Andere Kunden interessierten sich auch für
![Guide to Reliable Internet Services and Applications]( "Guide to Reliable Internet Services and Applications")
Guide to Reliable Internet Services and Applications111,99 €![Algorithms for Next Generation Networks]( "Algorithms for Next Generation Networks")
Algorithms for Next Generation Networks110,99 €![Algorithms for Next Generation Networks]( "Algorithms for Next Generation Networks")
Algorithms for Next Generation Networks110,99 €![Guide to Wireless Mesh Networks]( "Guide to Wireless Mesh Networks")
Guide to Wireless Mesh Networks41,99 €![Guide to Wireless Mesh Networks]( "Guide to Wireless Mesh Networks")
Guide to Wireless Mesh Networks37,99 €![Network Control and Engineering for Qos, Security and Mobility, III]( "Network Control and Engineering for Qos, Security and Mobility, III")
Network Control and Engineering for Qos, Security and Mobility, III191,99 €![Pervasive Computing]( "Pervasive Computing")
Pervasive Computing110,99 €
This guide addresses the challenges faced by service providers and the approaches they use to deliver reliable networks and networked application services. The book offers a systematic, inter-disciplinary approach and coverage of practical problems arising in real, operational deployments. Leading practitioners and researchers present their perspectives, and provide "best practices". Features: Introduces the challenges of building reliable networks and services; Examines network reliability modeling and network planning; Investigates inter-domain reliability and overlay networks; Explores the critical function of network configuration management; Discusses network measurement and performance monitoring; Covers network management systems; Presents an approach to the design of reliable network application software, and an overview of server capacity and performance engineering. This text is suitable for an advanced undergraduate or graduate course, and will be of value to researchers and practitioners.
An oft-repeated adage among telecommunication providers goes, "There are ve things that matter: reliability, reliability, reliability, time to market, and cost. If you can't do all ve, at least do the rst three. " Yet, designing and operating reliable networks and services is a Herculean task. Building truly reliable components is unacceptably expensive, forcing us to c- struct reliable systems out of unreliable components. The resulting systems are inherently complex, consisting of many different kinds of components running a variety of different protocols that interact in subtle ways. Inter-networkssuch as the Internet span multiple regions of administrative control, from campus and cor- rate networks to Internet Service Providers, making good end-to-end performance a shared responsibility borne by sometimes uncooperative parties. Moreover, these networks consist not only of routers, but also lower-layer devices such as optical switches and higher-layer components such as rewalls and proxies. And, these components are highly con gurable, leaving ample room for operator error and buggy software. As if that were not dif cult enough, end users understandably care about the performance of their higher-level applications, which has a complicated relationship with the behavior of the underlying network. Despite these challenges, researchers and practitioners alike have made trem- dous strides in improving the reliability of modern networks and services.
An oft-repeated adage among telecommunication providers goes, "There are ve things that matter: reliability, reliability, reliability, time to market, and cost. If you can't do all ve, at least do the rst three. " Yet, designing and operating reliable networks and services is a Herculean task. Building truly reliable components is unacceptably expensive, forcing us to c- struct reliable systems out of unreliable components. The resulting systems are inherently complex, consisting of many different kinds of components running a variety of different protocols that interact in subtle ways. Inter-networkssuch as the Internet span multiple regions of administrative control, from campus and cor- rate networks to Internet Service Providers, making good end-to-end performance a shared responsibility borne by sometimes uncooperative parties. Moreover, these networks consist not only of routers, but also lower-layer devices such as optical switches and higher-layer components such as rewalls and proxies. And, these components are highly con gurable, leaving ample room for operator error and buggy software. As if that were not dif cult enough, end users understandably care about the performance of their higher-level applications, which has a complicated relationship with the behavior of the underlying network. Despite these challenges, researchers and practitioners alike have made trem- dous strides in improving the reliability of modern networks and services.