Titlebook: New Agendas for Women; Sylvia Walby (Professor of Sociology) Book 1999 Palgrave Macmillan, a division of Macmillan Publishers Limited 1999

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ments of full duplication (of array data), without decreasing the level of reliability the latter provides. Our “in-place duplication” approach reuses the memory locations from the same array to store the duplicates of the elements of a given array. Consequently, the memory overhead brought by the d

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极微小

Sylvia Walbys functions explicitly restricted to a finite set. Data parallel functional languages based on this view would reach a very high level of abstraction. Here we consider two static analyses that, when successful, give information about the . of a data field with recursively defined elements, in the fo

FLINT

gene-therapy

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Julia Brannenntation easily scales to millions of lines of Java code, and it supports language features such as inheritance, object fields, exceptional control flow, type casting, dynamic dispatch, and reflection. Our algorithm is based on Heintze and Tardieu’s Andersen-style points-to analysis designed original

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Mary Maynarde CFL-reachability approximates such problems. For the same problem, there could be many over-approximations based on different CFLs .. Suppose the reachability result of each . produces a set . of reachable vertex pairs. Is it possible to achieve better precision than the straightforward intersecti

GLOSS

choroid

Jeanne Gregoryuential effect systems rely on either computing a bottom-up effect and comparing it to a declaration (e.g., method annotation) or leaning on constraint-based type inference. These approaches do not necessarily report program locations that precisely indicate where a program may “go wrong” at runtime

TIGER

Liz Kelly admits infinite ascending chains, it has to be used in conjunction with appropriate mechanisms for enforcing and accelerating convergence of the fixpoint computation. Widening operators provide a simple and general characterization for such mechanisms. For the domain of convex polyhedra, the origin