Titlebook: Concurrent Programming: Algorithms, Principles, and Foundations; Michel Raynal Textbook 2013 Springer-Verlag GmbH Germany, part of Springe

BOOST

Interpolation und numerische Integration,plementation of a concurrent object allowed to rely on critical sections (locks). The chapter consequently introduces new progress conditions suited to mutex-free object implementations, namely obstruction-freedom, non-blocking, and wait-freedom. It then presents mutex-free implementations of concur

令人苦惱

,Energieaussagen der Festk?rpermechanik,mplementation. After defining the notion of a hybrid implementation, this chapter presents hybrid implementations of concurrent objects, where each implementation has its own features. The chapter presents also the notion of an abortable object and shows how a starvation-free implementation of a con

ENNUI

Konstruktive Gestaltung von Details,to introduce and illustrate the notion of a mutex-free implementation and associated progress conditions, namely obstruction-freedom, non-blocking and wait-freedom. The aim of Chap.?6 was to introduce and investigate the notion of a hybrid implementation. In both cases, the internal representation o

Wordlist

漸變

STAT

Verify

,Dimensionierung stabf?rmiger Bauteile,duced in Chap.?2). It then presents simple wait-free implementations of “high-level” registers from “l(fā)ow-level” registers. The notions of “high-level” and “l(fā)ow-level” used here are not related to the computability power but to the abstraction level. This is because, as we will see in the next two ch

間諜活動(dòng)

Outwit

,Dimensionierung stabf?rmiger Bauteile,o K. Vidyasankar, of a .-valued atomic register (i.e., a register that can take . different values) from atomic bits was presented in Chap.?11. It is consequently possible to obtain an SWSR .-valued atomic register from a bounded number of SWSR safe bits. However, stacking these two constructions re

結(jié)合

Atomicity: Formal Definition and Properties read/write registers was introduced in Chap.?1, where algorithms that solve the mutual exclusion problem (i.e., algorithms which implement lock objects) were presented. Chap.?3 presented semaphore objects and programming language constructs which allow designers of concurrent objects to benefit from lock objects.