దూరదర్శన్లో చూడవచ్చు 23-8-23 17:50-18:15 లేక https://www.youtube.com/live/DLA_64yz8Ss?feature=share చంద్రయాన్ 3 

కామెంట్‌లు

కామెంట్‌ను పోస్ట్ చేయండి

దయచేసి మీ సలహాలను సూచనలను స్పష్టంగా పేర్కొనగలరు. plz see that ur comments are 'acceptable' in a value based society.

ఈ బ్లాగ్ నుండి ప్రసిద్ధ పోస్ట్‌లు

100_working code for conjugate gradient iterative algo for finding solution of Ax=b

%%100_working code for conjugate gradient iterative algo for finding %%solution of Ax=b, where A is symmetric Positive definite %%written by vikram bhayyA on 18-6-26 ~13:19-13:59 %%general clc clear all A=input( 'enter a Symmetric Positive Definite matrix:' ); %A=[4,1,1;1,3,-1;1,-1,3]; %has to be symmetric Positve definite [m,n]=size(A); n b=input( 'enter the output vector of size n,1:' ); %b=[6,3 3]'; %x0=zeros(n,1); x0=[1 -1 0]'; %x0=[0 0 0]' ; % initial guess %initialize r0=b-A*x0; %residual if norm(r0)<0.1 display( 'solution of Ax=b is:' ) x0 ...
మరింత చదవండి

100% working code for Steepest Descent iterative algo for finding solution of Ax=b

%%100_working code for Steepest Descent iterative algo for finding %%solution of Ax=b, where A is symmetric Positive definite %%written by vikram bhayyA on 18-6-26 ~14:37-14:42 %%general. clc clear all A=input( 'enter a Symmetric Positive Definite matrix:' ); %A=[4,1,1;1,3,-1;1,-1,3]; %has to be symmetric Positve definite [m,n]=size(A); n b=input( 'enter the output vector of size n,1:' ); %b=[6,3 3]'; %x0=zeros(n,1); x0=[1 -1 0]'; %x0=[0 0 0]' ; % initial guess %initialize r0=b-A*x0; %residual if norm(r0)<0.01 display( 'solution of Ax=b is' ) x0 else %p0=r0; %search direction k=1; while (k) alpha0=(r0'*r0)/(r0'*A*r0); %step size x1=x0+alpha0*r0; %update x1 r1=b-(A*x1)...
మరింత చదవండి
🌞  The *Department of Electronics and Communication Engineering, Megha Institute of Engineering and Technology for Women (MIETW), Hyderabad* is delighted to invite Faculty Members, Research Scholars, Students, and Industry Professionals to participate in the 🎓 *ONE WEEK ONLINE FACULTY DEVELOPMENT PROGRAMME (FDP)* *Advanced Semiconductor Technologies: Enabling AI-Driven, IoT-Connected, and Smart Manufacturing Solutions for Industry 5.0* *"Empowering Faculty with Next-Generation Semiconductor Knowledge for Smart Industries"* 📅 *Programme Dates:* 15th June 2026 – 19th June 2026 🕙  10:00 AM – 12:00 PM Online *Registration* FREE 📝 *Last Date for Registration:* 14th June 2026 🔗 *Registration Link:* https://docs.google.com/forms/d/e/1FAIpQLScs93Ajfdyj1uDj-OJXRv...
మరింత చదవండి