Top- Down Network Design, 3rd Edition. Online Sample Chapter. Developing Network Security Strategies. Sample Pages. Download the sample pages (includes Chapter 8 and Index)Table of Contents. Introduction. Part I Identifying Your Customer’s Needs and Goals. Chapter 1 Analyzing Business Goals and Constraints 3.
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Comments about oreilly Linux Device Drivers, 3rd Edition: I use this book for drivers in Radars, Sat Com and other embedded systems. His examples are very good applicable for many driver applications. It is not a cookbook, it. Database Management Systems, 3rd Edition [Raghu Ramakrishnan, Johannes Gehrke] on Amazon.com. *FREE* shipping on qualifying offers. Database Management Systems provides comprehensive and up-to-date coverage of the fundamentals. The Internet Book: Everything You Need to Know About Computer Networking and How the Internet Works (4th Edition) [Douglas E Comer] on Amazon.com. *FREE* shipping on qualifying offers. Internet. Welcome! Welcome to the student resources for the Computer Networking: A Top-Down Approach Featuring the Internetthird edition Companion Web site. Freely-available resources include the applets, references, and authors.
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B.E Computer Science and EngineeringVISVESVARAYA TECHNOLOGICAL UNIVERSITY, BELGAUM 1. 3rd to 8th semester computer science (2010 Scheme) Syllabus Copies 1. B.E Computer Science and. Network usage is continuing to accelerate as enterprise network users communicate via video-conferencing, develop products more collaboratively, and rely more heavily on networked tools. Top-Down Network Design, Third Edition. MetaPack are the leading provider of delivery management technology to enterprise retailers and retail delivery partners across the world. Our platform integrates to 300 carriers and 3500 delivery services such as Next Day. Welcome to the Companion Website for Computer Networking: A Top-Down Approach Featuring the Internet. Student Resources: Quizzes, Ethereal Labs, applets, links, additional readings, and more. Some of the resources are password. Your selections: Clear all selections; Sort by: Title | Edition; Site Map Computer Science Resources Get Started MyProgrammingLab Pearson Higher Education. Computer Science Resources / ISBN-10: • ISBN-13: Site Map Computer Science Resources Get Started MyProgrammingLab Pearson Higher Education.
Using a Top- Down Network Design Methodology 3 Using a Structured Network Design Process 5 Systems Development Life Cycles 6 Plan Design Implement Operate Optimize (PDIOO) Network Life Cycle 7. Analyzing Business Goals 8 Working with Your Client 8 Changes in Enterprise Networks 1. Networks Must Make Business Sense 1.
Networks Offer a Service 1. The Need to Support Mobile Users 1. The Importance of Network Security and Resiliency 1. Typical Network Design Business Goals 1.
Identifying the Scope of a Network Design Project 1. Identifying a Customer’s Network Applications 1. Analyzing Business Constraints 1. Politics and Policies 1. Budgetary and Staffing Constraints 2. Project Scheduling 2.
Business Goals Checklist 2. Summary 2. 3Review Questions 2. Design Scenario 2. Chapter 2 Analyzing Technical Goals and Tradeoffs 2.
Scalability 2. 5 Planning for Expansion 2. Expanding Access to Data 2. Constraints on Scalability 2. Availability 2. 7 Disaster Recovery 2. Specifying Availability Requirements 2. Five Nines Availability 3. The Cost of Downtime 3.
Mean Time Between Failure and Mean Time to Repair 3. Network Performance 3. Network Performance Definitions 3. Optimum Network Utilization 3. Throughput 3. 5 Throughput of Internetworking Devices 3.
Application Layer Throughput 3. Accuracy 3. 8 Efficiency 3.
Delay and Delay Variation 4. Causes of Delay 4. Delay Variation 4. Response Time 4. 4Security 4.
Identifying Network Assets 4. Analyzing Security Risks 4. Reconnaissance Attacks 4.
Denial- of- Service Attacks 4. Developing Security Requirements 4. Manageability 4. 9Usability 5. Adaptability 5. 0Affordability 5. Making Network Design Tradeoffs 5. Technical Goals Checklist 5.
Summary 5. 5Review Questions 5. Design Scenario 5. Chapter 3 Characterizing the Existing Internetwork 5. Characterizing the Network Infrastructure 5. Developing a Network Map 6. Characterizing Large Internetworks 6. Characterizing the Logical Architecture 6.
Developing a Modular Block Diagram 6. Characterizing Network Addressing and Naming 6.
Characterizing Wiring and Media 6. Checking Architectural and Environmental Constraints 6. Checking a Site for a Wireless Installation 6. Performing a Wireless Site Survey 7. Checking the Health of the Existing Internetwork 7. Developing a Baseline of Network Performance 7. Analyzing Network Availability 7.
Analyzing Network Utilization 7. Measuring Bandwidth Utilization by Protocol 7. Analyzing Network Accuracy 7. Analyzing Errors on Switched Ethernet Networks 7. Analyzing Network Efficiency 7. Analyzing Delay and Response Time 8. Checking the Status of Major Routers, Switches, and Firewalls 8.
Network Health Checklist 8. Summary 8. 4Review Questions 8.
Hands- On Project 8. Design Scenario 8. Chapter 4 Characterizing Network Traffic 8. Characterizing Traffic Flow 8.
Identifying Major Traffic Sources and Stores 8. Documenting Traffic Flow on the Existing Network 8. Characterizing Types of Traffic Flow for New Network Applications 9. Terminal/Host Traffic Flow 9. Client/Server Traffic Flow 9. Peer- to- Peer Traffic Flow 9. Server/Server Traffic Flow 9.
Distributed Computing Traffic Flow 9. Traffic Flow in Voice over IP Networks 9. Documenting Traffic Flow for New and Existing Network Applications 9.
Characterizing Traffic Load 9. Calculating Theoretical Traffic Load 9. Documenting Application- Usage Patterns 9. Refining Estimates of Traffic Load Caused by Applications 9. Estimating Traffic Load Caused by Routing Protocols 1. Characterizing Traffic Behavior 1.
Broadcast/Multicast Behavior 1. Network Efficiency 1. Frame Size 1. 03 Windowing and Flow Control 1. Error- Recovery Mechanisms 1. Characterizing Quality of Service Requirements 1. ATM Qo. S Specifications 1. Constant Bit Rate Service Category 1.
Real- time Variable Bit Rate Service Category 1. Non- real- time Variable Bit Rate Service Category 1. Unspecified Bit Rate Service Category 1.
Available Bit Rate Service Category 1. Guaranteed Frame Rate Service Category 1. IETF Integrated Services Working Group Qo. S Specifications 1. Controlled- Load Service 1. Guaranteed Service 1.
IETF Differentiated Services Working Group Qo. S Specifications 1. Grade of Service Requirements for Voice Applications 1. Documenting Qo. S Requirements 1. Network Traffic Checklist 1. Summary 1. 14. Review Questions 1. Design Scenario 1.
Summary for Part I 1. Part II Logical Network Design Chapter 5 Designing a Network Topology 1. Hierarchical Network Design 1. Why Use a Hierarchical Network Design Model?
Flat Versus Hierarchical Topologies 1. Flat WAN Topologies 1. Flat LAN Topologies 1. Mesh Versus Hierarchical- Mesh Topologies 1. Classic Three- Layer Hierarchical Model 1.
Core Layer 1. 27 Distribution Layer 1. Access Layer 1. 28 Guidelines for Hierarchical Network Design 1. Redundant Network Design Topologies 1.
Backup Paths 1. 31 Load Sharing 1. Modular Network Design 1. Cisco SAFE Security Reference Architecture 1. Designing a Campus Network Design Topology 1. Spanning Tree Protocol 1.
Spanning Tree Cost Values 1. Rapid Spanning Tree Protocol 1. RSTP Convergence and Reconvergence 1. Selecting the Root Bridge 1. Scaling the Spanning Tree Protocol 1. Virtual LANs 1. 41 Fundamental VLAN Designs 1.
Wireless LANs 1. 44 Positioning an Access Point for Maximum Coverage 1. WLANs and VLANs 1. Redundant Wireless Access Points 1. Redundancy and Load Sharing in Wired LANs 1. Server Redundancy 1.
Workstation- to- Router Redundancy 1. Hot Standby Router Protocol 1. Gateway Load Balancing Protocol 1. Designing the Enterprise Edge Topology 1. Redundant WAN Segments 1.
Circuit Diversity 1. Multihoming the Internet Connection 1. Virtual Private Networking 1. Site- to- Site VPNs 1. Remote- Access VPNs 1. Service Provider Edge 1.
Secure Network Design Topologies 1. Planning for Physical Security 1. Meeting Security Goals with Firewall Topologies 1. Summary 1. 63. Review Questions 1. Design Scenario 1. Chapter 6 Designing Models for Addressing and Numbering 1.
Guidelines for Assigning Network Layer Addresses 1. Using a Structured Model for Network Layer Addressing 1. Administering Addresses by a Central Authority 1. Distributing Authority for Addressing 1.
Using Dynamic Addressing for End Systems 1. IP Dynamic Addressing 1. IP Version 6 Dynamic Addressing 1.
Zero Configuration Networking 1. Using Private Addresses in an IP Environment 1. Caveats with Private Addressing 1.
Network Address Translation 1. Using a Hierarchical Model for Assigning Addresses 1. Why Use a Hierarchical Model for Addressing and Routing? Hierarchical Routing 1.
Classless Interdomain Routing 1. Classless Routing Versus Classful Routing 1. Route Summarization (Aggregation) 1.
Route Summarization Example 1. Route Summarization Tips 1. Discontiguous Subnets 1. Mobile Hosts 1. 84 Variable- Length Subnet Masking 1. Hierarchy in IP Version 6 Addresses 1. Link- Local Addresses 1.
Global Unicast Addresses 1. IPv. 6 Addresses with Embedded IPv. Addresses 1. 89. Designing a Model for Naming 1.
Distributing Authority for Naming 1. Guidelines for Assigning Names 1. Assigning Names in a Net.
BIOS Environment 1. Assigning Names in an IP Environment 1. The Domain Name System 1. Dynamic DNS Names 1. IPv. 6 Name Resolution 1. Summary 1. 95. Review Questions 1.
Design Scenario 1. Chapter 7 Selecting Switching and Routing Protocols 1.
Making Decisions as Part of the Top- Down Network Design Process 2. Selecting Switching Protocols 2. Switching and the OSI Layers 2.
Transparent Bridging 2. Selecting Spanning Tree Protocol Enhancements 2. Port. Fast 2. 04 Uplink. Fast and Backbone.
Fast 2. 04 Unidirectional Link Detection 2. Loop. Guard 2. 06 Protocols for Transporting VLAN Information 2. IEEE 8. 02. 1. Q 2. Dynamic Trunk Protocol 2. VLAN Trunking Protocol 2. Selecting Routing Protocols 2.
Characterizing Routing Protocols 2. Distance- Vector Routing Protocols 2. Link- State Routing Protocols 2.
Routing Protocol Metrics 2. Hierarchical Versus Nonhierarchical Routing Protocols 2. Interior Versus Exterior Routing Protocols 2. Classful Versus Classless Routing Protocols 2. Dynamic Versus Static and Default Routing 2.
On- Demand Routing 2. Scalability Constraints for Routing Protocols 2.
Routing Protocol Convergence 2. IP Routing 2. 18 Routing Information Protocol 2. Enhanced Interior Gateway Routing Protocol 2. Open Shortest Path First 2. Intermediate System- to- Intermediate System 2. Border Gateway Protocol 2. Using Multiple Routing Protocols in an Internetwork 2.
Routing Protocols and the Hierarchical Design Model 2. Redistribution Between Routing Protocols 2. Integrated Routing and Bridging 2.
A Summary of Routing Protocols 2. Summary 2. 31. Review Questions 2. Design Scenario 2. Chapter 8 Developing Network Security Strategies 2. Network Security Design 2.
Identifying Network Assets 2. Analyzing Security Risks 2. Analyzing Security Requirements and Tradeoffs 2. Developing a Security Plan 2. Developing a Security Policy 2. Components of a Security Policy 2. Developing Security Procedures 2.
Maintaining Security 2. Security Mechanisms 2. Physical Security 2. Authentication 2. Authorization 2. 39 Accounting (Auditing) 2. Data Encryption 2. Public/Private Key Encryption 2.
Packet Filters 2. Firewalls 2. 44 Intrusion Detection and Prevention Systems 2. Modularizing Security Design 2. Securing Internet Connections 2. Securing Public Servers 2. Securing E- Commerce Servers 2. Securing Remote- Access and VPNs 2.
Securing Remote- Access Technologies 2. Securing VPNs 2. 49 Securing Network Services and Network Management 2. Securing Server Farms 2. Securing User Services 2.
Securing Wireless Networks 2. Authentication in Wireless Networks 2. Data Privacy in Wireless Networks 2. Summary 2. 61. Review Questions 2.
Design Scenario 2. Chapter 9 Developing Network Management Strategies 2.