Wireless and Mobile Communication- Advanced Level-I

Name: Wireless and Mobile Communication- Advanced Level-I
Rating: 4.3 (28 reviews)

Mobile IP, Vesions of TCP,WAP,Radio Wave Propagation, HyperLAN, AODV

Created byDrUsha G

Last updated 6/2024

English

What you'll learn

Analyze the Concepts of Mobile IP and TCP/IP
Identify the need of Wireless Access Protocol and Radio Wave Propagation technique
Understand the Adhoc Routing algorithms, AODV , VANET techniques
Grasp the knowledge of Wireless OS, HyperLAN, Bluetooth and Cognitive Radio Networks

Course content

1 section • 14 lectures • 1h 55m total length

Introduction to Mobile IP11:57
DHCP6:40
Dynamic host configuration protocol (dhcp) dynamically assigns ip addresses and configuration for devices through a client-server exchange, and the lecture outlines server, client, relay, address pool, subnets, lease, discovery workflow.
TCP-Snooping TCP5:54
TCP-Mobile IP7:36
Explore how mobile DHCP uses TCP for reliable end-to-end communication in mobile devices, including three-way handshake, sequence numbers, and flow control to manage latency and bandwidth.
Transmission Control TCP5:06
Explore how TCP, a connection-oriented protocol, uses TCP/IP to establish a virtual, reliable connection with sequence numbers and acknowledgments, plus flow, error, and congestion control.
Wireless Access Protocol5:13
Explore the wireless access protocol, its purpose to enable communication with wireless devices, and its hierarchical model from wireless application environment to transport layers, including WML, WTLS, and WDP.
Radio Wave Propagation in Wireless Communication9:38
Explore radio wave propagation in wireless communication, covering ground, sky, and space wave modes, ionosphere effects, tropospheric scatter, line-of-sight limits, and frequency relationships.
Adhoc Networks8:42
Explore decentralized ad hoc networks where every node acts as router and host, enabling multi-hop, self-organizing communication in dynamic topologies without fixed infrastructure, with military, emergency, sensor, and vehicular applications.
Adhoc Routing Protocols12:40
Explore ad hoc routing protocols across proactive, reactive, and hybrid approaches, focusing on on-demand route discovery and key schemes like dsdv, olsr, aodv, dsr, tora, and grp.
Wireless Operating Systems9:30
Explore wireless mobile operating systems, including Android, iOS, Harmony OS, and others, and examine constraints like battery life, memory, processing power, user interface, updates, and cross-device compatibility.
HyperLAN6:10
Bluetooth9:06
Vehicular Adhoc Network7:35
Learn how vehicular ad hoc networks enable V2V and V2I communication with DSRC in a self-organizing, routerless architecture, using RSUs and OBUs for roadside and in-vehicle messaging.
Adhoc Ondemand Distance Vector Routing Algorithm10:00
Explore the ad hoc on-demand distance vector routing protocol, its DSD origin, route discovery with route requests and replies, reverse and forward paths, and routing table maintenance.

Requirements

No prerequisites needed. This course will teach you the advanced concepts of Wireless and Mobile Communication

Description

In this course, you will learn the concepts of Mobile IP, DHCP protocol, Transmission Control TCP, snooping TCP, and mobile TCP. You will then understand wireless access protocol, propagation of radio waves, ad hoc networking, ADOV protocols, VANETs, and Radio Networks. Initially this course will start from learning Mobile IP. Mobile IP refers to Mobile Internet Protocol, a protocol that allows mobile devices to move across different networks while maintaining a permanent IP address. Then various versions of TCP protocols will be discussed in detail. Transmission Control Protocol is one of the core protocols of the Internet Protocol (IP) suite. It ensures reliable, ordered, and error-checked delivery of a stream of data between applications running on hosts communicating via an IP network. Then this course will teach AODV. Ad-hoc networks offer flexibility and resilience, making them suitable for various applications where traditional networking infrastructure is impractical or unavailable. Vehicular Ad-Hoc Networks (VANETs) are a specific type of mobile ad-hoc network designed to provide communication between vehicles (Vehicle-to-Vehicle or V2V) and between vehicles and roadside infrastructure (Vehicle-to-Infrastructure or V2I). Finally you will learn HiperLAN (High Performance Radio Local Area Network) which is a set of wireless communication standards developed by the European Telecommunications Standards Institute (ETSI). It aims to provide high-speed wireless networking with a focus on Europe, although the technology is also applicable globally. Hence in this course you will learn various wireless and mobile concepts.

Who this course is for:

UG students, PG students, Phd students and Aspirants who want to know regarding wireless Networks