「asymptotic」の共起表現一覧(1語右で並び替え)

asymptotic

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  • wrote one of the standard books in advanced asymptotic analysis (De Bruijn, 1958).
  • With Harold Widom he worked on the asymptotic analysis of Toeplitz determinants and their
  • tional analysis, and is unusual in combining asymptotic analysis with the theory of Banach spaces an
  • d form expression, so it is usual to use its asymptotic approximation (AMISE) as a proxy
  • t has many applications in the theory on the asymptotic behavior of exponential integrals.
  • Y. Nambu and P. Frampton, Asymptotic Behavior of Partial Widths in the Veneziano
  • r Akra-Bazzi theorem, is used to analyze the asymptotic behavior of the mathematical recurrences tha
  • The constant σ arises when studying the asymptotic behaviour of the sequence
  • hich are usually nonlocal, are used to model asymptotic bound states.
  • ity was recently exploited to obtain a tight asymptotic bound for the systolic ratio of surfaces of
  • a scalar curvature comparison theorem, with asymptotic boundary conditions, and a corresponding sta
  • ent parsing algorithm in terms of worst-case asymptotic complexity, although other algorithms exist
  • Banks proposed a conjecture known as Asymptotic Darkness - it posits that the physics above
  • It is also used in the asymptotic enumeration of Eulerian circuits of complete
  • Accurate asymptotic estimates of M(n) and an exact expression as
  • was a virtuoso display, in particular in the asymptotic expansions of Bessel functions.
  • zed the importance of correctly interpreting asymptotic expressions.
  • and especially general theory of relativity, asymptotic flatness is the property of a geometry or a
  • tems of differential equations, and assuming asymptotic flatness provides boundary conditions which
  • The particular feature of asymptotic flatness which is needed is a notion of "fut
  • For spacetimes satisfying asymptotic flatness, it is often possible to calculate
  • If the required asymptotic form is time-independent (such as the Minkow
  • ion of the metric tensor from its prescribed asymptotic form.
  • ted by the Euler numbers En according to the asymptotic formula
  • In addition, current quarks possess one asymptotic freedom within the perturbation theory descr
  • Here, no Asymptotic freedom exists, but the interactions between
  • ved (the theoretical reason for this fact is asymptotic freedom).
  • Asymptotic freedom, independently discovered by Politze
  • Wilczek, at Princeton University, discovered asymptotic freedom, which holds that the closer quarks
  • This causes asymptotic freedom: as quarks come closer to each other
  • hese SiC grains originate around carbon-rich Asymptotic giant branch stars.
  • first red giant phase, and eventually become asymptotic giant branch stars.
  • Neutron flux in asymptotic giant branch stars and in supernovae is resp
  • This is most likely an asymptotic giant branch star that has passed through th
  • ginal mass was shed after it passed into the asymptotic giant branch stage, just prior to becoming a
  • netary nebula (PPNe) when it seemed to be an asymptotic giant branch (AGB) B1 supergiant.
  • They are carbon-rich asymptotic giant branch stars that exhibit pulsational
  • ge-up occurs after a massive star enters the asymptotic giant branch (AGB) and a flash occurs along
  • en identified in Draco Dwarf and four likely asymptotic giant branch (AGB) stars have been detected.
  • A survey of the brightest asymptotic giant branch (AGB) stars in the area of radi
  • e generally not detected in Oxygen rich AGB ( Asymptotic giant branch) circumstellar envelopes.
  • An asymptotic lower bound of Ω(n log n) for time complexit
  • de Bruijn, Asymptotic Methods in Analysis, North-Holland, Amsterda
  • g in mathematical statistics, for his thesis Asymptotic optimality theory for testing problems with
  • nthropic action after a long time (it is the asymptotic or quasi-equilibrium state of the local ecos
  • Even then, as in flat spacetime, the asymptotic particle interpretation depends on the obser
  • quantum fields lose their interpretation as asymptotic particles.
  • think about N as large and be interested in asymptotic properties as N goes to infinity.
  • the) crystal nets, where the weights are the asymptotic proportion of vertices of each orbit.
  • His research concerns asymptotic representation theory, relations with random
  • ra elliptic curve factorization has the same asymptotic running time as QS (in the case where n has
  • but the Kirkpatrick-Seidel algorithm has an asymptotic running time that is significantly smaller a
  • An analytical computation of asymptotic Schwarzschild quasinormal frequencies
  • Essay Towards Solving a Problem, a paper on asymptotic series was published posthumously.
  • Asymptotic stability of fixed points of a non-linear sy
  • -Yamabe conjecture is a conjecture on global asymptotic stability.
  • ster theorem provides a cookbook solution in asymptotic terms (using Big O notation) for recurrence
  • s Ufimtsev began developing a high-frequency asymptotic theory for predicting the scattering of elec
  • no algorithm can solve it in less than O(n2) asymptotic time.
  • to the two sides adjacent to the corner and asymptotic to the sides adjacent to these.
  • The lines asymptotic to the hyperbola are simply
  • in the meeting, they were trying to find the asymptotic view for everyone in the meeting.
  • or multiplying these matrices, this gives an asymptotic worst-case running time of .