Titlebook: Distributed Systems for System Architects; Paulo Veríssimo,Luís Rodrigues Textbook 2001 Springer Science+Business Media New York 2001 comp

航海太平洋

https://doi.org/10.1057/9780230253117 computers for day-to-day operation on the one hand, and greater geographical dispersion of the system on the other, have raised concerns about the impact of service outages or even severe failures on the business results. In consequence, part of the study concerns the enhancement of the reliability and availability of the VP’63 system.

mastopexy

植物群

negligence

978-1-4613-5666-0Springer Science+Business Media New York 2001

BYRE

Distributed System Paradigmsly, the chapter addresses: naming and addressing; message passing; remote op-erations; group communication; time and clocks; synchrony; ordering; coordi-nation; consistency; concurrency; and atomicity. Paradigms are motivated by showing their problem-solving potential and also their limitations.

grandiose

分散

Case Study: VP’63- The Vintageport’63 Large-Scale Information Systemny owning a traditional and obsolete information system starts a project aiming at its modernization. The case study is methodically addressed at the end of each part, so that we progressively improve VP’63. In this part, we start by making it: modular, distributed and interactive.

責(zé)任

Paradigms for Distributed Fault Tolerancehip, fault-tolerant communication, replication management, resilience and recovery. The paradigms are explained in practical terms, by exemplifying the problems they solve, as well as their limitations.

注意

entail

Real-Time Systems Foundationsns. It traces the evolution of real-time computing towards distribution and discusses its relation with fault-tolerance. Finally, the most relevant architectural approaches to real-time in networks and distributed systems are introduced, to be detailed in the subsequent chapters of this part.