Standard Unicode symbols for logic operations
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There are these logic gates symbols, but I am looking for the more low-level math-like symbols such as those found here, but for all the logic operations. There doesn't seem to be a central place for them, but these seem close.
I would like to know if from your perspective those are the standard symbols, or if there are others.
AND ∧
OR ∨
XOR ⊻
XNOR ↔
NAND ↑
NOR ↓
NOT ¬
These are the only two that seem standard:
AND ∧
OR ∨
I'm not sure about the other ones, if there is a preferred set of symbols, or ones that are used most often in papers and the like.
logic notation
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add a comment |
$begingroup$
There are these logic gates symbols, but I am looking for the more low-level math-like symbols such as those found here, but for all the logic operations. There doesn't seem to be a central place for them, but these seem close.
I would like to know if from your perspective those are the standard symbols, or if there are others.
AND ∧
OR ∨
XOR ⊻
XNOR ↔
NAND ↑
NOR ↓
NOT ¬
These are the only two that seem standard:
AND ∧
OR ∨
I'm not sure about the other ones, if there is a preferred set of symbols, or ones that are used most often in papers and the like.
logic notation
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They are all standard, and easily invoked in $LaTeX$.
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– David G. Stork
Jan 11 at 6:19
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The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
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– DanielV
Jan 11 at 13:07
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Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
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– Deusovi
Jan 11 at 17:59
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
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– Rob Arthan
Jan 14 at 16:34
add a comment |
$begingroup$
There are these logic gates symbols, but I am looking for the more low-level math-like symbols such as those found here, but for all the logic operations. There doesn't seem to be a central place for them, but these seem close.
I would like to know if from your perspective those are the standard symbols, or if there are others.
AND ∧
OR ∨
XOR ⊻
XNOR ↔
NAND ↑
NOR ↓
NOT ¬
These are the only two that seem standard:
AND ∧
OR ∨
I'm not sure about the other ones, if there is a preferred set of symbols, or ones that are used most often in papers and the like.
logic notation
$endgroup$
There are these logic gates symbols, but I am looking for the more low-level math-like symbols such as those found here, but for all the logic operations. There doesn't seem to be a central place for them, but these seem close.
I would like to know if from your perspective those are the standard symbols, or if there are others.
AND ∧
OR ∨
XOR ⊻
XNOR ↔
NAND ↑
NOR ↓
NOT ¬
These are the only two that seem standard:
AND ∧
OR ∨
I'm not sure about the other ones, if there is a preferred set of symbols, or ones that are used most often in papers and the like.
logic notation
logic notation
asked Jan 11 at 6:10
Lance PollardLance Pollard
1,358926
1,358926
$begingroup$
They are all standard, and easily invoked in $LaTeX$.
$endgroup$
– David G. Stork
Jan 11 at 6:19
$begingroup$
The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
$endgroup$
– DanielV
Jan 11 at 13:07
$begingroup$
Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
$endgroup$
– Deusovi
Jan 11 at 17:59
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
$endgroup$
– Rob Arthan
Jan 14 at 16:34
add a comment |
$begingroup$
They are all standard, and easily invoked in $LaTeX$.
$endgroup$
– David G. Stork
Jan 11 at 6:19
$begingroup$
The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
$endgroup$
– DanielV
Jan 11 at 13:07
$begingroup$
Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
$endgroup$
– Deusovi
Jan 11 at 17:59
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
$endgroup$
– Rob Arthan
Jan 14 at 16:34
$begingroup$
They are all standard, and easily invoked in $LaTeX$.
$endgroup$
– David G. Stork
Jan 11 at 6:19
$begingroup$
They are all standard, and easily invoked in $LaTeX$.
$endgroup$
– David G. Stork
Jan 11 at 6:19
$begingroup$
The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
$endgroup$
– DanielV
Jan 11 at 13:07
$begingroup$
The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
$endgroup$
– DanielV
Jan 11 at 13:07
$begingroup$
Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
$endgroup$
– Deusovi
Jan 11 at 17:59
$begingroup$
Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
$endgroup$
– Deusovi
Jan 11 at 17:59
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
$endgroup$
– Rob Arthan
Jan 14 at 16:34
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
$endgroup$
– Rob Arthan
Jan 14 at 16:34
add a comment |
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$begingroup$
They are all standard, and easily invoked in $LaTeX$.
$endgroup$
– David G. Stork
Jan 11 at 6:19
$begingroup$
The table for gates isn't entirely correct, it is quite common to make, for example, a Nor gate by putting circles on the inputs of an And gate, that is in fact the whole point of the symbolic notation.
$endgroup$
– DanielV
Jan 11 at 13:07
$begingroup$
Yes, these are relatively standard; you may also see $barwedge$ and $overline{vee}$ for NAND and NOR, and $oplus$ and $overline{oplus}$ for XOR and XNOR.
$endgroup$
– Deusovi
Jan 11 at 17:59
$begingroup$
The de facto standard for papers is to use $LaTeX$ (often together with packages like $mathtt{amssymb}$). If you use $LaTeX$, you don't need to know about Unicode. MathML defines a standard for mathematical content on the Web and includes definitions of a standard set of XML entities for mathematics and associated Unicode code points. MathJax which is used to enter and render mathematics on MSE uses MathML (and the $LaTeX$ interface supports a useful subset of the MathML entities).
$endgroup$
– Rob Arthan
Jan 14 at 16:34