Network programming blown up syllabus
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This document outlines the topics that will be covered in a networking and protocols course, including introductions to networking concepts like the Internet, protocols, sockets, security, and remote access. Specific topics that will be discussed include TCP/IP, packet switching, physical media, protocol layers, the history of networking, socket programming, authentication, encryption, and network analysis tools. The course appears to provide an in-depth overview of computer networking from the ground level up.
Network programming blown up syllabus
- 1. Page 1 of 5 NETWORK PROGRAMMING BLOWN UP SYLLABUS Introduction to Networking and Internet 1. What is Internet ? 1.1. A Nuts and bolts description 1.2. A Service description 1.3. What is a protocol 1.4. Some ***** 2. The Network Edge 2.1. End Systems, clients and Servers 2.2. Connectionless and Connection Oriented service 3. The Network Core 3.1. Circuit Switching and Packet Switching 3.2. Packet forwarding in computer nerworks 4. Network Access and physical media 4.1. Network Access 4.2. Physical Media 5. ISPs and Internet Backbones 6. Delay and loss in Packet switching networks 6.1. Types of delays 6.2. Queuing Delays and packet loss 6.3. Delay and routes in the Internet 7. Protocol Layers and their Service models 7.1. Layered Architecture 7.2. The Internet protocol stack 7.3. Network Entities and layers 8. History of computer networking and internet 8.1. The development of packet switching 1961 – 1972 8.2. Proprietary network and internetworking 1972 – 1980 8.3. A proliferation of networks 1980 – 1990 8.4. The internet explosion 1990s 8.5. Recent development Communication Protocols 1. Introduction 2. TCP/IP – The Internet Protocols 3. XNS – Xerox Network System 4. SNA – System Network Architecture 5. NetBIOS 6. OST Protocols 7. UUCP – Unix to Unix Copy Protocol 8. Protocol Com*****
- 2. Page 2 of 5 Berkeley Sockets 1. Introduction 2. Overview 3. Unix Domain Protocols 4. Socket Addresses 5. Elementary Socket System Calls 6. A Simple Example 7. Advanced Socket System Calls 8. Reserved Ports 9. Stream Pipes 10. Passing File Descriptions 11. Socket Options 12. Asynchronous I/O 13. Input/Output Multiplexing 14. Out‐of‐bound data 15. Sockets and signals 16. Internet super server 17. Socket implementation Socket Implementation 1. Introduction 1.1. Clients and servers 1.2. What is a socket? 2. Basic Sockets 2.1. Creating and destroying 2.2. Specifying Addresses 2.3. TCP server 3. Constructing messages 3.1. Encoding Data 3.2. Byter Ordering 3.3. Alignment and Padding 3.4. Framing and parsing 4. Socket Programming 4.1. Socket options 4.2. Signals 4.3. Non blocking I/O 4.4. Multitasking 4.5. Multiplexing 4.6. Multiple Recipients 5. Under the Hood 5.1. Buffering and TCP 5.2. Deadlock 5.3. Performance Implications 5.4. TCP Socket life cycle
- 3. Page 3 of 5 5.5. Demultiplexing Demystified Time and date routines 1. Introductions 2. Internet Time and date client 3. Network time and synchronization Ping Routines 1. Introduction 2. Internet Ping client 3. XNS Echo client System V transport layer interface 1. Introduction 2. Overview 3. Transport end point Addresses 4. Elementary TLI functions 5. A simple example 6. Advanced TLI Functions 7. Streams 8. TLI implementations 9. Stream pipes 10. Passing file descriptors 11. Input/Output Multiplexing 12. Asynchronous I/O 13. Out of Band Data Network Security 1. Whats is Network security? 2. Principles of cryptography 2.1. Symmetric Key Cryptography 2.2. Public Key Encryption 3. Authentication 3.1. Authentication Protocol ap 1.0 3.2. Authentication Protocol ap 2.0 3.3. Authentication Protocol ap 3.0 3.4. Authentication Protocol ap 3.1 3.5. Authentication Protocol ap 4.0 3.6. Authentication Protocol ap 5.0 4. Integrity 4.1. Generating Digital Signatures 4.2. Message Digests 4.3. Hash Function Algorithms
- 4. Page 4 of 5 5. Key Distribution Certification 5.1. The Key Distribution Centre 5.2. Public Key Certification 6. Access Control Firewalls 6.1. Packet Filtering 6.2. Application gateway 7. Attacks and Counter measures 7.1. Mapping 7.2. Packet Sniffing 7.3. Spoofing 7.4. Denial of service and distributed denial of service attacks 7.5. Hijacking 8. Security in man layers : Case Studies 8.1. Secure email 8.2. Secured socket layer (SSL) and “Transport Layer Security” (TLS) 8.3. Network Layer Security: IPSec 8.4. Security in IEEE 802.11 9. Security Trivial File Transfer Protocol 1. Introduction 2. Protocol 3. Security 4. Data formats 5. Connections 6. Client user interface 7. UDP implementation 8. TCP implementation Remote procedure calls 1. Introduction 2. Transparency issues 3. RPC protocol 4. RPC programming 5. Sun RPC 6. Xerox courier 7. Apollo RPC 8. Future directions in RPC programming Remote Login 1. Introduction 2. Terminal line disciplines 3. A sample example 4. Pseudo terminals
- 5. Page 5 of 5 5. Terminal modes 6. Control terminals 7. rlogin overview 8. Windowing environments 9. Flow control 10. Pseudo terminal packet mode 11. rlogin client 12. rlogin server Router and switch configurations Internet operating systems 1. why is an internet platform an operating system 2. properties of an internet operating system 3. why are internet operating systems necessary 4. list of internet operating systems Internetwork Setup Wireless Internetworking Network Protocol Analyzers Traffic Generation