145 lines
1.9 KiB
TeX
145 lines
1.9 KiB
TeX
\DeclareAcroEnding{gerund}{}{ing}
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% For more info on custom endings see https://tex.stackexchange.com/a/268225
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\NewAcroCommand\acg{m}{\acrogerund\UseAcroTemplate{first}{#1}}
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\NewAcroCommand\acsg{m}{\acrogerund\UseAcroTemplate{short}{#1}}
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\NewAcroCommand\aclg{m}{\acrogerund\UseAcroTemplate{long}{#1}}
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%
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% A
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%
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\DeclareAcronym{AWGN}{
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short = AWGN,
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long = additive white Gaussian noise
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}
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\DeclareAcronym{ADMM}{
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short = ADMM,
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long = alternating direction method of multipliers
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}
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%
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% B
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%
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\DeclareAcronym{BER}{
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short = BER,
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long = bit error rate
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}
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\DeclareAcronym{BP}{
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short = BP,
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long = belief propagation
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}
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\DeclareAcronym{BPSK}{
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short = BPSK,
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long = binary phase-shift keying
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}
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%
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% C
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%
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\DeclareAcronym{CN}{
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short = CN,
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long = check node
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}
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%
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% F
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%
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\DeclareAcronym{FER}{
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short = FER,
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long = frame error rate
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}
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%
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% M
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%
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\DeclareAcronym{MAP}{
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short = MAP,
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long = maximum a posteriori
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}
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\DeclareAcronym{ML}{
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short = ML,
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long = maximum likelihood
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}
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\DeclareAcronym{MIMO} {
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short = MIMO,
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long = multiple-input multiple-output
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}
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%
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% I
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%
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\DeclareAcronym{ILP} {
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short = ILP,
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long = integer linear program
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}
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%
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% L
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%
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\DeclareAcronym{LCLP}{
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short = LCLP,
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long = linear code linear program
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}
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\DeclareAcronym{LDPC}{
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short = LDPC,
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long = low-density parity-check
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}
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\DeclareAcronym{LLR}{
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short = LLR,
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long = log-likelihood ratio
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}
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\DeclareAcronym{LP}{
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short = LP,
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long = linear programming,
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% long-gerund-form = linear programming
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}
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%
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% P
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%
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\DeclareAcronym{PDF}{
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short = PDF,
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long = probability density function
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}
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\DeclareAcronym{PMF}{
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short = PMF,
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long = probability mass function
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}
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%
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%S
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%
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\DeclareAcronym{SNR}{
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short = SNR,
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long = signal-to-noise ratio
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}
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%
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% V
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%
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\DeclareAcronym{VN}{
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short = VN,
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long = variable node
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}
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