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Computer Network

Computer Network


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About the book

Contents
1. Basic Network Concepts
1. Introduction
2. Understanding Network
2.1 Human Network
2.2 Computer Network
2.3 Need of Computer Network
2.4 Components of Computer Network
2.5 Advantages of Computer Network
2.6 Disadvantages of Computer Network
2.7 Network Services
2.8 Computer Network Criteria
2.9 Network Plan
2.10 Applications of Computer Network
3. Network Benefits
3.1 Information Sharing
3.2 Sharing Resources
3.3 Facilitating Centralized Management
4. Network Function
5. Computer Network Classification
5.1 (PAN) Personal Area Network
5.2 (LAN) Local Area Network
5.3 (CAN) Campus Area Network
5.4 (MAN) Metropolitan Area Network
5.5 (WAN) Wide Area Network
5.6 Comparisons
6. Classification of Network by their Component Role
6.1 Peer-to-Peer Network
6.2 Client-Server Network
6.3 Comparison between Peer-to-Peer Network and Client Server Network
7. Types of servers
2. Network Topologies and Networking Devices
1. Introduction
2. Types of Network Topology
2.1 Bus Topology
2.2 Ring Topology
2.3 Star Topology
2.4 Mesh Topology
2.5 Tree Topology
2.6 Hybrid Topology
2.7 Comparison of Topologies
3. Network Control Devices
3.1 Connectors
3.2 Network Interface Card (NIC)
3.3 Transceivers
3.4 Repeater
3.5 Hub
3.6 Bridges
3.7 Switches
3.8 Routers
3.9 Gateways
3.10 Modem
4. Network Software
4.1 Device Driver
4.2 Network Interface Card (NIC) Device Driver
4.3 Client Server Software
3. Transmission Media
1. Introduction
2. Criteria for the Selection of Transmission Media
3. Categories of Transmission Media
3.1 Guided Media
3.2 Unguided Media
4. Classification of Wireless Media
4.1 Radiowave Transmission Media
4.2 Microwave Transmission Media
5. Multiple Access Methods
5.1 Frequency Division Multiple Access (FDMA)
5.2 Time Division Multiple Access (TDMA)
5.3 Code Division Multiple Access (CDMA)
6. Infrared Signals
7. Visible Light
8. Comparison of Wired and Wireless Media
9. Latest Technology in Wireless Network
9.1 Bluetooth
9.2 Wi-Fi (Wireless Fidelity)
9.3 Wi-Max
9.4 Comparison of Wireless Technologies
10. Cellular Telephone System
10.1 Basic Structure of Mobile Phone System
10.2 Bands in Cellular Telephony
10.3 Calls using Mobile Phones
10.4 Transmitting/Receiving/Handoff Operations
11. New Developments
4. Network Reference Model
1. Introduction
2. Reference Model
2.1 OSI Model
2.2 OSI Protocols
2.3 Characteristics of the OSI Layers
2.3 Interlayer Communication
3. Data Encapsulation
3.1 Data Encapsulation in OSI Model
3.2 Connection Oriented and Connectionless Services
4. Interface and Services
5. Horizontal Communication
6. Vertical Communication
7. Encapsulation Terminology
8. Functions of Layers in the OSI Model
8.1 Physical Layer
8.2 Data Link Layer
8.3 Network Layer
8.4 Transport Layer
8.5 Session Layer
8.6 Presentation Layer
8.7 Application Layer
5. TCP/ IP Suite
1. Introduction
2. IP Addressing
2.1 IP Address Assignment
2.2 IP Address Classes
2.3 Subnet Masking
2.4 Registered and Unregistered Addresses
2.5 Supernetting
3. Layered Structure of the TCP/IP Model
4. TCP/IP Protocol Suite
4.1 Host-to-Network Layer
4.2 Internet Layer
4.3 Transport Layer (TCP and UDP)
4.4 Application Layer
5. TCP/IP Reference Model
6. Comparison of the OSI Model and TCP/IP Reference Model
1. Basic Network Concepts
1. Introduction
2. Understanding Network
2.1 Human Network
2.2 Computer Network
2.3 Need of Computer Network
2.4 Components of Computer Network
2.5 Advantages of Computer Network
2.6 Disadvantages of Computer Network
2.7 Network Services
2.8 Computer Network Criteria
2.9 Network Plan
2.10 Applications of Computer Network
3. Network Benefits
3.1 Information Sharing
3.2 Sharing Resources
3.3 Facilitating Centralized Management
4. Network Function
5. Computer Network Classification
5.1 (PAN) Personal Area Network
5.2 (LAN) Local Area Network
5.3 (CAN) Campus Area Network
5.4 (MAN) Metropolitan Area Network
5.5 (WAN) Wide Area Network
5.6 Comparisons
6. Classification of Network by their Component Role
6.1 Peer-to-Peer Network
6.2 Client-Server Network
6.3 Comparison between Peer-to-Peer Network and Client Server Network
7. Types of servers
2. Network Topologies and Networking Devices
1. Introduction
2. Types of Network Topology
2.1 Bus Topology
2.2 Ring Topology
2.3 Star Topology
2.4 Mesh Topology
2.5 Tree Topology
2.6 Hybrid Topology
2.7 Comparison of Topologies
3. Network Control Devices
3.1 Connectors
3.2 Network Interface Card (NIC)
3.3 Transceivers
3.4 Repeater
3.5 Hub
3.6 Bridges
3.7 Switches
3.8 Routers
3.9 Gateways
3.10 Modem
4. Network Software
4.1 Device Driver
4.2 Network Interface Card (NIC) Device Driver
4.3 Client Server Software
3. Transmission Media
1. Introduction
2. Criteria for the Selection of Transmission Media
3. Categories of Transmission Media
3.1 Guided Media
3.2 Unguided Media
4. Classification of Wireless Media
4.1 Radiowave Transmission Media
4.2 Microwave Transmission Media
5. Multiple Access Methods
5.1 Frequency Division Multiple Access (FDMA)
5.2 Time Division Multiple Access (TDMA)
5.3 Code Division Multiple Access (CDMA)
6. Infrared Signals
7. Visible Light
8. Comparison of Wired and Wireless Media
9. Latest Technology in Wireless Network
9.1 Bluetooth
9.2 Wi-Fi (Wireless Fidelity)
9.3 Wi-Max
9.4 Comparison of Wireless Technologies
10. Cellular Telephone System
10.1 Basic Structure of Mobile Phone System
10.2 Bands in Cellular Telephony
10.3 Calls using Mobile Phones
10.4 Transmitting/Receiving/Handoff Operations
11. New Developments
4. Network Reference Model
1. Introduction
2. Reference Model
2.1 OSI Model
2.2 OSI Protocols
2.3 Characteristics of the OSI Layers
2.3 Interlayer Communication
3. Data Encapsulation
3.1 Data Encapsulation in OSI Model
3.2 Connection Oriented and Connectionless Services
4. Interface and Services
5. Horizontal Communication
6. Vertical Communication
7. Encapsulation Terminology
8. Functions of Layers in the OSI Model
8.1 Physical Layer
8.2 Data Link Layer
8.3 Network Layer
8.4 Transport Layer
8.5 Session Layer
8.6 Presentation Layer
8.7 Application Layer
5. TCP/ IP Suite
1. Introduction
2. IP Addressing
2.1 IP Address Assignment
2.2 IP Address Classes
2.3 Subnet Masking
2.4 Registered and Unregistered Addresses
2.5 Supernetting
3. Layered Structure of the TCP/IP Model
4. TCP/IP Protocol Suite
4.1 Host-to-Network Layer
4.2 Internet Layer
4.3 Transport Layer (TCP and UDP)
4.4 Application Layer
5. TCP/IP Reference Model
6. Comparison of the OSI Model and TCP/IP Reference Model

Academic Details

  • Phase Diploma

  • Stream Engineering

  • Branch Computer

  • Standard/Year Secondyear

  • Semester Iv

  • Medium English

  • Board/University Pune

  • Subject Computer Network

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Computer Network

Computer Network