A Few G-MARC Applications
The following illustrates a sample of the projects to which
GMARC has been applied in order to improve the quality of the requirement
specification aspects of the work:
o Project FOCSLE - outline specification for a global communication system for the Ministry of Defence (MOD), Portsmouth.
o
The Multi-Launch Rocket System
(MLRS) project specification for the Defence Research Agency, Fort
Halstead, Kent.
o
Audit of a proposed requirements
engineering methodology developed for the Future Offensive Air System (FOAS)
project for the Defence Evaluation Research Agency (DERA).
o The Spot 5 satellite-ground segment
communications system specification for the National Remote Sensing
Centre at Farnborough, Hampshire.
o
The Army logistics system
(LOCPRES) specification for Data Sciences Ltd, Farnborough, Hampshire.
o
The AFCT army training system
specification for Cray Defence Systems, Bristol.
o
A European Space Technology
Centre Satellite -ground segment communications system specification for
Alcatel, Antwerp, Belgium.
o
A Video UHF Transmitter
specification for space ship communications for Alcatel, Antwerp,
Belgium.
o
The Pharos military Air Traffic Control
System specification produced by the Royal Dutch Air Force, Holland.
o
The requirements for a VLF (Very
Low Frequency) communications system for the MOD, Portsdown, Hampshire.
o
Development of the User
Requirements Document (URD) for the Future Integrated Soldier Technology (FIST)
project for the UK Army.
o
Re-engineering and dynamic
modelling of the specification of manning requirements for the Naval
Manning Agency, Portsmouth, Hampshire.
o
Development of the key User Requirements
for the UK Military Flying Training System (UKMFTS) for the Defence
Procurement Agency (DPA), Abbey Wood, Filton.
o
Subjectivity audit of the URD and
SRD for the T45 Destroyer for the DPA, Abbey Wood, Filton.
o
The development and behavioural
modelling of the URD for the Future Offensive Air System (FOAS) for the
DPA, Abbey Wood, Filton.
o
A Flight Simulator System
specification for Thomson Training & Simulation, Crawley, Sussex.
o The Advanced Weapons Effect Simulator system specification for SAAB, Huskvarna, Sweden.
o
The CVSG system specification for
the MOD, Portsdown, Hampshire.
o The specification of an Area Defence Weapon (ADW) for British Aerospace, Stevenage.
o
Software specification for a
new satellite communications system for INMARSAT, London.
o
Project Larone, the operational
requirement for a wide area Naval communications system for the DPA,
Abbey Wood, Filton
o
The Staff Requirement for the
Future Carrier on behalf of CNOCS, MOD, Portsdown, Hampshire.
o
A customer billing system
specification for Northern Electricity, Birmingham.
o
The specification of a generic
Integrated Logistic Support System for the Warship Support Agency (WSA),
Foxhill, Bath.
o
Re-engineering of Defence
Standard 02-45 (Reliability Centred Maintenance) for the Head of Whole
Life Support (Navy), Foxhill, Bath.
o
Development of the specification
for the Future Wheeled Recovery Vehicle (FWRV) for the DPA, Abbey
Wood, Filton.
o
Development of a
specification for the Joint
Insensitive Munitions Steering Group, MOD, Abbey Wood, Filton.
o
The development of an
international specification for information interchange (AP233) on behalf of the
Warship Support Agency, Foxhill, Bath.
o
Re-engineering of a draft
specification for the Network Management Centre for the west coast
modernization system for Railtrack, London.
o
Development of the User
Requirements for the Shared Working Environment of the Future
Offensive Air System (FOAS) for the DPA, Abbey Wood, Filton.
o
Structuring of the URD for the
Management of the Joint Deployed Inventory (MJDI) project for the Program
Management Office, Defence Logistics Organisation (DLO), Andover.
o
Structuring of the URD for the
Management of Material in Transit (MMiT) project for the Program Management Office, Defence
Logistics Organisation (DLO), Andover.
o
Structuring of the URD for the Joint
Asset Management and Engineering Solutions (JAMES 2) project for the Program Management Office, Defence Logistics Organisation (DLO),
Andover.
o
Development of a generic
structure for the User Requirements for the MJDI, MMiT and JAMES 2 projects for the Program Management Office, Defence Logistics Organisation (DLO),
Andover.
o
The reverse engineering of a URD
from a system specification of the ASTOR (Airborne Stand Off Radar) project for the DPA, Abbey Wood, Filton.
All the above, and many more, requirement specification activities have demonstrated the unique effectiveness of the CSA approach to requirements engineering using its proprietary methodology and support tool G-MARC.
Previous Page Next Page Contents List