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IOT

Wireless Sensor Network

Introduction, Various Platforms, Layered architecture, Planes, Applications in Environment, Military, Healthcare, Physical Layer: RF, Infrared, Magneto Inductive, Acoustic, Unit Disc Graph vs. Statistical Channel Models, IEEE 802.15.4, MAC Layer: Challenges for MAC, Contention-Based Medium Access, Reservation-Based Medium Access, Hybrid Medium Access, Power Control, Error Control Schemes, Network Layer: Routing Challenges, Flat- architecture, Hierarchical Protocol, Geographical Routing Protocol, QoS based Protocol, Transport Layer: Challenges of Transport layer, Transport Layer protocols, Cross Layer Solutions, Time Synchronization: Challenges for Time synchronization, Timing Sync Protocol for Sensor Network, Time Diffusion Synchronization protocol (TDP), Rate Based Diffusion Protocol (RDP).

Created by Prof. Umesh Ch. Smal

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Prerequisite

Data Communication and Wireless Communication

Start Date

18 April 2023

End Date

27 June 2023

Level

Beginner

Enrollment options

ONLINE/OFFLINE

Course Description

Introduction, Various Platforms, Layered architecture, Planes, Applications in Environment, Military, Healthcare, Physical Layer: RF, Infrared, Magneto Inductive, Acoustic, Unit Disc Graph vs. Statistical Channel Models, IEEE 802.15.4, MAC Layer: Challenges for MAC, Contention-Based Medium Access, Reservation-Based Medium Access, Hybrid Medium Access, Power Control, Error Control Schemes, Network Layer: Routing Challenges, Flat- architecture, Hierarchical Protocol, Geographical Routing Protocol, QoS based Protocol, Transport Layer: Challenges of Transport layer, Transport Layer protocols, Cross Layer Solutions, Time Synchronization: Challenges for Time synchronization, Timing Sync Protocol for Sensor Network, Time Diffusion Synchronization protocol (TDP), Rate Based Diffusion Protocol (RDP). 

Learning Outcomes

Learners will be able to

LO 1: find the architecture of WSN and network design factors.

LO 2: interpret the physical and MAC layer issues in WSN.

LO 3: choose routing mechanisms in applicable in specific WSN.

LO 4: analyze logical communication between application processes running on different hosts and inter-layer and cross layer effects and solutions for WSN.

LO 5: adapt the concepts of Time Synchronization and challenges involved therein.

Skills you will gain:

Wireless Sensor Network, Functions of Physical, MAC, Network, Transport Layers, Cross-layer design, Time Synchronization



Course Instructor

Prof. Umesh Ch. Smal

Prof. Umesh Ch. Smal

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