Titlebook: Rectal Cancer Surgery; Optimisation — Stand Odd S?reide,Jarle Norstein Book 1997 Springer-Verlag Berlin Heidelberg 1997 Karzinom.Rektumkarz

Banquet

Tatsuo Sato,Kenji Satoeavings, our algorithm conducts the verification using a novel encoding of the causal model and symbolic reasoning with a satisfiability modulo theory (SMT) solver. Our algorithm has a larger interleaving coverage than known causal models in the literature. We also propose a method to . the number o

follicular-unit

Klaas Havenga,Warren E. Enker,Marco C. DeRuiter,Kees Welvaarts is that faithful models of distributed car control have both distributed systems and hybrid systems dynamics. They form distributed hybrid systems, which makes them very challenging for verification. In a formal proof system, we verify that the control model satisfies its main safety objective and

Cacophonous

d completeness has been completed using Coq. As a result, a formally certified constraint solver written in OCaml has been automatically extracted from the Coq specification of the filtering and labeling algorithms. The solver, yet not as efficient as specialized existing (unsafe) implementations, c

PHONE

Tor J. Eidehow to check whether the definition of a putback transformation is valid, while guaranteeing that the corresponding unique . exists. In this paper, we propose, as far as we are aware, the first . language for supporting putback-based bidirectional programming. The key to our approach is a simple but

Chronic

TRAWL

Takashi Takahashi,Masashi Ueno,Kaoru Azekura,Hirotoshi OtaSOS specification. Instead, it is based on concurrent rewriting enabled by .. It also utilizes various . facilities to arrive at a clean, minimal and elegant semantic specification. To demonstrate the usefulness of the proposed approach, we describe a specification for a simple robotics case study a

HEAVY

ored in a trace-length independent way without sacrificing completeness, and provide a concrete algorithm to do so. We implement and test our algorithm in an existing Android monitoring framework and show that our approach can effectively specify and enforce quantitative policies drawn from real-wor

Nmda-Receptor

人類的發(fā)源

飛行員

ation to a range of physically complex “generic” flows in which 2d and 3d separation from continuous surfaces is the main linking feature. The closures included various non-linear eddy-viscosity models and explicit algebraic Reynolds-stress models as well as two full Reynolds-stress-transport models