[Udemy] Computer Networks (CN) Masterclass: OSI, TCP/IP [1/2026, ENG] [TorrentX]

Computer Networks (CN) Masterclass: OSI, TCP/IPГод выпуска: 1/2026 Производитель: Udemy Сайт производителя: https://www.udemy.com/course/computer-networks-cn-masterclass-osi-tcpip/ Автор: Kshitij Sharma Продолжительность: 11h 48m Тип раздаваемого материала: Видеоурок Язык: Английский Описание: This course teaches computer networking from the absolute basics to advanced topics, designed for Computer Science students, IT aspirants, and anyone preparing for competitive exams like GATE, PSU, or university finals. It breaks down complex networking concepts into simple, easy-to-understand modules, starting with network fundamentals such as LAN, WAN, MAN, topologies, and transmission modes, then moving into layered architectures with a deep dive into the OSI Model's seven layers and the TCP/IP suite. You also learn IP addressing and subnetting with clear methods for calculating subnets, CIDR, IPv4, and IPv6; key protocols including HTTP, DNS, DHCP, FTP, SMTP, and ARP; the transport layer covering the differences between TCP and UDP, flow control, and error control; and routing algorithms such as OSPF and RIP. The course emphasizes concept clarity so you can both pass exams and crack technical interviews, and it requires no prior networking experience. Содержание 1 - Introduction 1. Introduction (07:56) 2. Basics Of Computer Networks (24:14)2 - Ipv4 Addressing 3. Introduction to IP Addressing (29:14) 4. Classful Addressing (28:52) 5. Properties of IP Address & Expected Questions (16:29) 6. Protocols , Types of Connection & Identification Of Networks (28:21) 7. Introduction To Subnetting (24:58) 8. Categories of Subnetting (29:13) 9. Categories of Subnetting - Part 2 (29:09) 10. Classless Interdomain Routing ( Classless Addressing ) (26:34) 11. Super netting and Comparison with Subnetting (14:00)3 - Error Control 12. Introduction To Error Control & Hamming Distance (27:12) 13. Simple Parity & 2D Parity (27:24) 14. CRC & Checksum (28:13)4 - Flow Control 15. Delays in Flow Control (27:10) 16. Stop & Wait ARQ (26:16) 17. Efficiency of Stop & Wait + Sliding Window Protocol (29:37) 18. Go Back N & Selective Repeat Protocol (29:58)5 - Ipv4 Header & Fragmentation 19. Ipv4 Header (29:39) 20. Fragmentation Concepts (29:47)6 - TCP & UDP 21. TCP - 1 (28:06) 22. TCP - 2 (28:51) 23. Congestion Control Strategies & UDP (23:20)7 - Access Control, Routing Protocols & Switching 24. Multiple Access Protocols - Random Access (29:38) 25. CSMA & Controlled Access (26:13)8 - IP Support Protocols , Application Layer & OSI Model 26. Routing & Switching (27:21) 27. Application Layer , IP Support Protocols & OSI Model (29:58) Файлы примеров