MATLAB: How to subscript/superscript a Symbol::accentDot(m) or Symbol(“nu”)

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Trying to get m(dot)_1, m(dot)_2… and nu_1, nu_2…

Best Answer

Symbol::accentDot is for use only in MuPAD. It is not possible to create MATLAB identifiers that have special symbols in their name. It is, however, possible to use

mdot_1 = sym('Symbol::subscript(Symbol::accentDot(m),1)');

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MATLAB: How to get multiple Greek subscript symbols in the symbolic expression

This can be done by using the . (dot) operator or __CONCAT function in the MuPAD Notebook interface or by using the delimiters for greek symbols as outlined in the following examples:

Option 1 - Using the . (dot) operator:

K_delta_h := Symbol::subScript(K, Symbol::Delta . Symbol::Omega)

Option 2 - Using the __CONCAT operator:

K_delta_h := Symbol::subScript(K, _concat(Symbol::Delta, Symbol::Omega))

Option 3 - Using symbol delimiters:

K_delta_omega := Symbol::subScript(K, `ΔΩ`)

MATLAB: Symbol rate

If the number of bits per symbol is constant, then I already showed you the formula. You deleted my answer, however -- why did you do that?

1000 bits per second, divided by (N bits per symbol) gives how many symbols per second?

If different symbols have different numbers of bits, then you can only speak about the average number of symbols per second. You would either have to have a measured average, or you would have to have a known probability distribution for each symbol. Multiply the number of bits for any one symbol by its probability, sum over all the symbols to get the statistical average bits per symbol, and then proceed as per the above outline.

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MATLAB: How to get multiple Greek subscript symbols in the symbolic expression

MATLAB: Symbol rate

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