| PROJECT ARCHIVES |
|---|
| PROJECT ARCHIVES |
|---|
1996-97 Projects Currently being undertaken
Previous years projects
1995-96
1994-95
| Project No. | Title |
| Project 1: | A metric measurement tool for c++ programs |
| Project 2: | Simulation and Performance Analysis of Local Area Networks |
| Project 3: | Acquisition of 3-D image files |
| Project 4: | Image processing package |
| Project 5: | Implementation and evaluation of a cellular detector for surface defects |
| Project 6: | PC Port & Interface Upgrade of DWS |
| Project 7: | Web or Network-based Business Game |
| Project 8: | Developing teaching materials for the MVC in Smalltalk |
| Project 9: | Web-based Diary System |
| Project 10: | Validation of Land Altimetry Product |
| Project 11: | Retracker Development for Land Altimetry |
| Project 12: | Global DEM Comparison |
| Project 13: | Interactive courseware for Multimedia Technology |
| Project 14: | Ambient Soundscape Generator |
| Project 15: | Development of a scene activity sensor using a CCD camera and a pic 16C57 microcontroller |
| Project 16: | Development of a fixed point Maths package for the pic 16C54 microcontroller |
| Project 17: | Development of a PC based tool to test vehicle wiring harnesses |
| Project 18: | Intelligent agent for the domain of linear algebraic models |
| Project 19: | Dynamic behaviour of water network models |
| Project 20: | A model-oriented formal specification of water networks |
| Project 21: | A command interpreter for Computer Aided Network Engineering |
| Project 22: | Running a Parallel Language (AlMa) on a network of PC or workstations Project Code: |
| Project 23: | Produce a data flow from a Parallel Language (AlMa) and vice versa. Project Code: AlMa-2 |
| Project 24: | Generate a DSP machine code form an AlMa program to be implemented on two DSPs with a PC host Project Code: AlMa-3 |
| Project 25: | Program a fine grain parallel processor device using a Parallel Language (AlMa) Project Code: AlMa-4 |
| Project 26: | Programming Field Programmable Gate Arrays using High Level Hardware Description Language to implement Radix Array Processors Project Code: FPGA-1 |
| Project 27: | Use of C++ in programming Field Programmable Gate Arrays Project Code: FPGA-2 |
| Project 28: | Apply Object Oriented design and analysis to real time programming of parallel DSPsProject Code: OO-DSP |
| Project 29: | :Image Processing Library for parallel DSPs |
| Project 30: | Measure the efficiency of C compilers in programming Digital Signal Processors Project Code: C-DSP |
| Project 31: | Windows File Synchroniser |
| Project 32: | Windows File Space Analyser |
| Project 33: | C++ Program analyser |
| Project 34: | Investigation of Borland C++ class libraries |
| Project 35: | :A Lorry Safety Management System for a Transport Company |
| Project 36: | A Multi-Function Interface for A Software Re-engineering Tool |
| Project 37: | Transforming Programs in COBOL into Program in Visual COBOL++ |
| Project 38: | The Role of Object-oriented Techniques in Software Evolution |
| Project 39: | A Metric Tool for Measuring Programs |
| Project 40: | Object Identification Algorithms in Java |
| Project 41: | Reimplementing Object Identification Algorithms in Java |
| Project 42: | User Interface for a CASE Tool in Java - Part 1 |
| Project 43: | User Interface for a CASE Tool in Java - Part 2 |
| Project 44: | User Interface for OMT diagramming in Java |
| Project 45: | Case Study in Reengineering a C program to object oriented Java progam |
| Project 46: | Software Metrics for Object Oriented |
| Project 47: | Web Home Page for Managing the MSC IT Projects |
| Project No. | Title |
| Project No. 1 | Active WWW Pages for the `Management in IS' Research group, by Paul Woodford. |
| Project No. 2 | Web Home Page for managing the MSc. IT projects, by Jonathan Wright |
| Project No. 3 | Object Model Implementation in Smalltalk using container classes, by Philip Rowley. |
| Project No. 4 | New ways to track Altimeter data by Hans Bracke. |
| Project No. 5 | Windows File Transfer Utility by David Chamberlin-Kidd |
| Project No. 6 | Investigating Java by Vivian Chamberlin-Kidd. |
| Project No. 7 | Visualisation in Visual Basic 3 of the Applications of a stack by Yen Pei Sua. |
| Project No. 8 | A Metric Measurement System for Object-Oriented Programs by Song Xu. |
| Project No. 9 | Exeter Nasal Anemometer by Olivier Golibrodski. |
| Project No. 10 | Software Simulation of Wind turbines by James Wightman. |
| Project No. 11 | Neural Networks Based Pattern Recognition by Philip Taylor.> |
| Project No. 12 | Distance Learning Using The Internet by Boyke G. Sulaeman. |
| Project No. 13 | Planning Tools for Cellular Mobile Radio System and Channel Simulation by Asad Ali Khan. |
| Project No. 14 | The X-Ray Analysis of Foodstuffs by Steve Kinnaird. |
| Project No. 15 | Development of a Digital Covert Surveillance System by Nigel S. Domaingue |
| Project No. | Title |
| Project no. 1: | Management of Concurrent Engineering in Mechanical Manufacturing Environment , by Janine Laming. |
| Project no. 2: | Block Truncation Compression, by Wai Man Chung. |
| Project no. 3: | Image Analysis and Processing of 3D Spatial Information Recorded on a 2D plane, by James O'Grady |
| Project no. 4: | Course Database for MSc I.T., by Jaswinder Gill. |
| Project no. 5: | Object Oriented Networking, by Alan Craig |
| Project no. 6: | Land Mapping using Satellite Altimetery, by Christopher Richards |
| Project no. 7: | Gravity Determination in Arctic Basin Using Satellite Altimetry, by Gary Menzes. |
| Project no. 8: | Kennel database extension for RSPCA, by Nabdip Grewal. |
| Project no. 9: | Neural Networks Toolkit, by Peter Hounsell. |
| Project no. 10: | Using Sparse numerical algebra for water network analysis applications, by Andrew Hird. |
| Project no. 11: | Database Administration system for water software systems, by Joanna Rouillard. |
| Project no. 12: | Single Case Analysis, by Mandeep Johal. |
| Project no. 13: | Repertory Grid Analysis, by Rajeev Sharma. |
| Project no. 14: | Cricket Simulation, by Nigel Rowles. |
| Project no. 15: | Decision Making Guide, by Alex KeenleySide. |
| Project no. 16: | Animation Of Algorithms, by Martin Cady. |
| Project no. 17: | Animation Of Data Structures, by Christopher Tai. |
| Project no. 18: | A Dispensary Labelling system for undergraduate teaching, by Ria McDermott. |
| Project no. 19: | Financial Evaluation of IT, by Andrew Goodman. |
| Project no. 20: | Text Style Analyser, by Santok Thakar. |
| Project no. 21: | Implementation of file transfer on a PC using the serial port and then Bus allocation mechanism, by Timila Thapar. |
| Project no. 22: | Software Design Metrics, by Carolynn Ryan. |
| Project no. 23: | Sticky Label Master, by Lucien Vaessen. |
| Project no. 24: | Impeller Vane Template Development, by Dominic Chiappe. |
| Project no. 25: | Database for Industrial Associates Network, by Paul Joscelyne |
| Project no. 26: | Production / Stock Database / Sales Database Management System, by James Cook. |
| Project no. 27: | Production / Stock / Sales Database Management System, by Theo van der Steen. |
| Project no. 28: | Simulation of an 'In Vitro' experiment, by Rafikul Islam. |
| Project no. 29: | An analysis of the feasibility of a Multi Media system for historical analysis, by Alex Kay. |
| Project no. 30: | Geology Project from Leicester University, by Anthony Killen. |
| Project no. 31: | Marketing Database for Bob Coats, by Kaye Scudder. | Project no. 32: | A database project is required to mange stiock control and sales, by Charles Osileu. |