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A-lemma

Let be fixed. Before proving the theorem an auxiliary statement is to be established. It is formulated as a lemma. [Pg.110]

NeuP79 Neumann, P. A. A lemma that is not Burnside s. Math. Scientist 4 (1979) 133-141. [Pg.144]

We finish this section with a lemma that we will need later on. [Pg.75]

Finally we add a lemma which is of frequent use in this chapter. [Pg.65]

Finally we shall prove that if p is locally nilpotent on S then G is a formal Lie group. Vf e begin with a lemma. [Pg.56]

A lemma by Racah (5), a consequence of Schur s lemma, provides a relationship between the coupling coefficients of a group and those of a sub-group. This relationship is here illustrated and standardized by introducing differential operator equivalents for the real standard bases of the three-dimensional rotation group Rs. [Pg.205]

In 1911, Burnside formulated a lemma (previously known to Probe-nius) which is useful in gr hical enumeration [44], but whose application in this area came much later. [Pg.189]

Result (A.19) proves the necessity of a Lemma for linear independent vectors (and in fact it transforms one basis y-y of p-dimensional vector space to another one by linear transformation Q). To prove this for the remaining linearly dependent vectors y, we express them through those which are independent... [Pg.286]

We note that generalization of such a Lemma for more variables of X is deduced in [21, p. 240]. [Pg.298]

Prove that all the irreducible representations of an Abelian group are one-dimensional (use Schur a lemma). [Pg.243]

The STRUCTAL score ST is amenable to dynamic programming and therefore can be used to find an optimal correspondence in time and space requirements of order 0 n ), for any given rigid transformation r. The score of this optimal correspondence is denoted as STopt(r). It validates condition 1. The validity of condition 2 is derived from a lemma given by Kolodny and Linial, which states that for all s, a finite set G = G(s) of rigid transformation exists, such that for every choice of a rigid transformation r, a transformation tg in G(e) exists such that STopt r) — STopt rG) < s, and cardinal(G) = IGI is polynomial in n. [Pg.31]

Tlie diagram (Figure 2) shows how tlie system is constructed. Initially there are a small nmnber of axioms (currently four) tliat are simply placed in tlie knowledge repository. These (and only these) support tlie next level of reasoning. The inference rule is then applied to tlie meta-compiler data and each offered tuple is proved by resolution before inclusion in tlie repository. At this point, tlie repository includes a knowledge representation of the meta-compiler, tlie axioms could be removed because every proof that might require to reference them will instead reference a lower-level theorem, preserved as a lemma at tlie meta-compiler level, in tlie knowledge repository. [Pg.54]

Ejigu GS, Woldeamanuel Y, Shah NS, Gebeyehu M, Silassie A, Lemma E. Microscopic observation drug susceptibility assay provides rapid and reliable identification... [Pg.641]

In its original formulation, Rushby defines three reference monitor assumptions. The second monitor assumption is mainly used to derive (weak) step consistency. In our formulation, we replace this assumption with weak step consistency. We now prove a lemma showing how to recover step consistency from weak step... [Pg.254]

Why should every physicalist be committed to the completeness of physics Perhaps physicalism of one sort or another can be argued for on independent grounds, with the completeness claim dropping out as a corollary. However, the completeness of physics typically appears as a lemma. In 1966, Lewis, arguing for (a restricted) type-identity of mental and physical, was explicit about his appeal to the completeness of physics, and the empirical nature of that claim ... [Pg.380]

Let us now apply the A-lemma (see Sec. 3.7). Choose a small neighborhood U of the point M. It follows that the intersection U Pi Wq consists of a countable set of curves Ik (A = 1,..., 00) accumulating smoothly to Wq, as shown in Fig. 7.6.2. As Wq and Wq intersect each other transversely, then Wq intersects each Ik at the points Mk starting from some number ko. The points Mfc are heteroclinic too and correspond to different heteroclinic trajectories which have Oi and O2 as an Q-limit and an cj-limit points, respectively. [Pg.58]


See other pages where A-lemma is mentioned: [Pg.306]    [Pg.32]    [Pg.164]    [Pg.83]    [Pg.99]    [Pg.241]    [Pg.302]    [Pg.150]    [Pg.252]    [Pg.469]    [Pg.252]    [Pg.576]    [Pg.334]    [Pg.13]    [Pg.384]    [Pg.55]   
See also in sourсe #XX -- [ Pg.160 , Pg.161 , Pg.423 , Pg.426 ]




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