Networking basics : CCNA 1

著者

• Odom, Wendell
• Knott, Tom
• McReynolds, Shawn

書誌事項

Networking basics : CCNA 1

Wendell Odom, Tom Knott

（Cisco networking academy program series）

Cisco Press, c2006 - c2007

• Companion guide
• Labs and study guide

タイトル別名

CCNA 1 companion guide

CCNA 1 Labs and study guide

注記

Labs and study guide / Shawn McReynolds

Companion guide: xxx, 587 p. : ill. ; 25 cm + 1 CD-ROM (4 3/4 in.)

Labs and study guide: xiv, 358 p. : ill. ; 28 cm

Includes index

"The only authorized companion guide for the Cisco Networking Academy Program"--Cover

"The only authorized Labs and study guide for the Cisco Networking Academy Program"--Cover

内容説明・目次

巻冊次

Companion guide ISBN 9781587131646

内容説明

The only authorized Companion Guide for the Cisco Networking Academy Program New and improved features help you study and succeed in this course: Chapter objectives-Review core concepts by answering the questions at the beginning of each chapter. Key terms-Refer to the updated lists of networking vocabulary introduced in each chapter and turn to the highlighted terms in context. Glossary-Consult the all-new glossary with more than 700 terms. Check Your Understanding questions and answer key-Evaluate your readiness with the updated end-of-chapter questions that match the style of questions you see in the online course assessments. The answer appendix explains each answer. Challenge questions and activities-Challenge yourself with review questions and activities designed to be similar to the complex questions you might see on the CCNA exam. The answer appendix explains each answer. Extra practice problems-Reinforce processes and math formulas used to analyze basic networking features by completing the extra practice problems in Appendix C. Networking Basics CCNA 1 Companion Guide is the official supplemental textbook for v3.1.1 of the CCNA (R) 1 course in the Cisco (R) Networking Academy (R) Program. The authors have completely rewritten the Companion Guide to provide a fresh, complementary perspective on the online course content. The book covers all the topics in the course yet provides additional examples and alternative approaches to individual topics-all to aid the learning process and lock in your understanding of basic networking concepts and technologies. Companion CD-ROM This CD-ROM includes: Additional Topics of Interest-Beneficial to becoming a well-rounded networker. Interactive Media Activities-More than 20 activities from the online course that visually demonstrate key topics. Packet Tracer v3.2-A Flash-based simulation and visualization learning tool. Student Resources on the Web Cisco Press provides additional content that you can access by registering your individual book at ciscopress.com. Membership and registration are free and give you access to the extra practice problems answer key, Packet Tracer configuration files, and additional content from Cisco Press books.

目次

Chapter 1 Introduction to Networking Objectives Key Terms Connecting to Networks and the Internet What's a Network? Network Components Enterprise Networks and Home Internet Access TCP/IP Protocol Suite and TCP/IP Software Network Math Bits and Bytes Decimal Numbering System: Base 10 Binary Numbering System: Base 2 Converting From 8-Bit Binary Numbers to Decimal Numbers Converting from Decimal Numbers to 8-Bit Binary Numbers Generic Decimal-to-8-Bit-Binary Conversion Process Converting IP Addresses Between Decimal and Binary Using a Conversion Chart Hexadecimal Numbering System: Base 16 Boolean or Binary Logic Summary Check Your Understanding Challenge Questions and Activities Chapter 2 Networking Fundamentals Objectives Key Terms Networking Basics and Terminology A Brief History of the Networking Universe The Need for Networking Protocols and Standards Ethernet LANs and LAN Devices Wide-Area Networks MANs and SANs Virtual Private Networks Network Topologies Bandwidth LAN and WAN Bandwidth Throughput Versus Bandwidth Calculating Data Transfer Time Analog Bandwidth Planning for Bandwidth The OSI and TCP/IP Networking Models OSI Model TCP/IP Networking Model Summary Check Your Understanding Chapter 3 Networking Media Objectives Additional Topics of Interest Key Terms Copper Media Digital Transmission Using Copper Wires Popular LAN Copper Cabling Optical Media Comparing Fiber-Optic Cabling and Copper Cabling Electromagnetic Spectrum Fiber-Optic Cabling Wireless Media Enterprise WLAN Components and Design WLAN Organization and Standards Summary Check Your Understanding Challenge Questions and Activities Chapter 4 Cable Testing Objectives Additional Topics of Interest Key Terms Frequency-Based Cable Testing Waves Sine Waves and Square Waves Analog and Digital Signals Signals and Noise Signaling over Copper and Fiber-Optic Cabling Attenuation and Insertion Loss on Copper Media Sources of Noise on Copper Media Types of Crosstalk Cable Testing Standards Summary Check Your Understanding Chapter 5 Cabling LANs and WANs Objectives Additional Topics of Interest Key Terms Cabling LANs LAN Cabling Fundamentals Connecting Ethernet Networking Devices Using the LAN: Models for PC Communications Cabling WANs WAN Physical and Data Link Layers Choosing DCE and DTE Cables Fixed and Modular Routers Router Console Cabling Summary Check Your Understanding Challenge Questions and Activities Chapter 6 Ethernet Fundamentals Objectives Additional Topics of Interest Key Terms Ethernet Fundamentals The History of Ethernet The Names of Different IEEE Ethernet Types IEEE Ethernet Standards and the OSI Model Ethernet Framing The Format of MAC Addresses Sending Frames over Different Types of Ethernet LLC, SNAP, and Determining the Type of Protocol Ethernet Operation Rules Governing When a Device Can Transmit: CSMA/CD Full Duplex, Half Duplex, and Collision Domains Autonegotiation of Duplex and Speed Deterministic and Nondeterministic Media Access Summary Check Your Understanding Challenge Questions and Activities Chapter 7 Ethernet Technologies Objectives Additional Topics of Interest Key Terms 10- and 100-Mbps Ethernet 10-Mbps Ethernet 10BASE-T 100-Mbps Ethernet Gigabit Ethernet and Beyond 1000BASE-X 1000BASE-T Future of Ethernet Summary Check Your Understanding Challenge Questions and Activities Chapter 8 Ethernet Switching Objectives Key Terms Ethernet Switch Operations Layer 2 Bridging and Switching Operations The Cisco Switch CAM Switch Internal Processing Spanning Tree Protocol LAN Design: Collision Domains and Broadcast Domains Collision Domains Layer 2 Broadcast Domains Identifying Networking Devices by OSI Layer Data Flow Using Layer 1, Layer 2, and Layer 3 Devices The Ambiguous Term Segment Summary Check Your Understanding Challenge Questions and Activities Chapter 9 TCP/IP Protocol Suite and IP Addressing Objectives Additional Topics of Interest Key Terms TCP/IP Model TCP/IP Network Access (Network Interface) Layer TCP/IP Internet Layer TCP/IP Transport Layer TCP/IP Application Layer Perspectives on the TCP/IP and OSI Models IP Addressing Fundamentals Basic Facts About IP Addresses Address Assignment and Address Classes Network Math Subnetting Basics Ensuring Unique IP Addresses Throughout the Internet Assigning and Mapping IP Addresses Static IP Address Configuration Dynamic IP Address Configuration Using DHCP Comparing Static and DHCP Address Assignment Using ARP and Proxy ARP on LANs Summary Check Your Understanding Challenge Questions and Activities Chapter 10 Routing Fundamentals and Subnets Objectives Key Terms IP Routing (Forwarding) A Brief History of Some Confounding Terms Routing Between Two Connected LAN Subnets A Deeper Look at Routing IP Routing: Working with Layer 2 Protocols Important Characteristics of IP Full IP Header Routing Protocols How Routers Learn IP Routes Routing Protocol Features Comparing Routing Protocols IP Subnetting A Brief Review of Subnetting Determining the Number of Required Subnets and the Resulting Subnet Mask Determining the Subnet Numbers and Assignable IP Addresses in Each Subnet Determining the Subnet in Which a Host Resides Summary Check Your Understanding Challenge Questions and Activities Chapter 11 TCP/IP Transport and Application Layers Objectives Key Terms The TCP/IP Transport Layer Flow Control and Windowing Establishing and Terminating TCP Connections TCP Error Recovery (Reliability) Segmentation, Reassembly, and In-Order Delivery TCP and UDP Header Reference Identifying Application Processes Using Port Numbers The TCP/IP Application Layer Application Protocols Used by End Users Application Protocols Often Used for Network Management Application Protocol Summary Summary Check Your Understanding Challenge Questions and Activities Appendix A Answers to Check Your Understanding and Challenge Questions Appendix B Decimal to Binary Conversion Table Appendix C Extra Practice Glossary 1587131641TOC060706

巻冊次

Labs and study guide ISBN 9781587131653

内容説明

The completely revised and only authorized Labs and Study Guide for the Cisco Networking Academy Program CCNA 1 curriculum A portable classroom resource that supports the topics in the CCNA 1 curriculum aligning 1:1 with course modules Includes all the labs in the online curriculum as well as additional instructor-created challenge labs for extended learning and classroom exercises Written by leading Academy instructor Shawn McReynolds, who bring a fresh voice to the course material The all-new Labs and Study Guide titles combine the best of the former Lab Companions and Engineering Journal and Workbooks with new features to improve the student's hands-on skills and reinforce the topics for each CCNA course. Networking Basics CCNA 1 Labs and Study Guide is a complete collection of the lab exercises specifically written for the CCNA 1 course in the Cisco Networking Academy Program, designed to give students hands-on experience in a particular concept or technology. Each lab contains an introductory overview, a preparation/tools required section, explanations of commands, and step-by-step instructions to reinforce the concepts introduced in the online course and covered in the Companion Guide. NEW: Challenge labs written by Academy instructors, tested in their classrooms will be included as additional or alternative labs. The Study Guide section is designed to provide additional exercises and activities to reinforce students' understanding of the course topics, preparing them for the course assessments. As a study guide it will also continue to provide ample writing opportunities to guide students into the habit of keeping notes on networking topics.

目次

Chapter 1 Introduction to Networking Study Guide Connecting to the Internet Network Math Lab Exercises Curriculum Lab 1-1: PC Hardware (1.1.2) Curriculum Lab 1-2: PC Network TCP/IP Configuration (1.1.6) Curriculum Lab 1-3: Using ping and tracert from a Workstation (1.1.7) Curriculum Lab 1-4: Web Browser Basics (1.1.8) Curriculum Lab 1-5: Basic PC/Network Troubleshooting Process (1.1.9) Curriculum Lab 1-6: Decimal to Binary Conversion (1.2.5) Curriculum Lab 1-7: Binary to Decimal Conversion (1.2.6) Curriculum Lab 1-8: Hexadecimal Conversion (1.2.8) Challenge Lab 1-9: Understanding Number Systems Chapter 2 Networking Fundamentals Study Guide Networking Terminology Bandwidth Networking Models Lab Exercises Curriculum Lab 2-1: OSI Model and TCP/IP Model (Lab 2.3.6) Curriculum Lab 2-2: OSI Model Characteristics and Devices (Lab 2.3.7) Comprehensive Lab 2-3: Networking Device Identification and Association Chapter 3 Networking Media Study Guide Copper Media Optical Media Wireless Media Lab Exercises Curriculum Lab 3-1: Safe Handling and Use of a Multimeter (3.1.1) Curriculum Lab 3-2 Voltage Measurement (3.1.2) Curriculum Lab 3-3: Resistance Measurement (3.1.3) Curriculum Lab 3-4: Series Circuits (3.1.5) Curriculum Lab 3-5: Communications Circuits (3.1.9a) Curriculum Lab 3-6: Fluke 620 Basic Cable Testing (3.1.9b) Curriculum Lab 3-7: Straight-Through Cable Construction (3.1.9c) Curriculum Lab 3-8: Rollover Cable Construction (3.1.9d) Curriculum Lab 3-9: Crossover Cable Construction (3.1.9e) Curriculum Lab 3-10: UTP Cable Purchase (3.1.9f) Curriculum Lab 3-11: Fiber-Optic Cable Purchase (3.2.8) Comprehensive Lab 3-12: Testing a Crossover Cable Challenge Lab 3-13: Creating a Cable Converter Chapter 4 Cable Testing Study Guide Frequency-Based Cable Testing Signals and Noise Lab Exercises Curriculum Lab 4-1: Fluke 620 Cable Tester-Wire Map (4.2.9a) Curriculum Lab 4-2: Fluke 620 Cable Tester-Faults (4.2.9b) Curriculum Lab 4-3: Fluke 620 Cable Tester-Length (4.2.9c) Curriculum Lab 4-4: Fluke LinkRunner-LAN Tests (4.2.9d) Curriculum Lab 4-5: Fluke LinkRunner-Cable and NIC Tests (4.2.9e) Chapter 5 Cabling LANs and WANs Study Guide Cabling LANs Cabling WANs Lab Exercises Curriculum Lab 5-1: RJ-45 Jack Punch Down (5.1.5) Curriculum Lab 5-2: Hub and NIC Purchase (5.1.7) Curriculum Lab 5-3: Purchasing LAN Switches (5.1.10) Curriculum Lab 5-4: Building a Peer-to-Peer Network (5.1.12) Curriculum Lab 5-5: Building a Hub-Based Network (5.1.13a) Curriculum Lab 5-6: Building a Switch-Based Network (5.1.13b) Curriculum Lab 5-7: Connecting Router LAN Interfaces (5.2.3a) Curriculum Lab 5-8: Building a Basic Routed WAN (5.2.3b) Curriculum Lab 5-9: Troubleshooting Interconnected Devices (5.2.3c) Curriculum Lab 5-10: Establishing a Console Connection to a Router or Switch (5.2.7) Comprehensive Lab 5-11: Building a Multiswitch Network Chapter 6 Ethernet Fundamentals Study Guide Ethernet Fundamentals Ethernet Operation Lab Exercises Challenge Lab 6-1: Identifying MAC Addresses in a LAN Chapter 7 Ethernet Technologies Study Guide 10-Mbps and 100-Mbps Ethernet Gigabit and 10-Gigabit Ethernet Lab Exercises Curriculum Lab 7-1: Waveform Decoding (7.1.2) Curriculum Lab 7-2: Introduction to Fluke Network Inspector (7.1.9a) Curriculum Lab 7-3: Introduction to Fluke Protocol Inspector (7.1.9b) Curriculum Lab 7-3 Appendix: Protocol Inspector Toolbars (7.1.9b) Chapter 8 Ethernet Switching Study Guide Ethernet Switching Collision Domains and Broadcast Domains Lab Exercises Challenge Lab 8-1: Building a Multiswitch Network with Redundant Links Chapter 9 TCP/IP Protocol Suite and IP Addressing Study Guide Introduction to TCP/IP Internet Addresses Obtaining an IP Address Lab Exercises Curriculum Lab 9-1: IP Addressing Basics (9.2.7) Curriculum Lab 9-2: DHCP Client Setup (9.3.5) Curriculum Lab 9-3: Workstation ARP (9.3.7) Comprehensive Lab 9-4: Identifying Internetworks Challenge Lab 9-5: Using Fluke Protocol Inspector to Monitor ARP Chapter 10 Routing Fundamentals and Subnets Study Guide Routed Protocol IP Routing Protocols Mechanics of Subneting Lab Exercises Curriculum Lab 10-1: Small Router Purchase (10.2.9) Curriculum Lab 10-2: Basic Subnetting (10.3.5a) Curriculum Lab 10-3: Subnetting a Class A Address (10.3.5b) Curriculum Lab 10-4: Subnetting a Class B Address (10.3.5c) Curriculum Lab 10-5: Subnetting a Class C Address (10.3.5d) Comprehensive Lab 10-6: Subnetting a Network Using a Class C Address (1) Comprehensive Lab 10-7: Subnetting a Network Using a Class C Address (2) Chapter 11 TCP/IP Transport and Application Layers Study Guide TCP/IP Transport Layer Application Layer Lab Exercises Curriculum Lab 11-1: Protocol Inspector, TCP, and HTTP (11.2.4) Challenge Lab 11-2: Accessing FTP and Telnet Servers 158713165XTOC070606

「Nielsen BookData」 より

詳細情報

• NII書誌ID(NCID): BA7854450X
• ISBN:
  • 1587131641
  • 158713165X
• LCCN: 2005934969
• 出版国コード: us
• タイトル言語コード: eng
• 本文言語コード: eng
• 出版地: Indianapolis, IN
• ページ数/冊数: 2 v.
• 大きさ: 25 - 28cm
• 付属資料: 1 CD-ROM (4 3/4 in.)
• 分類:
  • LCC : TK5105.5
  • DC22 : 004.6
• 件名:
  • LCSH : Computer networks
  • LCSH : Internetworking (Telecommunication)
  • LCSH : Computer networks -- Problems, exercises, etc
  • LCSH : Internetworking (Telecommunication) -- Problems, exercises, etc
• 親書誌ID:
  • BA60489999