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ALMOST SURELY

  • Almost surely
  • Probability saying

    In probability theory, an event is said to happen almost surely (sometimes abbreviated as a.s.) if it happens with probability 1 (with respect to the

    Almost surely

    Almost_surely

  • Degenerate distribution
  • Probability distribution

    .} A constant random variable is almost surely constant, but the converse is not true, since if X is almost surely constant then there may still exist

    Degenerate distribution

    Degenerate distribution

    Degenerate_distribution

  • Invariant sigma-algebra
  • Sigma-algebra used in probability and ergodic theory

    {\mathcal {F}}} is called almost surely invariant if and only if its indicator function 1 S {\displaystyle 1_{S}} is almost surely equal to the indicator

    Invariant sigma-algebra

    Invariant_sigma-algebra

  • Convergence of random variables
  • Notions of probabilistic convergence, applied to estimation and asymptotic analysis

    elementary real analysis. To say that the sequence Xn converges almost surely or almost everywhere or with probability 1 or strongly towards X {\displaystyle

    Convergence of random variables

    Convergence_of_random_variables

  • Almost everywhere
  • Everywhere except a set of measure zero

    complement is of measure zero. In probability theory, the terms almost surely, almost certain and almost always refer to events with probability 1 not necessarily

    Almost everywhere

    Almost everywhere

    Almost_everywhere

  • Infinite monkey theorem
  • Counterintuitive result in probability

    random on a typewriter keyboard for an infinite amount of time will almost surely type any given text, including the complete works of William Shakespeare

    Infinite monkey theorem

    Infinite monkey theorem

    Infinite_monkey_theorem

  • Law of large numbers
  • Averages of repeated trials converge to the expected value

    flips will almost surely converge to 1⁄2 as n approaches infinity. Although the proportion of heads (and tails) approaches 1⁄2, almost surely the absolute

    Law of large numbers

    Law of large numbers

    Law_of_large_numbers

  • Wiener process
  • Stochastic process generalizing Brownian motion

    normally distributed with mean 0 and variance u. W has almost surely continuous paths: Wt is almost surely continuous in t. That the process has independent

    Wiener process

    Wiener process

    Wiener_process

  • Almost all
  • In mathematics, with negligible exceptions

    generally, "almost all" is sometimes used in the sense of "almost everywhere" in measure theory, or in the closely related sense of "almost surely" in probability

    Almost all

    Almost_all

  • Random forest
  • Tree-based ensemble machine learning methods

    {\displaystyle \mathbf {x} } and z {\displaystyle \mathbf {z} } , then almost surely we have m ~ M , n ( x , Θ 1 , … , Θ M ) = ∑ i = 1 n Y i K M , n ( x

    Random forest

    Random_forest

  • Random walk
  • Process forming a path from many random steps

    points have infinitely many intersections almost surely, but for dimensions higher than 5, they almost surely intersect only finitely often. The asymptotic

    Random walk

    Random walk

    Random_walk

  • Optional stopping theorem
  • Theorem in probability theory

    \}}|\leq c} almost surely for all t ∈ N 0 {\displaystyle t\in \mathbb {N} _{0}} . Then X τ {\displaystyle X_{\tau }} is an almost surely well-defined

    Optional stopping theorem

    Optional_stopping_theorem

  • Almost
  • Term in set theory

    Almost periodic function - and Operators Almost all Almost surely Approximation List of mathematical jargon "Almost All Real Numbers are Transcendental -

    Almost

    Almost

  • Proofs of convergence of random variables
  • Variety of proofs provided for the different types of convergence of random variables

    { X n } {\displaystyle \{X_{n}\}} converges to X {\displaystyle X} almost surely, it means that the set of points O = { ω : lim X n ( ω ) ≠ X ( ω ) }

    Proofs of convergence of random variables

    Proofs_of_convergence_of_random_variables

  • Almost Mathieu operator
  • Self-adjoint operator that arises in physical transition problems

    \alpha }} has almost surely pure point spectrum and exhibits Anderson localization. (It is known that almost surely can not be replaced by surely.) That the

    Almost Mathieu operator

    Almost_Mathieu_operator

  • Fatou's lemma
  • Lemma in measure theory

    ]}\leq \liminf _{n\to \infty }\,\mathbb {E} [X_{n}|{\mathcal {G}}]}    almost surely. Note: Conditional expectation for non-negative random variables is

    Fatou's lemma

    Fatou's_lemma

  • Hoeffding's inequality
  • Probabilistic inequality applying on sum of bounded random variables

    such that a i ≤ X i ≤ b i {\displaystyle a_{i}\leq X_{i}\leq b_{i}} almost surely. Consider the sum of these random variables, S n = X 1 + ⋯ + X n . {\displaystyle

    Hoeffding's inequality

    Hoeffding's_inequality

  • Random variable
  • Variable representing a random phenomenon

    considered to be equivalent. Two random variables can be equal, equal almost surely, or equal in distribution. In increasing order of strength, the precise

    Random variable

    Random variable

    Random_variable

  • Expected value
  • Average value of a random variable

    "almost surely"—a central property of the Lebesgue integral. Basically, one says that an inequality like X ≥ 0 {\displaystyle X\geq 0} is true almost surely

    Expected value

    Expected value

    Expected_value

  • Erdős–Rényi model
  • Two closely related models for generating random graphs

    G(n, p) will almost surely have no connected components of size larger than O(log(n)). If np = 1, then a graph in G(n, p) will almost surely have a largest

    Erdős–Rényi model

    Erdős–Rényi model

    Erdős–Rényi_model

  • Stochastic differential equation
  • Differential equations involving stochastic processes

    discovered to be exceptionally complex mathematically. The Wiener process is almost surely nowhere differentiable; thus, it requires its own rules of calculus

    Stochastic differential equation

    Stochastic_differential_equation

  • Brownian motion
  • Random motion of particles suspended in a fluid

    The Wiener process Wt is characterized by four facts: W0 = 0 Wt is almost surely continuous Wt has independent increments W t − W s ∼ N ( 0 , t − s )

    Brownian motion

    Brownian motion

    Brownian_motion

  • Ergodic theory
  • Branch of mathematics that studies dynamical systems

    ) (almost surely) {\displaystyle {\frac {R_{1}+\cdots +R_{n}}{n}}\to {\frac {\mu (X)}{\mu (A)}}\quad {\text{(almost surely)}}} (See almost surely.) That

    Ergodic theory

    Ergodic_theory

  • Renewal theory
  • Branch of probability theory

    {1}{t}}Y_{t}={\frac {1}{\operatorname {E} [S_{1}]}}\operatorname {E} [W_{1}]} almost surely. Renewal processes additionally have a property analogous to the central

    Renewal theory

    Renewal_theory

  • Doob's martingale convergence theorems
  • Theorems concerning stochastic processes

    {\textstyle X_{t}^{-}=-\min(X_{t},0)} . Then the sequence converges almost surely to a random variable X {\displaystyle X} with finite expectation. There

    Doob's martingale convergence theorems

    Doob's_martingale_convergence_theorems

  • Independence (probability theory)
  • When the occurrence of one event does not affect the likelihood of another

    event is independent of itself if and only if it almost surely occurs or its complement almost surely occurs; this fact is useful when proving zero–one

    Independence (probability theory)

    Independence (probability theory)

    Independence_(probability_theory)

  • Doob decomposition theorem
  • Mathematical theorem in stochastic processes

    processes, this implies iteratively that Yn = 0 almost surely for all n ∈ I, hence the decomposition is almost surely unique. A real-valued stochastic process

    Doob decomposition theorem

    Doob_decomposition_theorem

  • Weakly measurable function
  • measurability theorem. A function f {\displaystyle f} is said to be almost surely separably valued (or essentially separably valued) if there exists a

    Weakly measurable function

    Weakly_measurable_function

  • As
  • Topics referred to by the same term

    reference work Aggregate supply, in economics, the total supply of goods Almost surely or a.s., in probability theory Aš, a town in the Czech Republic Ås,

    As

    As

  • Local martingale
  • Type of stochastic process

    Y t {\displaystyle Y_{t}} is continuous almost surely (since W 1 ≠ 0 {\displaystyle W_{1}\neq 0} almost surely), nevertheless, its expectation is discontinuous

    Local martingale

    Local_martingale

  • Kolmogorov's three-series theorem
  • Concept in probability theory

    series ∑ n = 1 ∞ X n {\textstyle \sum _{n=1}^{\infty }X_{n}} converges almost surely in R {\displaystyle \mathbb {R} } if the following conditions hold for

    Kolmogorov's three-series theorem

    Kolmogorov's_three-series_theorem

  • Continuous stochastic process
  • Stochastic process that is a continuous function of time or index parameter

    Xt. X is said to be sample continuous if Xt(ω) is continuous in t for P-almost all ω ∈ Ω. Sample continuity is the appropriate notion of continuity for

    Continuous stochastic process

    Continuous_stochastic_process

  • Zero–one law (logic)
  • a property of a logic saying that any property is either almost surely true or almost surely false. Zero-one law holds for first-order logic (without

    Zero–one law (logic)

    Zero–one law (logic)

    Zero–one_law_(logic)

  • Borel–Cantelli lemma
  • Theorem in probability theory

    Hence, the probability of Xn = 0 occurring for infinitely many n is 0. Almost surely (i.e., with probability 1), Xn is nonzero for all but finitely many n

    Borel–Cantelli lemma

    Borel–Cantelli_lemma

  • Hewitt–Savage zero–one law
  • Theorem in probability theory

    that specifies that a certain type of event will either almost surely happen or almost surely not happen. It is sometimes known as the Savage-Hewitt law

    Hewitt–Savage zero–one law

    Hewitt–Savage_zero–one_law

  • Graphon
  • Function type in graph theory

    the random graph models defined by graphons give rise to dense graphs almost surely, and, by the regularity lemma, graphons capture the structure of arbitrary

    Graphon

    Graphon

    Graphon

  • Sample-continuous process
  • sample-continuous process is a stochastic process whose sample paths are almost surely continuous functions. Let (Ω, Σ, P) be a probability space. Let X : I × Ω → S

    Sample-continuous process

    Sample-continuous_process

  • Curse of dimensionality
  • Difficulties arising when analyzing data with many aspects ("dimensions")

    blessing, as it ensures that the nearest-neighbor of an instance is almost-surely its most closely related instance. From this perspective, contrast-loss

    Curse of dimensionality

    Curse_of_dimensionality

  • Epistemic democracy
  • Range of views in political science and philosophy

    The thesis predicted by Condorcet's jury theorem either occurs almost surely or almost never, and the prior probability of the theorem's thesis is zero

    Epistemic democracy

    Epistemic_democracy

  • Chernoff bound
  • Exponentially decreasing bounds on tail distributions of random variables

    If ‖ M i ‖ ≤ γ {\displaystyle \lVert M_{i}\rVert \leq \gamma } holds almost surely for all i ∈ { 1 , … , t } {\displaystyle i\in \{1,\ldots ,t\}} , then

    Chernoff bound

    Chernoff_bound

  • Rough path
  • Concept in stochastic analysis

    B_{H}^{m}(s_{2})\otimes \mathrm {d} B_{H}^{m}(s_{3})\right)\end{aligned}}} converges almost surely in the p {\displaystyle p} -variation metric to a p {\displaystyle p}

    Rough path

    Rough_path

  • Law of the iterated logarithm
  • Mathematical theorem

    logarithm, "lim sup" denotes the limit superior, and "a.s." stands for "almost surely". Another statement given by A. N. Kolmogorov in 1929 is as follows

    Law of the iterated logarithm

    Law of the iterated logarithm

    Law_of_the_iterated_logarithm

  • Bootstrap percolation
  • Process for achieving system stability

    critical probability below which all cells almost surely become inactive and above which some clusters almost surely survive. Bootstrap percolation can be

    Bootstrap percolation

    Bootstrap_percolation

  • Dimension doubling theorem
  • dimension of a set A {\displaystyle A} under a Brownian motion doubles almost surely. The first result is due to Henry P. McKean jr and hence called McKean's

    Dimension doubling theorem

    Dimension_doubling_theorem

  • Quantile function
  • Statistical function that defines the quantiles of a probability distribution

    function Q behaves as an "almost sure left inverse" for the distribution function, in the sense that Q ( F ( X ) ) = X almost surely. {\displaystyle Q{\bigl

    Quantile function

    Quantile function

    Quantile_function

  • Glivenko–Cantelli theorem
  • Theory of probability

    distribution function converges uniformly to the true distribution function almost surely. The uniform convergence of more general empirical measures becomes

    Glivenko–Cantelli theorem

    Glivenko–Cantelli_theorem

  • Wald's equation
  • Theorem in probability theory

    is not symmetric, then (9) does not hold. Note that, when Z is not almost surely equal to the zero random variable, then (11) and (12) cannot hold simultaneously

    Wald's equation

    Wald's_equation

  • Continuous mapping theorem
  • Probability theorem

    the intersection of two almost sure events is almost sure. By definition, we conclude that g(Xn) converges to g(X) almost surely. Slutsky's theorem Portmanteau

    Continuous mapping theorem

    Continuous_mapping_theorem

  • Conditional variance
  • Variance of a random variable given value of other variables

    ) = Var ⁡ ( Y | X ) {\displaystyle v(X)=\operatorname {Var} (Y|X)} almost surely. The "conditional expectation of Y given X=x" can also be defined more

    Conditional variance

    Conditional_variance

  • Matteotti Crisis
  • Political confrontation in Fascist Italy

    Felice argued that Mussolini was a political victim of a plot, and almost surely he was damaged by the crisis that followed the murder. Many fascists

    Matteotti Crisis

    Matteotti_Crisis

  • Asymptotic equipartition property
  • Topic in mathematics

    B,p)} , the asymptotic equipartition property is an assertion that, almost surely, − 1 n log ⁡ p ( X 1 , X 2 , … , X n ) → H ( X )  as  n → ∞ {\displaystyle

    Asymptotic equipartition property

    Asymptotic_equipartition_property

  • Martingale central limit theorem
  • Probability of stochastic processes

    |X_{t+1}-X_{t}|\leq k} almost surely for some fixed bound k and all t. Also assume that | X 1 | ≤ k {\displaystyle |X_{1}|\leq k} almost surely. Define σ t 2 =

    Martingale central limit theorem

    Martingale_central_limit_theorem

  • Lévy process
  • Stochastic process in probability theory

    satisfies the following properties: X 0 = 0 {\displaystyle X_{0}=0\,} almost surely; Independence of increments: For any 0 ≤ t 1 < t 2 < ⋯ < t n < ∞ {\displaystyle

    Lévy process

    Lévy_process

  • Random regular graph
  • asymptotically almost surely. In particular, for r ≥ 3 {\displaystyle r\geq 3} , a random r-regular graph of large size is asymptotically almost surely r-connected

    Random regular graph

    Random_regular_graph

  • Infinite monkey theorem in popular culture
  • hitting keys at random on typewriters for an infinite amount of time will almost surely produce Hamlet." The play's humour mainly involves literary references

    Infinite monkey theorem in popular culture

    Infinite monkey theorem in popular culture

    Infinite_monkey_theorem_in_popular_culture

  • Hoeffding's lemma
  • Inequality in probability theory

    real-valued random variable such that a ≤ X ≤ b {\displaystyle a\leq X\leq b} almost surely, i.e. with probability one. Then, for all λ ∈ R {\displaystyle \lambda

    Hoeffding's lemma

    Hoeffding's_lemma

  • Continuous-time Markov chain
  • Probability concept

    trajectory ( X t ( ω ) ) t ∈ T {\displaystyle (X_{t}(\omega ))_{t\in T}} is almost surely right continuous (with respect to the discrete metric on S {\displaystyle

    Continuous-time Markov chain

    Continuous-time_Markov_chain

  • Distance correlation
  • Statistical measure

    of the linear subspaces spanned by X and Y samples respectively are almost surely equal and if we assume that these subspaces are equal, then in this

    Distance correlation

    Distance correlation

    Distance_correlation

  • Kullback–Leibler divergence
  • Mathematical statistics distance measure

    which converges if and only if P ≤ 2 Q {\displaystyle P\leq 2Q} almost surely w.r.t Q {\displaystyle Q} . [Proof] Denote f ( α ) := D KL ( ( 1 − α

    Kullback–Leibler divergence

    Kullback–Leibler_divergence

  • Subordinator (mathematics)
  • subordinator a process must be a Lévy process. It also must be increasing, almost surely, or an additive process. A subordinator is a real-valued stochastic

    Subordinator (mathematics)

    Subordinator_(mathematics)

  • Pullback attractor
  • for a random dynamical system is a P {\displaystyle \mathbb {P} } -almost surely unique random set such that A ( ω ) {\displaystyle {\mathcal {A}}(\omega

    Pullback attractor

    Pullback_attractor

  • Maximum likelihood estimation
  • Method of estimating the parameters of a statistical model, given observations

    {\widehat {\theta \,}}} converges to θ0 almost surely, then a stronger condition of uniform convergence almost surely has to be imposed: sup θ ∈ Θ ‖ ℓ ^ (

    Maximum likelihood estimation

    Maximum_likelihood_estimation

  • Hausdorff measure
  • Generalization of volume to non-integer number of dimensions

    infinite d {\displaystyle d} -dimensional Hausdorff measure. For example, almost surely the image of planar Brownian motion has Hausdorff dimension 2 and its

    Hausdorff measure

    Hausdorff_measure

  • Point process
  • Random set of points on a space with random number and random position

    elements of S. If X i {\displaystyle X_{i}} 's are almost surely distinct (or equivalently, almost surely ξ ( x ) ≤ 1 {\displaystyle \xi (x)\leq 1} for all

    Point process

    Point_process

  • Monkey testing
  • Technique where the user tests the application or system by providing random inputs

    random on a typewriter keyboard for an infinite amount of time will almost surely type a given text, such as the complete works of William Shakespeare

    Monkey testing

    Monkey_testing

  • Ed Freeman
  • United States Army Medal of Honor recipient

    of ammunition critical to their survival, without which they would almost surely have gone down, with much greater loss of life. After medical evacuation

    Ed Freeman

    Ed Freeman

    Ed_Freeman

  • Stochastic gradient descent
  • Optimization algorithm

    descent converges almost surely to a global minimum when the objective function is convex or pseudoconvex, and otherwise converges almost surely to a local minimum

    Stochastic gradient descent

    Stochastic_gradient_descent

  • Quasi-stationary distribution
  • Type of random process

    process that admits one or several absorbing states that are reached almost surely, but is initially distributed such that it can evolve for a long time

    Quasi-stationary distribution

    Quasi-stationary_distribution

  • List of mathematical abbreviations
  • References A – adele ring or algebraic numbers. a.a.s. – asymptotically almost surely. AC – Axiom of Choice, or set of absolutely continuous functions. a

    List of mathematical abbreviations

    List_of_mathematical_abbreviations

  • Random oracle
  • Cryptographic model of a random function

    two classes shown in 1981 to be distinct relative to a random oracle almost surely. They made their way into cryptography by the publication of Mihir Bellare

    Random oracle

    Random_oracle

  • Random graph
  • Graph generated by a random process

    random graph. Except in the trivial cases when p is 0 or 1, such a G almost surely has the following property: Given any n + m elements a 1 , … , a n

    Random graph

    Random graph

    Random_graph

  • Quadratic variation
  • Quantity defined for a stochastic process

    the sense of the definition given here and its paths be nonetheless almost surely of infinite 1-variation for every t > 0 {\displaystyle t>0} in the classical

    Quadratic variation

    Quadratic_variation

  • P versus NP problem
  • Unsolved problem in computer science

    turn out to be helpful even if it is proved, because such a proof will almost surely be nonconstructive. A proof of P ≠ NP would lack the practical computational

    P versus NP problem

    P_versus_NP_problem

  • Random Fibonacci sequence
  • Randomized mathematical sequence based upon the Fibonacci sequence

    decays almost surely if β is less than a critical value β* ≈ 0.70258, known as the Embree–Trefethen constant, and otherwise grows almost surely. They also

    Random Fibonacci sequence

    Random_Fibonacci_sequence

  • Dirichlet process
  • Family of stochastic processes

    continuous, the distributions drawn from the Dirichlet process are almost surely discrete. The scaling parameter specifies how strong this discretization

    Dirichlet process

    Dirichlet process

    Dirichlet_process

  • Thought-action fusion
  • Category of painful thinking or beliefs

    anytime... My sharp knife could kill a baby. This horrific thought is almost surely revealing. I am probably going to kill my child in the near future.

    Thought-action fusion

    Thought-action_fusion

  • Kolmogorov's zero–one law
  • Special case in probability theory; introduces tail events

    namely a tail event of independent σ-algebras, will either almost surely happen or almost surely not happen; that is, the probability of such an event occurring

    Kolmogorov's zero–one law

    Kolmogorov's_zero–one_law

  • Jessen–Wintner theorem
  • Mathematical theory

    that a random variable of Jessen–Wintner type, meaning the sum of an almost surely convergent series of independent discrete random variables, is of pure

    Jessen–Wintner theorem

    Jessen–Wintner_theorem

  • Gaussian process
  • Statistical model

    _{n}c_{n}(|\xi _{n}|+|\eta _{n}|)<\infty } almost surely, which ensures uniform convergence of the Fourier series almost surely, and sample continuity of X . {\displaystyle

    Gaussian process

    Gaussian_process

  • Random compact set
  • K\colon \Omega \to 2^{M}} such that K ( ω ) {\displaystyle K(\omega )} is almost surely compact and ω ↦ inf b ∈ K ( ω ) d ( x , b ) {\displaystyle \omega \mapsto

    Random compact set

    Random_compact_set

  • Bogosort
  • Sorting algorithm

    the right permutation, so given an unbounded number of tries it will almost surely eventually be chosen. Gorosort An algorithm introduced in the 2011 Google

    Bogosort

    Bogosort

  • Empirical measure
  • Random measure in probability theory

    converges to P(A) almost surely for fixed A. Similarly P n f {\displaystyle P_{n}f} converges to E f {\displaystyle \mathbb {E} f} almost surely for a fixed

    Empirical measure

    Empirical_measure

  • Pencil detonator
  • Time fuze used by British Special forces

    batches be used together. That way if one detonator fails the other will almost surely blow the charge. Note that if both detonators were going to work, the

    Pencil detonator

    Pencil detonator

    Pencil_detonator

  • Michael Moore
  • American filmmaker and author (born 1954)

    "Moore's surprising and extraordinarily winning Where to Invade Next will almost surely cast his detractors at Fox News and similar sinkholes into consternation"

    Michael Moore

    Michael Moore

    Michael_Moore

  • Kolmogorov–Smirnov test
  • Statistical test comparing two probability distributions

    the sample comes from the distribution F(x), then Dn converges to 0 almost surely in the limit when n {\displaystyle n} goes to infinity. Kolmogorov strengthened

    Kolmogorov–Smirnov test

    Kolmogorov–Smirnov test

    Kolmogorov–Smirnov_test

  • Ramanujan's lost notebook
  • Collection of Srinivasa Ramanujan's discoveries in mathematics

    where he probably received the manuscripts of the lost notebook. ... Almost surely, this manuscript, or at least most of it, was written during the last

    Ramanujan's lost notebook

    Ramanujan's_lost_notebook

  • Notation in probability and statistics
  • {\textstyle {\mathbf {x}}'} . Common abbreviations include: a.e. almost everywhere a.s. almost surely cdf cumulative distribution function cmf cumulative mass

    Notation in probability and statistics

    Notation_in_probability_and_statistics

  • Gabriel graph
  • Graph defined from a set of points in the Euclidean plane

    fewer vertices than the threshold is given, the remaining graph will almost surely have only finite connected components, while if the size of the random

    Gabriel graph

    Gabriel graph

    Gabriel_graph

  • Azuma's inequality
  • Theorem in probability theory

    k − X k − 1 | ≤ c k , {\displaystyle |X_{k}-X_{k-1}|\leq c_{k},\,} almost surely. Then for all positive integers N and all positive reals ϵ {\displaystyle

    Azuma's inequality

    Azuma's_inequality

  • Hölder's inequality
  • Inequality between integrals in Lp spaces

    Y | | G ] ≤ ( E [ | X | p | G ] ) 1 p ( E [ | Y | q | G ] ) 1 q P -almost surely. {\displaystyle \mathbb {E} {\bigl [}|XY|{\big |}\,{\mathcal {G}}{\bigr

    Hölder's inequality

    Hölder's_inequality

  • Moby-Dick
  • 1851 novel by Herman Melville

    boundaries by the solid realism of the whaling context. Ripley was almost surely also the author of the review in Harper's for December, which saw in

    Moby-Dick

    Moby-Dick

    Moby-Dick

  • Stochastic process
  • Collection of random variables

    resulting stochastic process is said to have drift μ {\displaystyle \mu } . Almost surely, a sample path of a Wiener process is continuous everywhere but nowhere

    Stochastic process

    Stochastic process

    Stochastic_process

  • Division of Korea
  • Separation of North and South Korea

    parallel. Rusk later stated that if he had known Korean history, he "almost surely" would have chosen a different line. The division placed sixteen million

    Division of Korea

    Division of Korea

    Division_of_Korea

  • Paley–Zygmund inequality
  • Probability equation in mathematics

    {E} [Z]^{2}}}.} This inequality is sharp; equality is achieved if Z almost surely equals a positive constant. In turn, this implies another convenient

    Paley–Zygmund inequality

    Paley–Zygmund_inequality

  • Bernstein inequalities (probability theory)
  • Inequalities in probability theory

    random variables. Suppose that | X i | ≤ M {\displaystyle |X_{i}|\leq M} almost surely, for all i . {\displaystyle i.} Then, for all positive t {\displaystyle

    Bernstein inequalities (probability theory)

    Bernstein_inequalities_(probability_theory)

  • United States v. Moore (1973)
  • 1973 D.C. Circuit Court of Appeals case

    Criminal Law that if Powell had been decided differently, it would have "almost surely" changed the eventual outcome in Moore. Most courts taking up the issue

    United States v. Moore (1973)

    United States v. Moore (1973)

    United_States_v._Moore_(1973)

  • Covariance
  • Measure of the joint variability

    \operatorname {cov} (X,X)=0} implies that X {\displaystyle X} is constant almost surely. In fact these properties imply that the covariance defines an inner

    Covariance

    Covariance

  • Diffusion process
  • Solution to a stochastic differential equation

    diffusion processes are a class of continuous-time Markov process with almost surely continuous sample paths. Diffusion processes are stochastic in nature

    Diffusion process

    Diffusion_process

  • Randomness
  • Apparent lack of pattern or predictability in events

    Sortition Strictly speaking, the frequency of an outcome will converge almost surely to a predictable value as the number of trials becomes arbitrarily large

    Randomness

    Randomness

    Randomness

  • Solomon
  • Biblical monarch of ancient Israel

    BCE, the biblical description of his apparent empire's lavishness is almost surely an anachronistic exaggeration. As for Solomon himself, scholars on both

    Solomon

    Solomon

    Solomon

AI & ChatGPT searchs for online references containing ALMOST SURELY

ALMOST SURELY

AI search references containing ALMOST SURELY

ALMOST SURELY

  • LAMONT
  • Male

    English

    LAMONT

    Scottish surname transferred to English forename use, from the medieval Swedish personal name Lagman, LAMONT means "lawman."

    LAMONT

  • Amosa
  • Boy/Male

    Hawaiian

    Amosa

    Strong (Hawaiian interpretation of the name Amos).

    Amosa

  • Amott
  • Boy/Male

    German

    Amott

    Power of an Eagle

    Amott

  • Almas
  • Girl/Female

    Afghan, Arabic, German, Gujarati, Hindu, Indian, Kannada, Kurdish, Malayalam, Marathi, Muslim, Parsi, Punjabi, Sikh, Sindhi

    Almas

    A Diamond; Adamant; Brightness

    Almas

  • Almasa
  • Girl/Female

    Arabic, Muslim

    Almasa

    Diamond

    Almasa

  • Algot
  • Girl/Female

    Swedish

    Algot

    Pearl.

    Algot

  • Almon
  • Girl/Female

    Biblical

    Almon

    Hidden.

    Almon

  • Almut
  • Girl/Female

    German

    Almut

    Of Noble Spirit

    Almut

  • Alcott
  • Surname or Lastname

    English

    Alcott

    English : ostensibly a topographic name containing Middle English cott, cote ‘cottage’ (see Coates). In fact, however, it is generally if not always an alteration of Alcock, in part at least for euphemistic reasons.Louisa May Alcott (1832–88), author of Little Women (1869), was the daughter of Amos Bronson Alcott (1799–1888), who had changed the family name from Alcox. The family trace their descent from an Alcocke family who emigrated from England to MA with John Winthrop in 1629.

    Alcott

  • Almas
  • Girl/Female

    Indian

    Almas

    A diamond

    Almas

  • Alkott
  • Boy/Male

    British, English

    Alkott

    From the Old Cottage

    Alkott

  • Arnost
  • Boy/Male

    Czech, Czechoslovakian, German

    Arnost

    Determined; Stubborn; Sincere

    Arnost

  • Lamont
  • Boy/Male

    Christian & English(British/American/Australian)

    Lamont

    Lawyer

    Lamont

  • Lamont
  • Boy/Male

    American, Australian, Chinese, Christian, Jamaican, Norse, Scandinavian, Scottish

    Lamont

    Lawyer; Law Man; Man of Law

    Lamont

  • Arnost
  • Boy/Male

    Czech

    Arnost

    Determined; stubborn.

    Arnost

  • Alcott
  • Boy/Male

    American, British, English

    Alcott

    From the Old Cottage

    Alcott

  • Lamont
  • Boy/Male

    Norse Scandinavian American Gaelic Scottish

    Lamont

    Lawyer.

    Lamont

  • Almas
  • Girl/Female

    Muslim

    Almas

    Diamond. Adamant.

    Almas

  • Algot
  • Boy/Male

    Scandinavian

    Algot

    Surname.

    Algot

  • AHMOSE
  • Male

    Egyptian

    AHMOSE

    , child of the moon.

    AHMOSE

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Online names & meanings

  • Mayukha | மாயுகா
  • Girl/Female

    Tamil

    Mayukha | மாயுகா

    Ray of light, Brightness

  • Koju
  • Boy/Male

    Buddhist, Indian

    Koju

    Universal Principle

  • Ziaul-Haq
  • Boy/Male

    Arabic, Muslim

    Ziaul-Haq

    Light of the Truth i.e Allah

  • Ayda
  • Girl/Female

    Arabic

    Ayda

    Benefit.

  • Ilashpasti | இலாஷ்பஸ்தீ
  • Boy/Male

    Tamil

    Ilashpasti | இலாஷ்பஸ்தீ

    Lord of the earth

  • Kailasa
  • Boy/Male

    Indian, Sanskrit

    Kailasa

    The Crystalline Mountain

  • Satniranjan
  • Boy/Male

    Indian, Punjabi, Sikh

    Satniranjan

    True and Immaculate One

  • Iscah
  • Boy/Male

    Biblical

    Iscah

    He that anoints.

  • Jaanya | ஜாந்ய
  • Girl/Female

    Tamil

    Jaanya | ஜாந்ய

    Life, Born

  • Charlton
  • Surname or Lastname

    English

    Charlton

    English : habitational name from any of the numerous places called Charlton, mainly in southern England, from Old English Ceorlatūn ‘settlement (Old English tūn) of the peasants’. Old English ceorl denoted originally a free peasant of the lowest rank, later (but probably already before the Norman conquest) a tenant in pure villeinage, a serf or bondsman.Irish : altered form of Carlin.

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AI searchs for Acronyms & meanings containing ALMOST SURELY

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Other words and meanings similar to

ALMOST SURELY

AI search in online dictionary sources & meanings containing ALMOST SURELY

ALMOST SURELY

  • Almose
  • n.

    Alms.

  • Lost
  • v. t.

    Parted with; no longer held or possessed; as, a lost limb; lost honor.

  • Practically
  • adv.

    Almost.

  • Farmost
  • a.

    Most distant; farthest.

  • Lost
  • v. t.

    Not employed or enjoyed; thrown away; employed ineffectually; wasted; squandered; as, a lost day; a lost opportunity or benefit.

  • Utmost
  • a.

    Situated at the farthest point or extremity; farthest out; most distant; extreme; as, the utmost limits of the land; the utmost extent of human knowledge.

  • Lost
  • v. t.

    Ruined or destroyed, either physically or morally; past help or hope; as, a ship lost at sea; a woman lost to virtue; a lost soul.

  • Utmost
  • n.

    The most that can be; the farthest limit; the greatest power, degree, or effort; as, he has done his utmost; try your utmost.

  • Alose
  • n.

    The European shad (Clupea alosa); -- called also allice shad or allis shad. The name is sometimes applied to the American shad (Clupea sapidissima). See Shad.

  • Almost
  • adv.

    Nearly; well nigh; all but; for the greatest part.

  • Utmost
  • a.

    Being in the greatest or highest degree, quantity, number, or the like; greatest; as, the utmost assiduity; the utmost harmony; the utmost misery or happiness.

  • Well-nigh
  • adv.

    Almost; nearly.

  • Just
  • adv.

    Closely; nearly; almost.

  • Almond
  • n.

    The tree that bears the fruit; almond tree.

  • Muchwhat
  • adv.

    Nearly; almost; much.

  • Almond
  • n.

    Anything shaped like an almond.

  • Lost
  • v. t.

    Hardened beyond sensibility or recovery; alienated; insensible; as, lost to shame; lost to all sense of honor.

  • Lost
  • v. t.

    Having wandered from, or unable to find, the way; bewildered; perplexed; as, a child lost in the woods; a stranger lost in London.

  • Almond
  • n.

    The fruit of the almond tree.

  • Lost
  • v. t.

    Not perceptible to the senses; no longer visible; as, an island lost in a fog; a person lost in a crowd.