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|Title: ||Research and development of enhanced, integrated and accessible flow metering software for industry.|
|Authors: ||Wood, Dawn Colleen|
|Supervisors: ||Graeme, Ryan|
|Keywords: ||Knowledge Transfer Partnership|
|Issue Date: ||Dec-2007|
|Publisher: ||The Robert Gordon University|
|Abstract: ||This project was an investigation to find improvements required in the delivery
of software for the flow metering industry. The project has resulted in the
repackaging of existing software using appropriate technologies. This included
developing software that is accessible via the web and extending functionality
whereby a user can import and export information in a variety of data formats.
The software was successfully revised and is now commercially accessible to
the flow metering industry.
The project was performed in the context of a KTP (Knowledge Transfer
Partnership) programme with academic supervision provided by TUV NEL
(the academic partner) on the premises of KELTON® (the commercial partner)
who provided day-to-day project management supervision. The project was in
collaboration between the two organisations with the joint aims of facilitating
knowledge transfer between the organisations and enhancing the market
performance of the commercial partner.
The main objective of the study was to gain a full understanding of the needs
of the flow metering industry in terms of software and delivery via web or
standalone application. Web based applications are new to KELTON® so it
was necessary to investigate the methods of delivery. The work concentrated
on investigating techniques to modularise code, allowing flexible access to
data between applications and on data presentation.
At an early stage of the project an online market survey program was
developed and appropriate questions were used to get customer feedback.
The results were analysed and used to prioritise work.
Following the review, the current software architecture was found to be
unsuitable so new approaches were investigated. The software was created
using an n-tier architecture which is a method of splitting common code into
Web based applications were found to be slower than standalone
applications. However, web applications benefited from not having to fully
install software on individual user PCs therefore allowing access from
anywhere that users have access to the network.|
|Appears in Collections:||Theses (Computing)|
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