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E-grāmata: Mike Meyers' CompTIA Network+ Guide to Managing and Troubleshooting Networks Lab Manual, Fifth Edition (Exam N10-007)

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  • Formāts: 496 pages
  • Izdošanas datums: 13-Jul-2018
  • Izdevniecība: McGraw-Hill Education
  • Valoda: eng
  • ISBN-13: 9781260121216
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Mike Meyers' CompTIA Network+ Guide to Managing and Troubleshooting Networks Lab Manual, Fifth Edition (Exam N10-007)Palielināt
  • Formāts: 496 pages
  • Izdošanas datums: 13-Jul-2018
  • Izdevniecība: McGraw-Hill Education
  • Valoda: eng
  • ISBN-13: 9781260121216
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Practice essential IT skills and prepare for the 2018 version of the CompTIA Network+ exam

This thoroughly revised and refreshed workbook challenges you to solve real-world problems by learning to successfully apply the networking theory contained in Mike Meyers’ CompTIA Network+ Guide to Managing and Troubleshooting Networks, Fifth Edition. Clear, measurable lab objectives correspond to every topic on the test, enabling you to pass the challenging exam with ease.

Mike Meyers’ CompTIA Network+ Guide to Managing and Troubleshooting Networks Lab Manual, Fifth Edition (Exam N10-007) contains more than 90 hands-on labs along with materials lists, lab setup details, and step-by-step instructions that require you to think critically. “Tech Tip,” “Hint,” and “Note” icons help you navigate potentially tricky situations throughout. The book features post-lab analysis questions and a “Key Term Quiz” that helps to build vocabulary.

•  Contains 90+ hands-on labs with clear objectives and instructions
•  Includes a 10% discount voucher coupon for the exam, a $27 value
•  Developed by CompTIA certification training guru Mike Meyers

Acknowledgments xvii
Additional Resources for Teachers xviii
Chapter 1 Network Models 1(18)
Lab Exercises
1(3)
Lab Exercise 1.01 Exploring Network Hardware
4(4)
Lab Exercise 1.02 Understanding the Data Delivery Process
8(4)
Lab Exercise 1.03 Examining the Layers of the OSI Seven-Layer Model
12(2)
Lab Exercise 1.04 Preparing a Presentation of the OSI Seven-Layer Model
14(2)
Lab Analysis
16(1)
Key Term Quiz
17(2)
Chapter 2 Cabling and Topology 19(14)
Lab Exercises
19(1)
Lab Exercise 2.01 Identifying Network Topologies
20(3)
Lab Exercise 2.02 Determining Network Cabling Requirements
23(4)
Lab Exercise 2.03 Governing Bodies, Part 1
27(2)
Lab Exercise 2.04 Industry Standards
29(1)
Lab Analysis
30(1)
Key Term Quiz
31(2)
Chapter 3 Ethernet Basics 33(18)
Lab Exercises
33(1)
Lab Exercise 3.01 The 802.3 Working Group and Standards
34(3)
Lab Exercise 3.02 CSMA/CD-Past and Present
37(1)
Lab Exercise 3.03 Building an Ethernet Patch Cable
38(6)
Lab Exercise 3.04 Understanding the Differences Between Cat Se and Cat 6/6A
44(1)
Lab Exercise 3.05 Enhancing the Performance of Ethernet Networks
45(2)
Lab Exercise 3.06 Exploring the Spanning Tree Protocol (STP)
47(2)
Lab Analysis
49(1)
Key Term Quiz
50(1)
Chapter 4 Modern Ethernet 51(16)
Lab Exercises
51(1)
Lab Exercise 4.01 Understanding Ethernet Standards
52(3)
Lab Exercise 4.02 Ethernet Network Design: Implementing Switches
55(4)
Lab Exercise 4.03 Beyond Gigabit Ethernet: 10 Gigabit Ethernet
59(3)
Lab Exercise 4.04 Beyond 10 Gigabit Ethernet: 40/100 Gigabit Ethernet
62(2)
Lab Analysis
64(1)
Key Term Quiz
65(2)
Chapter 5 Installing a Physical Network 67(28)
Lab Exercises
67(1)
Lab Exercise 5.01 Examining Structured Network Cabling
68(3)
Lab Exercise 5.02 Implementing a Small Network Infrastructure
71(8)
Lab Exercise 5.03 Installing Switches, Network Adapters, and PCs
79(5)
Lab Exercise 5.04 Diagnostics and Troubleshooting
84(5)
Lab Exercise 5.05 Field Trip: A Visit with the IT Department
89(3)
Lab Analysis
92(1)
Key Term Quiz
93(2)
Chapter 6 TCP/IP Basics 95(44)
Lab Exercises
95(2)
Lab Exercise 6.01 Diagramming the IP Address and Subnet Mask
97(8)
Lab Exercise 6.02 Configuring IP Addresses and Subnet Masks
105(3)
Lab Exercise 6.03 Configuring Subnetting
108(5)
Lab Exercise 6.04 Local vs. Remote IP Addresses: The Function of the Default Gateway
113(4)
Lab Exercise 6.05 Packet Sniffing; IP Addresses and MAC Addresses Working Together
117(11)
Lab Exercise 6.06 Static IP Addressing vs. Dynamic IP Addressing
128(4)
Lab Exercise 6.07 Configuring and Testing a DHCP Client and a DHCP Server
132(4)
Lab Analysis
136(1)
Key Term Quiz
137(2)
Chapter 7 Routing 139(22)
Lab Exercises
139(1)
Lab Exercise 7.01 Governing Bodies, Part 2
140(3)
Lab Exercise 7.02 Installing and Configuring Routers
143(5)
Lab Exercise 7.03 Exploring NAT and Port Forwarding
148(4)
Lab Exercise 7.04 Configuring Multiple Routers and Implementing Dynamic Routing
152(6)
Lab Analysis
158(2)
Key Term Quiz
160(1)
Chapter 8 TCP/IP Applications 161(24)
Lab Exercises
161(1)
Lab Exercise 8.01 Transport Layer and Network Layer Protocols
162(3)
Lab Exercise 8.02 Analyzing TCP/IP Ports and Associations
165(4)
Lab Exercise 8.03 HTTP and Ports
169(5)
Lab Exercise 8.04 FTP and Ports
174(5)
Lab Exercise 8.05 The TCP Three-Way Handshake in Action
179(3)
Lab Analysis
182(1)
Key Term Quiz
183(2)
Chapter 9 Network Naming 185(20)
Lab Exercises
185(1)
Lab Exercise 9.01 DNS Resolver Cache
186(5)
Lab Exercise 9.02 Using the hosts File for Name Resolution
191(2)
Lab Exercise 9.03 nslookup
193(5)
Lab Exercise 9.04 DNS Client and DNS Server in Action
198(4)
Lab Analysis
202(1)
Key Term Quiz
203(2)
Chapter 10 Securing TCP/IP 205(14)
Lab Exercises
205(1)
Lab Exercise 10.01 Evaluating Digital Signatures
206(4)
Lab Exercise 10.02 Configuring and Using GPG Encryption
210(5)
Lab Exercise 10.03 Analyzing Secure TCP/IP Ports and Associations
215(2)
Lab Analysis
217(1)
Key Term Quiz
218(1)
Chapter 11 Advanced Networking Devices 219(20)
Lab Exercises
219(1)
Lab Exercise 11.01 Exploring Network Terms
220(2)
Lab Exercise 11.02 Encrypting Through a VPN
222(4)
Lab Exercise 11.03 Configuring VLANs on a Switch
226(8)
Lab Exercise 11.04 Exploring Network Protection
234(2)
Lab Analysis
236(1)
Key Term Quiz
237(2)
Chapter 12 IPv6 239(20)
Lab Exercises
239(1)
Lab Exercise 12.01 IPv6 Facts, Figures, and Dates
240(3)
Lab Exercise 12.02 IPv6 Terminology
243(2)
Lab Exercise 12.03 IPv6 Address Notation Shortcuts
245(2)
Lab Exercise 12.04 IPv6 Configuration and Communication
247(3)
Lab Exercise 12.05 IPv6 Tunnel Broker
250(6)
Lab Analysis
256(1)
Key Term Quiz
257(2)
Chapter 13 Remote Connectivity 259(16)
Lab Exercises
259(1)
Lab Exercise 13.01 Identifying WAN Technologies
260(2)
Lab Exercise 13.02 Explore the "Last Mile"
262(3)
Lab Exercise 13.03 Using Remote Desktop Connection
265(4)
Lab Exercise 13.04 Using Windows Remote Assistance
269(4)
Lab Analysis
273(1)
Key Term Quiz
274(1)
Chapter 14 Wireless Networking 275(14)
Lab Exercises
275(1)
Lab Exercise 14.01 Wireless Standards and Security
276(3)
Lab Exercise 14.02 Planning the Wireless Network
279(2)
Lab Exercise 14.03 Configuring Wireless Networking
281(4)
Lab Exercise 14.04 Troubleshooting Wireless Networks
285(2)
Lab Analysis
287(1)
Key Term Quiz
288(1)
Chapter 15 Virtualization and Cloud Computing 289(22)
Lab Exercises
289(2)
Lab Exercise 15.01 Identifying Virtualization Technologies
291(3)
Lab Exercise 15.02 Installing and Configuring VMware Workstation Player
294(5)
Lab Exercise 15.03 Sending Network Traffic Between the Host System and VM
299(5)
Lab Exercise 15.04 Sending Network Traffic from the VM to the Internet
304(2)
Lab Exercise 15.05 Cloud Computing with Google Drive
306(2)
Lab Analysis
308(2)
Key Term Quiz
310(1)
Chapter 16 Mobile Networking 311(8)
Lab Exercises
311(1)
Lab Exercise 16.01 Cellular, Bluetooth, and Other Mobile Technologies
312(3)
Lab Exercise 16.02 Controlling Users' Mobile Devices
315(2)
Lab Analysis
317(1)
Key Term Quiz
318(1)
Chapter 17 Building a Real-World Network 319(12)
Lab Exercises
319(1)
Lab Exercise 17.01 Configuration Management Documentation
320(6)
Lab Exercise 17.02 Industrial Control Systems
326(2)
Lab Analysis
328(1)
Key Term Quiz
329(2)
Chapter 18 Managing Risk 331(10)
Lab Exercises
331(1)
Lab Exercise 18.01 Security Policies
332(2)
Lab Exercise 18.02 User Training
334(2)
Lab Exercise 18.03 Disaster Recovery and Business Continuity
336(2)
Lab Analysis
338(1)
Key Term Quiz
339(2)
Chapter 19 Protecting Your Network 341(18)
Lab Exercises
341(1)
Lab Exercise 19.01 Identifying Common Threats
342(4)
Lab Exercise 19.02 Implementing and Managing User Authentication
346(4)
Lab Exercise 19.03 Exploring Hardware Firewalls
350(2)
Lab Exercise 19.04 Configuring Windows Defender Firewall
352(5)
Lab Analysis
357(1)
Key Term Quiz
358(1)
Chapter 20 Network Monitoring 359(12)
Lab Exercises
359(2)
Lab Exercise 20.01 Understanding SNMP
361(1)
Lab Exercise 20.02 Monitoring Performance and Connectivity
362(6)
Lab Exercise 20.03 Understanding SIEM
368(1)
Lab Analysis
369(1)
Key Term Quiz
370(1)
Chapter 21 Network Troubleshooting 371(22)
Lab Exercises
371(1)
Lab Exercise 21.01 Identifying the Troubleshooting Process
372(3)
Lab Exercise 21.02 Identifying Hardware Troubleshooting Tools
375(2)
Lab Exercise 21.03 Using Software Troubleshooting Tools
377(6)
Lab Exercise 21.04 Exploring Vulnerability Scanners
383(7)
Lab Analysis
390(2)
Key Term Quiz
392(1)
Glossary 393(84)
Index 477
Michael Meyers, MCP, CompTIA A+, CompTIA Network+, CompTIA Security+ (Houston, TX), is one of the industry's leading authorities on CompTIA certification. He is the president and founder and Total Seminars, LLC, a major provider of PC and network repair seminars for thousands of organizations including IBM, Lucent Technologies, GE, the FBI, the FAA and the United Nations. Mike is the best-selling author of the A+ Certification All-in-One Exam Guide.





Jonathan S. Weissman, CompTIA A+, CompTIA Network+, CompTIA Security+, CompTIA Server+, CompTIA Linux+, CCNP, CCNA, CEH, CHFI, is a senior lecturer at Rochester Institute of Technology as well as an associate professor and Networking and Cybersecurity program coordinator at Finger Lakes Community College. He is the recipient of ten teaching awards and honors. He is the co-author of Mike Meyers CompTIA Network+ Guide to Managing and Troubleshooting Networks Lab Manual, Fifth Edition and Principles of Computer Security: CompTIA Security+ and Beyond Lab Manual (Exam SY0-601), and is the technical editor for many other books. Weissman regularly appears on TV news and talk radio, and in articles, as a networking and cybersecurity expert. Additionally, he presents at conferences and in webinars, runs workshops, and appears in podcasts. He has a masters degree in Computer Science from Brooklyn College and holds 44 industry certifications. @CSCPROF on Twitter.
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