CCDA：Cisco Cerfified Design Associate复习重点及模拟试题（英文原版） (2008 年度畅销榜NO.67170 )

Introduction\r\n\r\nChapter 1 Overall Course Objcectives\r\n\r\nDesign a network that meets a customer’s requirements for performance，security，\r\ncapacity，and scalability\r\nAssemble Cisco product lines into an end-to-end networking solution\r\nAdditional Networking Information\r\n\r\nChapter 2 Small-to Medium-Sized Business Solutions Framework\r\n\r\nUpon completion of this introduction，you will be able to describe a framework you \r\ncan use to simplify the complexities associated with analyzing customer network \r\nproblems and creating Cisco scalable solutions\r\n\r\nChapter 3 Identify Customer Needs-Characterize the Existing Network\r\n\r\nIdentify all the data you should gather to characterize the customer’s existing \r\nnetwork Document the customer’s current applications，protocols，topology，and \r\nnumber of users Document the customer’s business issues that are relevant to a \r\nnetwork design profectAssess teh health of the custoemer’s existing network and\r\nmake conclusions about the network’s ability to support growth Determine the \r\ncustomer’s requirements for new applications，protocols，number of users，peak \r\nusage hours，security，and network management Diagram the flow of information for\r\nmew applications Isolate the customer’s criteria for accepting the performance \r\nof a network List some tools that will help you characterize new network traffic\r\nPredict the amount of traffic and the type of traffic caused by the applications，\r\ngiven charts that characterize typical network traffic\r\n\r\nChapter 4 Design the Network Structure\r\n\r\nDescribe the advantages，disadvantages，scalability issues，and applicability of \r\nstandard internetwork topologies\r\nDraw a topology map that meets the customer’s needs and includes a high-level view\r\nof internetworking devices and interconnecting media\r\nRecognize scalability constraints and issues for standard LAN technologies\r\nRecommend Cisco products and LAN technologies that will meet a customer’s \r\nrepuirements for performance，capacity，and scalability in small-to-medium-size \r\nnetworks \r\nUpdate the network topology drawing you created in the previous section to include\r\nhardware and media Recognize scalability constraints and issues for standard WAN\r\ntechnologies\r\nRecognize scalability constraints and preformance budgets for major cisco products\r\nRecommend Cisco Products and WAN technologies that will meet the customer’s \r\nrequirements for performance，capacity，and scalability in an enterprise network\r\nPropose an addressing model for the customer’s areas，networks，subnetworks，\r\nand end stations that meet scalability requirements\r\nPropose a naming scheme for servers，routers，and user stations\r\nIdentify scalability constraints and issues for IGRP，Enhanced IGRP，IP RIP，IPX \r\nRIP/SAP，NLSP，AppleTalk RTMP，and AURP，static routing，and bridging protocols\r\nRecommend routing and bridging Protocols that meet a customer’s requirements for\r\nperformance，security，and capacity\r\nRecognize scalability issues for various Cisco IOS software features such as \r\naccess lists，proxy services，encryption，compression，and queuing\r\nRecommend Cisco IOS software features that meet a customer’s requirements for \r\nperformance，security，capacity，and scalability\r\n\r\nChapter 5 Build a Prototype or Pilot for the Network Structure\r\n\r\nDetermine how much of the network structure must be built to prove that the network\r\ndesign meets the customer’s needs\r\nList the tasks required to build a prototype or pilot that demonstrates the \r\nfunctionality of the network design\r\nList the Cisco IOS software commands you should use to determine if a network \r\nstructure meets teh customer’s performance and scalability goals\r\nDescribe how to demonstrate the prototype or pilot to the customer so that the \r\ncustomer understands that the proposed design meets requirements for performance，\r\nsecurity，capacity，and scalability，and that the costs and risks are acceptable\r\n\r\nAppendix A Have-A-Seat Case Study\r\n\r\nHave-A-Seat\r\n