Skip to main content\(\newcommand{\powerset}[1]{\mathcal{P}(#1)}
\def\domain{\operatorname{dom}}
\def\codomain{\operatorname{cod}}
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\newcommand{\baddn} {\mathrel{+_n}}
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\newcommand{\bsll} {\mathrel{\ll}}
\newcommand{\bsrl} {\mathrel{\gg}}
\newcommand{\bsra} {\mathrel{\overset s\gg}}
\newcommand{\bconcat} {\,}
\newcommand{\bseqq} [2] {{#1}_{#2}\dots {#1}_0}
\newcommand{\bseq} [2] {{#1}_{#2-1}\dots {#1}_0}
\newcommand{\bsintp} [1] {[#1]}
\newcommand{\buintp} [1] {\langle #1\rangle}
\newcommand{\buintpb}[2] {\buintp{#1}_{#2}}
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\def\LExpr{\mathit{LExpr}}
\def\ExprS{\mathit{ExprS}}
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\def\Conf{\mathit{Conf}}
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\newcommand{\CWhile}[2]{\mathtt{while}\,(#1)\,#2}
\newcommand{\CWhileInv}[3]{\mathtt{while}\,(#1)\,\mathtt{\_Inv}(#3)\,#2}
\newcommand{\CBlock}[1]{\{#1\}}
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\newcommand{\codeL}[3]{\codeE{codeL}{\mathit{offs}}{#1}{#2}{#3}}
\newcommand{\codeSO}[3]{\mathit{codeS}\enspace #1\enspace #2 = #3}
\newcommand{\codeS}[2]{\mathit{codeS}\enspace \mathit{offs}\enspace #1 = #2}
\newcommand{\codePO}[3]{\mathit{codeP}\enspace #1\enspace #2 = #3}
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\newcommand{\mreg}[1]{\mathtt{\$#1}}
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\def\rsls{r_1\lcc r_2\lcc rs}
\def\rlist{r\lcc{rs}}
\ifdefined\isLatex
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\def\adrg{\female}
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\def\adrb{\unicode{x2b20}}
\def\adrc{\unicode{x25c7}}
\def\adrd{\unicode{x25bd}}
\def\adre{\unicode{x2605}}
\def\adrf{\unicode{x2642}}
\def\adrg{\unicode{x2640}}
\def\Lightning{\unicode{x21af}}
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\)
Appendix D List of Symbols
| Symbol |
Description |
Location |
| \(\baddn\) |
lower \(n\) bits of binary addition |
Paragraph |
| \(\bsubn\) |
lower \(n\) bits of binary subtraction |
Paragraph |
| \(a\equiv b\mod n\) |
\(a\) equivalent \(b\) modulo \(n\text{:}\)
\(\exists z\in\mathbb Z.\,a-b=z\cdot n\)
|
Paragraph |
| \(\CConcat p{p'}\) |
Concatenation of two C0 programs. |
Definition 6.3.4 |
| \(\domain f\) |
The domain (preimage) \(X\) of a function \(f:X\to Y\)
|
Paragraph |
| \(\funimage f\) |
The image of a function \(f:X\to Y\text{:}\) \(\{f(x)\mid x\in X\}\)
|
Paragraph |
| \(f|_X\) |
Function \(f\) restricted to domain \(X\)
|
Paragraph |
| \(Q[e/x]\) |
\(e\) replaces \(x\) in \(Q\)
|
Paragraphs |
