Computer Networking
Description
If you want to PASS the CompTIA Network+ Certification, this book is for you!
In this book you will discover:
- Network Concepts and Protocols
- CompTIA Network+ Exam Information
- OSI Model & Network Operations
- Encapsulation and the OSI Model
- Network Protocols and Port Numbers
- DHCP, DNS & NTP
- SQL Database Protocols
- TCP & UDP Protocols
- Binary and Hexadecimal Numbers
- How to Convert Decimal to Binary
- IPv4 Addressing Fundamentals
- Classless & Classfull Addressing
- IP Address Types
- How to Subnet Networks
- IPv6 Address Fundamentals
- IPv6 SLAAC & IPv6 DHCP
- Network Address Translation
- Dynamic Host Configuration Protocol
- Domain Name System
- Ethernet Cabling
- Coax Cabling and Cable Termination
- Fiber Optics
- Multiplexing Fiber Optics
- Ethernet Fundamentals
- CSMA/CD
- Duplex and Speed
- Ethernet Frame Fundamentals
- Ethernet Layer 2 Operation
- Spanning Tree Protocol
- VLANs and Port Aggregation
- How to Route IP Traffic
- Address Resolution Protocol
- How to Send Ping to Default Gateway
- How to Build Routing Tables
- Wireless Networking Fundamentals
- Wireless 802.11 Protocols
- Wireless Ethernet Operation
- Wireless Topologies and Management
- Wireless Encryption
- Cellular Wireless
- Layer 2 Devices and Services
- Traffic Shaping
- Neighbor Device Discovery
- Load Balancer Fundamentals
- Firewall Fundamentals
- VoiP & SCADA Systems
- Network Monitoring
- Layer 2 Errors
- Facilities Monitoring
- Collecting Network Monitoring & Baselining
BUY THIS BOOK NOW AND GET STARTED TODAY!
More details
Content
Table of Contents - Book 1
Introduction
Chapter 1 Network Concepts and Protocols
Chapter 2 CompTIA Network+ Exam Information
Chapter 3 OSI Model & Network Operations
Chapter 4 Encapsulation and the OSI Model
Chapter 5 Network Protocols and Port Numbers
Chapter 6 DHCP, DNS & NTP
Chapter 7 SQL Database Protocols
Chapter 8 TCP & UDP Protocols
Chapter 9 Binary and Hexadecimal Numbers
Chapter 10 How to Convert Decimal to Binary
Chapter 11 IPv4 Addressing Fundamentals
Chapter 12 Classless & Classfull Addressing
Chapter 13 IP Address Types
Chapter 14 How to Subnet Networks
Chapter 15 IPv6 Address Fundamentals
Chapter 16 IPv6 SLAAC & IPv6 DHCP
Chapter 17 Network Address Translation
Chapter 18 Dynamic Host Configuration Protocol
Chapter 19 Domain Name System
Table of Contents - Book 2
Introduction
Chapter 1 Ethernet Cabling
Chapter 2 Coax Cabling and Cable Termination
Chapter 3 Fiber Optics
Chapter 4 Multiplexing Fiber Optics
Chapter 5 Ethernet Fundamentals
Chapter 6 CSMA/CD
Chapter 7 Duplex and Speed
Chapter 8 Ethernet Frame Fundamentals
Chapter 9 Ethernet Layer 2 Operation
Chapter 10 Spanning Tree Protocol
Chapter 11 VLANs and Port Aggregation
Chapter 12 How to Route IP Traffic
Chapter 13 Address Resolution Protocol
Chapter 14 How to Send Ping to Default Gateway
Chapter 15 How to Build Routing Tables
Chapter 16 Wireless Networking Fundamentals
Chapter 17 Wireless 802.11 Protocols
Chapter 18 Wireless Ethernet Operation
Chapter 19 Wireless Topologies and Management
Chapter 20 Wireless Encryption
Chapter 21 Cellular Wireless
Chapter 22 Layer 2 Devices and Services
Chapter 23 Traffic Shaping
Chapter 24 Neighbor Device Discovery
Chapter 25 Load Balancer Fundamentals
Chapter 26 Firewall Fundamentals
Chapter 27 VoiP & SCADA Systems
Chapter 28 Network Monitoring
Chapter 29 Layer 2 Errors
Chapter 30 Facilities Monitoring
Chapter 31 Collecting Network Monitoring & Baselining
Conclusion
About Richie Miller
