Omer Sholev
Followers: 0 Following: 0
Statistics
6 Questions
0 Answers
RANK
268,654
of 295,527
REPUTATION
0
CONTRIBUTIONS
6 Questions
0 Answers
ANSWER ACCEPTANCE
66.67%
VOTES RECEIVED
0
RANK
of 20,242
REPUTATION
N/A
AVERAGE RATING
0.00
CONTRIBUTIONS
0 Files
DOWNLOADS
0
ALL TIME DOWNLOADS
0
RANK
of 154,057
CONTRIBUTIONS
0 Problems
0 Solutions
SCORE
0
NUMBER OF BADGES
0
CONTRIBUTIONS
0 Posts
CONTRIBUTIONS
0 Public Channels
AVERAGE RATING
CONTRIBUTIONS
0 Highlights
AVERAGE NO. OF LIKES
Feeds
Question
When is it needed to incorporate frequency offset correction in lteDLPerfectChannelEstimate?
Hey, I have a few questions regarding the use of time and frequency offset in the function lteDLPerfectChannelEstimate. My ge...
6 years ago | 1 answer | 0
1
answerQuestion
Does lteDLPerfectChannelEstimate command in LTE toolbox yields the true channel response or just an estimate?
Does lteDLPerfectChannelEstimate command in LTE toolbox yields the true channel response or just an estimate?
6 years ago | 3 answers | 0
3
answersQuestion
Trying to select multiple sections in an array where the sections are separated by constant size
Let's say that I have an array of size 24, i.e arr=zeros(1,24). Now, let's say that I wan't to set indices [5,6,7,8] and [13,14...
6 years ago | 1 answer | 0
1
answerQuestion
Maintain colors when ploting during a loop using hold on.
Hey, so imtrying to plot 5 lines where each line new value (5 new 'y' axes values) are being calculated iterativly using a loop....
7 years ago | 1 answer | 0
1
answerQuestion
Given 2 vectors X,Y both of length N, How do I act on every single term in X with every single term in Y into a N by N matrix?
Just to make myself clear, assuming X = [1 2 3], Y = [1 2 3] and that I want to act with 'exp' I want to create a matrix Z = ...
8 years ago | 2 answers | 0
2
answersQuestion
Can't understand how to plot real part of Symbolic Function
I'm trying to plot a 3-d graph of the Real part of symbolic function. I have written the code: syms x real syms y real a...
8 years ago | 1 answer | 0