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All Outputs (175)

Formulated silhouettes for sketching terrain (2003)
Presentation / Conference Contribution
Whelan, J. C., & Visvalingam, M. (2003, June). Formulated silhouettes for sketching terrain. Presented at Theory and Practice of Computer Graphics, TPCG 2003, Birmingham, UK

The mathematical definition of silhouettes within NPAR is based on the assumption that they are the eye-centered projections of occluding contours on an imaging plane. However, occluding contours are insufficient for sketching the silhouettes of hill... Read More about Formulated silhouettes for sketching terrain.

Recovery of distal hole axis in intramedullary nail trajectory planning (2002)
Presentation / Conference Contribution
Zhu, Y., Phillips, R., Griffiths, J. G., Viant, W., Mohsen, A., & Bielby, M. Recovery of distal hole axis in intramedullary nail trajectory planning

In intramedullary nail (IMN) surgical operations, one of the main efforts for surgeons is to find the axes of two distal holes. Two distal holes on an IMN, which are inside the intramedullary canal of a patient's femur, can only be seen in a lateral... Read More about Recovery of distal hole axis in intramedullary nail trajectory planning.

Trained Hopfield neural networks need not be black-boxes (1999)
Presentation / Conference Contribution
Craddock, R., & Kambhampati, C. (1999, June). Trained Hopfield neural networks need not be black-boxes. Presented at Proceedings of the 1999 American Control Conference, San Diego, CA, USA

Stable linearization using multilayer neural networks (1996)
Presentation / Conference Contribution
Delgado, A., Kambhampati, C., & Warwick, K. (1996, September). Stable linearization using multilayer neural networks. Presented at UKACC International Conference on Control. Control '96, Exeter, UK

The main limitation of linearization theory that prevents its application in practical problems is the need for an exact knowledge of the plant. This requirement is eliminated and it is shown that a multilayer network can synthesise the state feedbac... Read More about Stable linearization using multilayer neural networks.

Mathematica and finite geometry (1995)
Presentation / Conference Contribution
Gordon, N. Mathematica and finite geometry. Presented at International Mathematica Symposium

We describe the use of Mathematica in the investigation of some aspects of finite geometry, in particular we look at an example of finding a single polynomial function corresponding to a set of polynomial functions, and an example of finding the PGL(... Read More about Mathematica and finite geometry.

The relative order of a class of recurrent networks (1994)
Presentation / Conference Contribution
Manchanda, S., Kambhampati, C., Tham, M., & Green, G. (1994, March). The relative order of a class of recurrent networks. Presented at International Conference on Control '94, Coventry, UK

Three types of recurrent network configurations have been proposed since they enable adequate description of temporal behaviour. The concept of relative order has been introduced so as to provide a framework for analysing such network configurations.... Read More about The relative order of a class of recurrent networks.

Mathematica in the teaching of mathematics for computer science students in H.E.
Presentation / Conference Contribution
Gordon, N. Mathematica in the teaching of mathematics for computer science students in H.E. Presented at 8th International Mathematica Symposium, Avignon

This paper considers the use of Mathematica in the teaching of mathematics to Computer Science students in Higher Education (H.E.). This is based on experiences in the English H.E. system, and includes examples of the kinds of illustrations and appro... Read More about Mathematica in the teaching of mathematics for computer science students in H.E..

Enabling multipurpose image interaction in modular visualization environments
Presentation / Conference Contribution
Wright, H., & Chatzinikos, F. Enabling multipurpose image interaction in modular visualization environments. Paper presented at Visualization and Data Analysis 2003

Recent improvements in processor and graphics power mean researchers can now interact with their running simulation at the same time as they view the results. This so-called 'computational steering' brings greater insight to the investigation process... Read More about Enabling multipurpose image interaction in modular visualization environments.

Integrating the DIS standards into a fully-immersive simulation application
Presentation / Conference Contribution
Cruz-Neira, C., Courter, D., & Springer, J. Integrating the DIS standards into a fully-immersive simulation application

Fully-immersive applications in a distributed environment play an increasing role for training and simulation related areas. The Distributed Interactive Simulation protocols were created to ensure interoperability across participating sites. However,... Read More about Integrating the DIS standards into a fully-immersive simulation application.

Automatic visualization and control of arbitrary numerical simulations
Presentation / Conference Contribution
Springer, J., & Wright, H. Automatic visualization and control of arbitrary numerical simulations

Authors’ preprint version as submitted to ECCOMAS Congress 2016, Minisymposium 505 - Interactive Simulations in Computational Engineering. Abstract: Visualization of numerical simulation data has become a cornerstone for many industries and research... Read More about Automatic visualization and control of arbitrary numerical simulations.

A subdivision-based implementation of non-uniform local refinement with THB-splines
Presentation / Conference Contribution
Li, Q., Ma, X., Cripps, R., & Lin, P. A subdivision-based implementation of non-uniform local refinement with THB-splines

Paper accepted for 15th IMA International Conference on Mathematics on Surfaces, 2017. Abstract: Local refinement of spline basis functions is an important process for spline approximation and local feature modelling in computer aided design (CAD). T... Read More about A subdivision-based implementation of non-uniform local refinement with THB-splines.

A computational framework for aesthetical navigation in musical search space
Presentation / Conference Contribution
Arshi, S., & Davis, D. A computational framework for aesthetical navigation in musical search space

Paper presented at 3rd AISB symposium on computational creativity, AISB 2016, 4-6th April, Sheffield. Abstract. This article addresses aspects of an ongoing project in the generation of artificial Persian (-like) music. Liquid Persian Music software... Read More about A computational framework for aesthetical navigation in musical search space.