TRAffic Modelling for Sensor Network Optimisation and Development (TRAMSNOD)

Lead Research Organisation: University of Strathclyde

Department Name: Electronic and Electrical Engineering

Abstract

This project will develop new mathematical and simulation models for traffic in wireless sensor networks. A range of traffic models will be developed / some will be specific to particular applications, while others will be more general in nature, capturing the behaviour of a variety of application types. Traffic information from existing projects will provide empirical input to our studies. Our traffic models will be used to assess existing wireless sensor network protocols in the light of scalability, quality of data, dependability of data, and other important performance aspects which are discussed below. Optimised and customised protocols will be developed, and some of these will be assessed in field trials.

Funded Value:

£86,792

Funded Period:

Apr 07 - May 10

Funder:

EPSRC

Project Status:

Closed

Project Category:

Research Grant

Project Reference:

EP/D049229/1

Principal Investigator:

Ivan Andonovic

Research Subject:

Info. & commun. Technol. (100%)

Research Topic:

Networks & Distributed Systems (100%)

Organisations

People	ORCID iD
Ivan Andonovic (Principal Investigator)

Publications

Author Name

Title Publication Date Published

|< < 1 2 > >|

10 25 50

C. Michie (2015) Measurement of rumen motility using a triaxial gyroscopic

Christian Andrae (Co-Author) (2009) A priority based routing protocol for wireless sensor networks

Craig Michie (Author) (2012) oestrus detection in beef and dairy cattle

I Andonovic (2009) Implementation of Herd Management System With Wireless Sensor Networks

I Andonovic (2009) Wireless Sensor Networks in Agriculture: Cattle Monitoring for Farming Industries'

I Andonovic (2009) Wireless Telemetry for Livestock Condition Monitoring

I Andonovic (2009) Evolution and Applications of Wireless Sensor Networks

Konka J (2014) Automatic Classification of Eating and Ruminating in Cattle Using an Collar Mounted Accelerometer

Kwong Mae Hsiang (2012) Practical considerations for wireless sensor networks in cattle monitoring applications in COMPUTERS AND ELECTRONICS IN AGRICULTURE

Michie C (2015) Animal Electronic Recording, Transmission and Synthesis (ALERTS); decision support technologies for the farming sector

Impact Summary
Spin Outs


Description	The foundation understanding generated by this project formed the basis of a solution which in turn resulted in a spin-out which was subsequently sold for £5million in 2016.
Sector	Agriculture, Food and Drink
Impact Types	Societal,Economic


Company Name	Embedded Technology Solutions (Silent Herdsman) Ltd.
Description	ETS provides wireless sensor network based decision support solutions that indicate various animal health states which in turn improve the efficiency of operations within the farming sector.

Abstract

Organisations

People

ORCID iD

Publications