| Description |
1 online resource |
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text file |
| Contents |
Cover -- Contents -- Foreword -- Introduction -- Part I: Server Load Balancing (SLB) -- Chapter 1 Introduction to Server Load Balancing -- Why Load Balance? -- History of Server Load Balancing -- Characterization of the Application -- SLB and SLB Modes -- SLB Designs -- Deciding on a Load Balancer -- Review of Infrastructure Design Concepts -- Summary -- Chapter 2 Introduction to the Cisco Content Services Switch -- CSS 11500 Platforms Overview -- CSS 11500 Architecture -- Load Balancing with CSS 11500 -- WebNS Software Features -- Case Study: CSS-Based Solution -- Summary -- Chapter 3 Introduction to the Cisco Content Switching Module -- Benefits of the Content Switch Module -- CSM Architecture -- Load Balancing with Content Switching Module -- A Typical CSM Traffic Flow -- Routing with CSM -- CSM Network Integration Options -- Case Study: CSM-Based Solution -- Summary -- Chapter 4 Layer 7 Load Balancing and Content Customization -- Benefits of Layer 7 Load Balancing -- Introduction to TCP -- Introduction to HTTP -- Layer 7 Load Balancing Mechanisms -- Case Study: Layer 7Based Solution -- Summary -- Chapter 5 Firewall Load Balancing -- Reasons for and Benefits of FWLB -- Types of Firewalls -- Case Study: Firewall Load Balancing -- Summary -- Chapter 6 Transparent and Proxy Cache Load Balancing -- Benefits of Caching -- Caching Overview -- Mechanics of HTTP Caching -- Cisco Application Content Networking and Caching -- Transparent Caching Modes -- Proxy Caching Overview -- Server Proxy (Reverse Proxy Caching) -- Supported Protocols on the Content Engine -- Authentication and Management on the Content Engine -- Content Engine Models -- Case Study: Content Engine in a Transparent Caching-Based Solution -- Summary -- Chapter 7 Load Balancing Streaming Video Servers -- Benefits of Load Balancing Streaming Video Servers -- Introduction to Streaming -- Types of Streaming Video Servers -- Streaming Video Protocols -- Case Study: Load-Balancing Solution for Video Streaming -- Summary -- Chapter 8 Virtual Private Network Load Balancing -- Benefits of VPN Load Balancing -- Introduction to Virtual Private Networks -- Virtual Private Network Protocols -- Case Study: VPN Load-Balanced Solution -- Summary -- Chapter 9 Content Switching Device Migrations -- Motivation Behind Migration -- Migration Planning -- Case Study: Migration from CSS to CSM -- Summary -- Part II: Secure Socket Layer -- Chapter 10 SSL Offloading -- Introduction to SSL -- Introduction to SSLMs -- Case Study: CSM and SSLMBased Solution -- Summary -- Chapter 11 Back-End SSL Offloading -- Back-End SSL on Modules -- Case Study: Back-End SSL Solution -- Summary -- Part III: Distributed Data Centers -- Chapter 12 Global Server Load Balancing -- Motivation for GSLB -- Domain Name System (DNS) Overview -- Global Site Selector -- Case Study: GSLB Solution Using GSS -- Summary -- Chapter 13 IP-Based GSLB Using RHI -- Benefits of Using RHI -- Architecture -- Active/Standby Site-to-Site Recovery -- Implementation Details for Active/Standby Scenarios -- Active/Active Site-to-Site Load Distribution -- Implementation Details for Active/Active Scenarios -- Summary -- Part IV: Data Center. |
| Access |
Use copy Restrictions unspecified star MiAaHDL |
| Reproduction |
Electronic reproduction. [Place of publication not identified] : HathiTrust Digital Library, 2010. MiAaHDL |
| System Details |
Master and use copy. Digital master created according to Benchmark for Faithful Digital Reproductions of Monographs and Serials, Version 1. Digital Library Federation, December 2002. http://purl.oclc.org/DLF/benchrepro0212 MiAaHDL |
| Processing Action |
digitized 2010 HathiTrust Digital Library committed to preserve pda MiAaHDL |
| Summary |
A practical guide to the design and deployment of content switching solutions for mission-critical applications in data center environments Design and deploy content switching solutions in the data center using this definitive guide Learn about various content switching design approaches with implementation details, requirements for each solution, and design caveats Examine detailed case studies that include configuration examples based on deployed content switching solutions Explore scaling server load balancing within the data center, integrated data center design, and GSLB using DNS or IP Assists network administrators in managing their content switching solutions With the advent of e-commerce and Internet-accessible applications, more and more enterprises and service providers rely on data center services to grow their businesses. Content switching solutions, such as load balancing, caching, and disaster recovery for applications, are an essential data center technology and a key to helping businesses run in an efficient and redundant fashion. Understanding content switching solutions is a must for network designers, engineers, and administrators who need to scale their networks to meet the demands of their business. Designing Content Switching Solutions helps you understand content switching solutions using Cisco® content switching products. You'll get a thorough grounding in the theories and concepts behind content switching and then examine specific solutions through case studies. The case studies in Designing Content Switching Solutions emulate real-world scenarios for the solutions covering some of the common features and functionality deployed in production networks. Designing Content Switching Solutions begins by introducing you to server load balancing (SLB), load balancing HTTP, VPNs, firewalls, and migrations between SLB devices. From there, you move to Secure Socket Layer (SSL) using Cisco products, including providing end-to-end encryption from client to server using backend SSL. Later chapters explore advanced techniques, such as how to provide distributed data center solutions using global server load balancing (GSLB) and how to conduct scaling and integration of SLB with SSL and GSLB. Intended for data center architects and managers, network engineers, network administrators, and project managers, Designing Content Switching Solutions shows you the best practices for each content switching solution, enabling you to design an ... |
| Language |
English. |
| Subject |
Telecommunication -- Switching systems -- Design and construction.
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Computer network architectures.
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Computer networks -- Workload.
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Réseaux d'ordinateurs -- Architectures. |
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Réseaux d'ordinateurs -- Charge de travail. |
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Telecommunication -- Switching systems -- Design and construction. |
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Computer network architectures. |
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Computer networks -- Workload. |
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Computer network architectures |
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Computer networks -- Workload |
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Telecommunication -- Switching systems -- Design and construction |
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Electrical & Computer Engineering. |
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Engineering & Applied Sciences. |
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Telecommunications. |
| Indexed Term |
Cisco |
| Genre |
Electronic resource. |
| Added Author |
Khan, Haroon.
|
| Other Form: |
Print version: Naseh, Zeeshan. Designing content switching solutions. Indianapolis, Ind. : Cisco ; London : Pearson Education [distributor], 2006 (DLC) 2004110845 (OCoLC)65761623 |
| ISBN |
158705213X |
|
9781587052132 |
|
8131737810 |
|
9788131737811 |
|
1282654667 |
|
9781282654662 |
|
9786612654664 |
|
661265466X |
|
1587054299 |
|
9781587054297 |
|
9781282610217 (online) |
|
128261021X |
| Standard No. |
9781587052132 |
|
158705213X |
|
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