What does the following expression indicates?

1 visualizzazione (ultimi 30 giorni)
In my research work I came across the following representation:
Let B(m) be the transmitted symbols, B(m){-1,1}, for m=1,2,...,1000.
My query is what does above statement indicates.
As per my understanding it is indicating that B(m) have values either -1 or 1 and in total the B will be a vector of dimension 1 X 1000.
Please comment if my understanding is correct and please let me know the mistake if my understanding is wrong.
Any help in this regard will be highly appreciated.

Risposta accettata

Vinayak Agrawal
Vinayak Agrawal il 23 Giu 2023
Modificato: Vinayak Agrawal il 26 Giu 2023
Hi Charu,
Your understanding is correct. The given statement indicates that the transmitted symbols, denoted as B(m), take values of either -1 or 1. The range of m is from 1 to 1000, which implies that there are 1000 symbols in total.
Based on this information, you can infer that B(m) forms a vector of size 1x1000. Each element of the vector represents a transmitted symbol, and it can take the value of either -1 or 1.
To summarize, your understanding is accurate, and the vector B will have dimensions 1x1000, with each element representing a transmitted symbol that can be either -1 or 1.
Hope it helps Charu!
  3 Commenti
Vinayak Agrawal
Vinayak Agrawal il 23 Giu 2023
Without further information or constraints specified, the distribution of -1 and +1 values in the vector B can vary. It is possible to have an equal number of -1 and +1 values, but it is also possible to have an unequal distribution.
If there are no additional constraints or information provided regarding the distribution of -1 and +1 values, you cannot assume that the vector B will have an equal number of -1 and +1 values.
Hope it helps charu!
charu shree
charu shree il 23 Giu 2023
Once again thank u so much ....

Accedi per commentare.

Più risposte (0)

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by