List of mathematical abbreviations
This list of mathematical abbreviations shows well-known abbreviations of mathematical terms consisting of two or more letters . In addition to the abbreviation itself, the full form (possibly in a foreign language) and the German meaning are given.
A.
| Fig. | Illustration | function |
| Section | absolutely | absolute value |
| AC | axiom of choice | Axiom of choice |
| adj | adjoint | Adjoint matrix |
| adj | adjunct | Adjuncts |
| AGM | arithmetic-geometric mean | Arithmetic-geometric mean |
| Ai | Airy | Airy function |
| Old | alternating | Alternating group |
| AMG | algebraic multigrid method | Algebraic multigrid method |
| ANOVA | analysis of variance | Analysis of variance |
| arccos | arcus cosinus | Arccosine |
| arccot | arcus cotangens | Arccotangent |
| arccsc | arcus cosecans | Arccosecans |
| ARCH | auto-regressive conditional heteroscedasticity | ARCH model |
| arcosh | area cosine hyperbolicus | Hyperbolic areakosine |
| arcoth | area cotangens hyperbolicus | Hyperbolic areakotangent |
| arcsch | area cosecans hyperbolicus | Hyperbolic areakosekans |
| arcsec | arcus secans | Arc secans |
| arcsin | arcus sinus | Arcsine |
| arctan | arcus tangens | Arctangent |
| bad | argumentum | Complex number argument |
| arg max | argumentum maximi | Argument of the maximum |
| bad min | argumentum minimi | Argument of the minimum |
| ARMA | auto-regressive moving average | ARMA model |
| arsech | area secans hyperbolicus | Hyperbolic Areasekans |
| arsinh | area sinus hyperbolicus | Hyperbolic area |
| artanh | area tangens hyperbolicus | Hyperbolic areatangens |
| Aut | Automorphism | Automorphism group |
| AWA | Initial value problem | Initial value problem |
| AWP | Initial value problem | Initial value problem |
B.
| Bi | - | Airy function of the second kind |
| BMO | bounded mean oscillation | BMO room |
| BV | bounded variation | Limited variation |
| BLUE | best unbiased linear estimator | Best Linear Unexpected Estimator |
| BUE | best unbiased estimator | Best unbiased estimator |
| BLUP | best linear unbiased prediction | Best linear expectation prediction |
C.
| card | cardinalis | Power of a crowd |
| CAS | Computer algebra system | Computer algebra system |
| CG | conjugate gradient | Conjugate gradient method |
| CGS | conjugate gradient squared | CGS procedure |
| char | Characteristic | Characteristic of a ring or body |
| Ci | cosinus integralis | Integral cosine |
| Cl | Clausen | Clausen function |
| cn | cosinus amplitudinis | Cosine amplitudinis |
| Cof, cof | cofactor | Cofactor matrix |
| coker | cokernel | Coking a figure |
| cos | cosine | cosine |
| cosh | hyperbolic cosine | Hyperbolic cosine |
| cot | cotangent | cotangent |
| coth | cotangent hyperbolicus | Hyperbolic cotangent |
| Cov | covariance | Covariance of two random variables |
| csc | cosecans | cosecant |
| csch | cosecans hyperbolicus | Hyperbolic cosecan |
| CSU | Cauchy-Schwarz inequality | Cauchy-Schwarz inequality |
D.
| DAG | directed acyclic graph | Directed acyclic graph |
| DCT | discrete cosine transform | Discrete cosine transformation |
| def | malfunction | Defect of a linear mapping |
| def. | by definition | Definition equation |
| deg | degree | Degree of a polynomial |
| det | Determinant | Determinant of a matrix |
| DFT | discrete Fourier transform | Discrete Fourier Transform |
| DGL, DGl., Dgl., DG | Differential equation | Differential equation |
| diag | diagonal | Diagonal matrix |
| diffbar | differentiable | Differentiability of a function |
| dim | dimension | Dimension of a vector space |
| div | divergence | Divergence of a vector field |
| dn | delta amplitudinis | Delta amplitudinis |
| dom | domain or domain | Definition set of a function or an operator |
| DST | discrete sine transform | Discrete sine transformation |
| DWT | discrete wavelet transform | Discrete wavelet transform |
E.
| End | Endomorphism | Category of endomorphisms |
| egg | exponentially integral | Integral exponential function |
| Prop | Eigenraum | Eigenraum |
| erf | error function | Error function |
| erfc | error function complementary | Complementary error function |
| erfi | error function imaginary | Imaginary error function |
| EW | Eigenvalue | Eigenvalue |
| EV | Eigenvector | Eigenvector |
| exp | exponent | Exponential function |
| Exp | exponent | Group exponent |
| Ext | extension | Ext functor |
F.
| FA | Functional analysis | Functional analysis |
| f. a. | almost all | Almost all |
| FEM | Finite element method | Finite element method |
| FFT | fast Fourier transform | Fast Fourier transform |
| Fct. | function | function |
| Frob | Frobenius | Frobenius homomorphism |
| f. s. | pretty sure | Pretty sure |
| FT | Fourier transform | Fourier transform |
| FT | Function theory | Function theory |
| f. ü. | almost everywhere | Almost everywhere |
| FWT | fast wavelet transform | Fast wavelet transform |
G
| Gal | Galois | Galois group |
| GARCH | generalized auto-regressive conditional heteroscedasticity | GARCH model |
| gd | Gudermann | Gudermann function |
| iff. | exactly when | Logical equivalence |
| GF | Galois field | Galois body |
| gcd | greatest common divisor | Greatest common divisor |
| GL | generally linear or English general linear | General linear group |
| glm. | evenly | Uniform convergence |
| Degree | gradient | Gradient of a scalar field |
| GT | Graph theory | Graph theory |
H
| HM | higher mathematics | higher mathematics |
| HNF | Hessian normal form | Hessian normal form |
| Hom | Homomorphism | Hom functor |
I.
| IA | Induction start | Part of a complete induction |
| id | identical | Identical figure |
| id | identically distributed | Identically distributed random variables |
| iid | independent identically distributed | Independently and identically distributed random variables |
| ILP | integer linear program | Integer linear programming |
| in the | image | Image of an illustration |
| in the | imaginary | Imaginary part of a complex number |
| ind | index | Rotation number of a curve |
| inf | infimum | Infimum of a lot |
| int | interior | A crowd inside |
| inv | inversion | Lack of a permutation |
| IS | Induction step | Part of a complete induction |
| IV | Induction assumption | Part of a complete induction |
J
| JNF | Jordan normal form | Jordan normal form |
K
| ker | kernel | Core of a figure |
| LCM | least common multiple | Least common multiple |
| Cor | Correlation coefficient | Correlation coefficient |
| kQ | least squares | Least squares method |
L.
| LA | Linear Algebra | Linear Algebra |
| LCG | linear congruential generator | Linear congruence generator |
| ld | logarithm dualis | Binary logarithm |
| lg | logarithm | Decadal logarithm |
| LGS | linear system of equations | Linear system of equations |
| left | logarithm integralis | Integral logarithm |
| lim | limes | Limit value of a sequence or function |
| lim inf | limes inferior | Limes inferior |
| lim sup | limes superior | Limes superior |
| lin. | linear | Linearity |
| ln | logarithm naturalis | Natural logarithm |
| log | logarithm | logarithm |
| LP | linear program | Linear programming |
| LS | least squares | Least squares method |
M.
| Max | maximum | Maximum of a lot |
| med | Median | Median |
| MG | multigrid | Multi-grid method |
| min | minimum | Minimum of a lot |
| mod | modulo | Modulo (division with remainder) |
| Mor | Morphism | Morphism |
| MP | Modus ponens | Modus ponens |
| MR | Mathematical Reviews | Mathematical Reviews |
| MSC | Mathematics Subject Classification | Mathematics Subject Classification |
| MW | Average | Average |
| MWS | Mean theorem | Mean theorem |
N
| NAND | not and | NAND link |
| NBG | Neumann-Bernays-Gödel | Neumann-Bernays-Gödel set theory |
| NF | new foundations | Set theory according to Quine |
| NLP | non-linear program | Non-linear programming |
| NOR | not or | Nor linkage |
| NO | Additional calculation | Additional calculation |
| NV | Normal distribution | Normal distribution |
| n / a | according to requirements | Term within evidence |
| NLML | non linear maximum likelihood | Maximum likelihood method |
O
| o. B. d. A. | Without loss of generality | Without loss of generality |
| ODE | ordinary differential equation | Ordinary differential equation |
| oE | without restriction | Without loss of generality |
| ONB | Orthonormal basis | Orthonormal basis |
| ONS | Orthonormal system | Orthonormal system |
| ord | order | Order of a group element |
| Ord | Ordinal number | Set of ordinals |
P
| PDE | partial differential equation | Partial differential equation |
| PDGl, PDG | partial differential equation | Partial differential equation |
| PGL | projective general linear | Projective linear group |
| pktw. | point by point | Point-by-point convergence |
| PN | Polish notation | Polish notation |
| Pr | probability | probability |
| PSL | projective special linear | Projective special linear group |
| PSp, PGSp | projective (general) symplectic | Projective symplectic group |
| PSU | projective special unitary | Projective special unitary group |
Q
| q. e. d. | quod erat demonstrandum | Which was to be proved |
| qef | quod erat faciendum | What to do |
| Quot | quotient | Quotient field of a ring |
R.
| re | Real part | Real part of a complex number |
| Res | residuum | Residual of a complex-valued function |
| rect | rectangle | Rectangular function |
| rg | rank | Rank of a matrix |
| RH | Riemann hypothesis | Riemann Hypothesis |
| RNG | random number generator | Random number generator |
| red | rotation | Rotation of a vector field |
| RWA | Boundary value problem | Boundary value problem |
| RWP | Boundary value problem | Boundary value problem |
S.
| SDE | stochastic differential equation | Stochastic differential equation |
| SDGl | stochastic differential equation | Stochastic differential equation |
| sec | secans | Secans |
| six | secans hyperbolicus | Hyperbolic secant |
| so-called | signum | Sign function |
| Si | sinus integralis | Integral sine |
| sig | sigmoid | Sigmoid function |
| sin | Sine | Sine |
| sinc | sinus cardinalis | Sinc function |
| sinh | hyperbolic sinus | Hyperbolic sine |
| SL | special linear | Special linear group |
| sn | sinus amplitudinis | Sinus amplitudinis |
| SO | special orthogonal | Special orthogonal group |
| SOR | successive over-relaxation | Over relaxation procedure |
| Sp, sp | track | Trace of a matrix |
| Sp, SP | symplectic | Symplectic group |
| span | span | Linear envelope of vectors |
| Spec | spectrum | Spectrum of a ring |
| stat. | statistical | statistics |
| stabbed. | stochastic | Stochastics |
| SU | special unitary | Special unitary group |
| sup | supremum | Supremum a lot |
| supp | support | Bearer of a function |
| SVD | singular value decomposition | Singular value decomposition |
| SWZ | Singular value decomposition | Singular value decomposition |
| Sym | symmetrical | Symmetrical group |
T
| tan | tangent | tangent |
| dance | tangens cardinalis | Tanc function |
| tanh | hyperbolic tangent | Hyperbolic tangent |
| goal | torsion | Gate functor |
| Tr | carrier | Bearer of a function |
| Tr, tr | trace | Trace of a matrix |
U
| UPN | reverse Polish notation | Reverse Polish notation |
| and N. | under the secondary condition |
| udNb. | Maximization under constraints | Lagrange multiplier |
V
| Var | Variance | Variance of a random variable |
| VR | Vector space | Vector space |
W.
| wzbw | which was to be proved | Quod erat demonstrandum |
X
| XOR | exclusive or | Contravalence |
Z
| ZF | Zermelo Fraenkel | Zermelo-Fraenkel set theory |
| ZFC | Zermelo Fraenkel choice | Zermelo-Fraenkel set theory with axiom of choice |
| ZV | Random variable | Random variable |
| ZWS | Intermediate value theorem | Intermediate value theorem |
| z. z. | to show | Term within evidence |
| ZZ | Random number | Random number |
literature
- Tilo Arens, Frank Hettlich, Christian Karpfinger, Ulrich Kockelkorn, Klaus Lichtenegger, Hellmuth Stachel : Mathematics . 2nd Edition. Spektrum Akademischer Verlag, 2011, ISBN 3-8274-2347-3 , pp. 1483 ff .
- Wolfgang Hackbusch : Paperback of Mathematics, Volume 1 . 3. Edition. Springer, 2010, ISBN 3-8351-0123-4 , pp. 1275 ff .
Individual evidence
- ^ Christian Kanzow, Alexandra Schwartz: Introduction . In: Game Theory (= Mathematics Compact ). Birkhäuser, Cham, 2018, ISBN 978-3-319-96678-6 , p. 1–17 , doi : 10.1007 / 978-3-319-96679-3_1 ( springer.com [accessed December 26, 2018]).