Note
Thu, 17 Mar 2016 | Campus Network Design
The website references in this book were accurate at the time of writing however, they might have since changed. If a particular uniform resource locator (URL) is unavailable, you might try conducting a search using the title as key words in a search engine such as Google (http www.google.com). AirDefense and Cisco integration information, http www.airdefense.net cisco . AutoQoS information, ios protocol option technology support protocol home.html Availability Measurement, Networkers 2004...
- Access Attacks
- Acknowledgments
- Addressing Devices
- Analyzing the Existing Network
- Appendix B Network Fundamentals
- Appendix C Decimal Binary Conversion
- Applications
- Aspects111
- AutoQoS
- Backbone
- Background Information and Context
- Bandwidth Requirements
- Beacon Frame
- Binary
- Binary Numbers
- Branch Office
- Branch Office EMail
- Branch Office IP Addressing and Routing Protocol
- Call Processing
- Catalyst Hardware Security
- Caution
- Change181
- Network Design
- Other Enabling Technologies
- Case Study Context Venti Systems
- Case Study Solution Venti Systems
- Switching Design
- Pv4 Routing Design
- Network Security Design
- Quality of Service Design
- Voice Transport Design
- Content Networking Design
- Network Management Design
- Chapter S Wireless LAN Design
- Choosing Your Routing Protocol
- Cisco Express Forwarding
- Cisco Works
- Classification and Marking
- Classifying Routing Protocols
- Communication Among OSI Layers
- Compressed Real Time Transport Protocol
- Congestion Avoidance Key Point
- Content Networking
- Content Routing
- Convergence Time
- Convergence Time Key Point
- Converting Binary IP Addresses to Decimal
- Converting Decimal IP Addresses to Binary
- Copyright
- Decimal
- Decimal Numbers
- Decimalto Binary Conversion Chart
- Dedications
- Denial of Service Attacks
- Design Considerations for Wireless IP Phones
- Design Model
- Design Principles
- Determining How Many IP Addresses Are Required
- Determining Requirements
- Determining the Subnet Mask to
- Diff Serv
- Endnotes - 2
- EUI64 Format
- Even a CEO Can Be Dangerous to His Company
- Feedback Information
- Figure 102 A San Is Deployed Between Servers and Disks
- Figure 112 Venti Systems Current Network Topology
- Figure 113 Organization Structure of the Merged Company
- Figure 128 Intrusion Detection and Protection at Work
- Figure 17 Each Functional Area Contains Modules131
- Figure 21 The MAC Address Table Is Initially Empty
- Figure 210 The Mlsse Offloads Work from the MLSRP
- Figure 25 A Port Can Transition Among STP States
- Figure 310 Calculating the VLSM Subnetting for the Network in Figure
- Figure 311 The Distance Vector Split Horizon Rule Prevents Router A from Passing Routes Learned from Routers B to C
- Figure 313 Classful Routing Protocols Do Not Support Discontiguous Networks Classless Routing Protocols Do
- Figure 32 The Number of Subnets and Hosts Required Determines the Subnet Mask to
- Figure 33 Calculating Subnet Addresses
- Figure 34 Calculating Device Addresses
- Figure 37 Route Summarization on a Nonoctet Boundary
- Figure 41 Phishing Email
- Figure 411 Enterprise Campus Network Design
- Figure 42 DDoSCreating an Army of Agents111
- Figure 46 Encryption Operation151
- Figure 47 Encrypted Tunnels161
- Figure 49 Private and Public Key Operations121
- Figure 54 Deploying Wireless IP Phones
- Figure 62 QoS Tools Manage Network Traffic
- Figure 63 The ToS Field in an IPv4 Header Supports IP Precedence or I
- Figure 64 Af Phb and DSCP Values
- Figure 67 Policing Drops Excess Traffic While Shaping Delays It
- Figure 71 Converting Analog Speech into Digital Signals
- Figure 74 IP Telephony Multisite Centralized Design
- Figure 82 With Nontransparent Caching the Content Engine
- Figure 88 Content Networking Ensures That Video Is Available Throughout the Enterprise
- Figure 92 Internet MIB Hierarchy111
- Figure 96 Management Module Provides Monitoring
- Figure B10 Four Way Handshake Closes a TCP Session
- Figure B11 An IP Datagram Contains at Least 20 Bytes
- Figure B13 Router Works at the Network Layer
- Figure B18 Data Is Encapsulated and Decapsulated as It Flows Through the Network
- Figure B3 Data Is Encapsulated as It Goes Down Through the Layers and Decapsulated as It Goes Up
- Figure B4 A Variety of LAN and WAN Standards
- Figure B5 Tcpip Protocol Suite
- Figure B6 UDP Segments Contain at Least 8 Bytes While TCP Segments Contain at Least 20 Bytes
- Figure B7 Source and Destination Port Numbers Indicate the Application Being Used
- Figure C1 Interpreting a Decimal Number
- For Different VLANs
- Future Considerations
- Hashing
- Head Office
- Head Office EMail
- Head Office Network Management
- Head Office QoS and Voice
- Head Office Security
- Head Office Switching
- Head Office Wireless
- Hierarchical IP Address Design and Summarization
- Icons Used in This Book
- Implementation Issues
- Increasing Network Availability
- Index - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
- Infamous AttacksA Short List
- Information Disclosure Attacks
- Internet Group Management Protocol IGMP and Cisco Group Management Protocol CGMP
- Introduction
- Introduction to Networks
- Int Serv
- IP Addresses
- IP Infrastructure
- IP Multicast
- IP Telephony Network Security Concerns
- IP Version
- Pv4 Address Design
- Pv4 Routing Protocols
- ISO Network Management Standard
- Key Point - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49
- LANs and WANs
- Layer 2 Switching Key Point
- Layer 3 Switching Key Point
- LLC and MAC Sublayers
- London
- Maintaining Design Documentation
- Making the Business Case - 2 3 4 5 6
- Marking161
- Measurements
- Metrics
- Mitigating Technologies
- Mitigating to Protect IP Telephony
- Model111
- Monitoring and Redesigning
- Multilayer Switching - 2
- Network Management Protocols and Tools
- Network Management Strategy
- Network Management System
- Network Requirements After Acquisitions Are Complete
- Network Security Best Practices
- Note - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60
- Office
- Other TooIs
- Packetization and Call Processing
- Physical and Logical Addresses
- Physical Interfaces and Ports
- Platform Security Issues
- Pointto Point Bridging
- Preparing the Preliminary Design
- Protocols
- Protocols and the OSI Model
- QoS Design Guidelines
- QoS Requirements for Voice Data Video and Other Traffic
- Quality of Service
- Reconnaissance Attacks
- Redistribution Filtering and Administrative Distance Key Point
- Redundancy in Layer 2 Switched Networks
- Remote User EMail
- Remote Users
- Rmon
- Routers
- Routers Work at the Lower Three OSI Layers
- Routing
- Routing and Network Layer Addresses
- Routing Protocols
- SAFE Campus Design
- School Curriculum
- Secure Communication
- Secure Shell
- Security
- Servers
- Signaling Traffic Bandwidth
- Site Survey
- Site Surveys Have Their Purpose
- SLCs and SLAs
- Snmp
- Storage Networking
- STP Terminology and Operation
- Summary - 2 3 4 5 6 7 8 9 10 11
- Switches Versus Bridges
- Switching Design Considerations
- Switching Security
- Switching Types
- Syslog
- TCPIP Internet Layer Protocols
- TCPIP Transport Layer Protocols
- Terminology
- Terminology Domains Bandwidth Broadcast and Multicast
- The Cisco Enterprise Composite Network Model
- The OSI Layers
- The Subnet to
- The TCP threeway handshake is shown in Figure B8 Figure B8 Three Way Handshake Establishes a TCP Session
- Threat Defense
- Trademark Acknowledgments
- Transparent Caching Key Point
- Trunks
- Trust and Identity
- User Devices
- Virsus Worms and Trojan Horses
- Virtual LANs
- VLAN Trunking Protocol Key Point
- Voice Compression
- Voice Gateway
- Voice Security
- Warning and Disclaimer
- What Is Design
- White Box and Black Box Hacking
- Wireless Components
- Wireless Management
- Wireless Security
- Wireless Security Issues
- Wireless Standards
- Wireless Technology Overview
- Wireless Threat Mitigation
- WLAN Roaming