*pi*100*n) cos(2*pi*500*n) cos(2*pi*700*n);. W=window(@hanning,N 1); %Hanning window.
nerist98.blogspot.com
DSP MATLAB programs: FIR EQIRIPPLE (OPTIMAL METHOD)
http://nerist98.blogspot.com/2011/10/fir-eqiripple-optimal-method.html
MATLAB Programs as per Exercises. Sunday, October 16, 2011. FIR EQIRIPPLE (OPTIMAL METHOD). X=cos(2*pi*100*n) cos(2*pi*500*n) cos(2*pi*700*n);. N,fo,mo,w] = firpmord( [300 400], [1 0], [dp ds], samp );. B = firpm(n,fo,mo,w);. H,o]=freqz(b,1,256);. Plot(o/pi, 20*log10(abs(h) );. Y=filter(b,1,x);. Subplot 211, plot(abs(fft(x) );. Subplot 212, plot(abs(fft(y) );. X=cos(2*pi*100*n) cos(2*pi*500*n) cos(2*pi*700*n);. N,fo,mo,w] = firpmord( [300 400], [0 1], [ds dp], samp );. B = firpm(n,fo,mo,w);.
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