Mediaspace scheduled maintenance: Aug 25, 2026 07:00 - 12:00 AM. During this time, videos will be temporarily unavailable. Check status updates.

Computer networks

Related lectures (31)

Introduces networking basics, communication protocols, routing mechanisms, web design concepts, and security risks.

Discusses the importance of network security properties and solutions to enhance overall security.

Covers the setup of a Gitlab agent for Kubernetes, focusing on installation, version control, and troubleshooting.

Introduces network protocols, routing, security vulnerabilities, dynamic web content, and the deep/dark web.

Explains TCP transport, routing, DNS, HTTP, and HTTPS protocols.

Covers data transmission, internet protocols, OSI model, TCP, UDP, routing, and web structure.

Covers IP basics, vulnerabilities like IP spoofing, and the use of IPSec for Virtual Private Networks.

Delves into routing in LAN, ARP spoofing attacks, and defense strategies against them, emphasizing the risks of network vulnerabilities.

Explores the MAC protocol in control networks, addressing packet collisions and different MAC protocols' operation and efficiency.

Covers the basics of control networks, linear matrix inequalities, and networked control systems.

Explores network coding for efficient data delivery in wireless networks, optimizing packet transmissions through opportunistic routing and coding.

Explores the advantages of a compacted OSI model for IoT communication and the techniques to ensure reliable data transmission.

Explores multi-hop wireless networks, routing protocols, and innovative solutions to enhance wireless communication efficiency.

Explores the Internet Protocol (IP), BFS algorithm, routing tables, and IPv4 addresses.

Introduces network coding, explaining its benefits, implications, and practical applications in networking systems.

Explains IP addressing, routing, and TCP packet meta-data, along with practical routing table considerations.

Explores the challenges and benefits of achieving segregation in switched networks for critical and non-critical messages.

Delves into the history of computer networks, from binary code to the Internet.

Introduces networking, web technologies, DNS, URL, client-server architecture, HTTP, HTML, CSS, Web 1.0, dynamic pages, and Web 3.0.

Introduces networking basics, data representation, and transmission methods for web technologies and cryptography preparation.