Titlebook: Distributed Algorithms; 9th International Wo Jean-Michel Hélary,Michel Raynal Conference proceedings 1995 Springer-Verlag Berlin Heidelberg

鬧劇

Dissecting distributed coordination, We show that ‘primary partition’ behavior (Isis) arises from the desire to make exempt an process indistinguishable from a crashed process. Defining weaker exemptions for distributed coordination problems gives rise to many problems solvable in asynchronous systems as well as in systems that partition.

幾何學(xué)家

Universal constructions for large objects,ead than previous ones..Fragmentation is achieved in our constructions through the use of ., and . operations on a “l(fā)arge” multi-word shared variable. Before presenting our constructions, we show that these operations can be efficiently implemented from similar one-word primitives.

因無茶而冷淡

Larchant-RDOSS: A distributed shared persistent memory and its garbage collector, and the application processes. This results in a simple programming model, and expected minimal added application latency. The algorithm is designed for the most unfavorable environment (uncontrolled programming language, reference by pointers, non-coherent shared memory) and should work well also in more favorable settings.

暖昧關(guān)系

LAIR

大門在匯總

Customary

The triumph and tribulation of system stabilization,ution) set of system states. We identify two forms of convergence (strong and weak) and two forms of closed sets of states (strong and weak), and so we end up with four forms of stabilization. The outlined theory is based on these four forms of stabilization.

Banister

On real-time and non real-time distributed computing,with its solution. It is shown why off-line strategies or scheduling algorithms that are not driven by real-time/timeliness requirements ? are incorrect for class ?. Finally, a unified approach to conceiving and measuring the efficiency of solutions to problems in classes ?? and ? is proposed and illustrated with a few examples.

新鮮

0302-9743 in sections on asynchronous systems, networks, shared memory, Byzantine failures, self-stabilization, and detection of properties.978-3-540-60274-3978-3-540-44783-2Series ISSN 0302-9743 Series E-ISSN 1611-3349

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