Brodlie, Ken - Revision history

Gruppe11: Brodli, Ken moved to Brodlie, Ken

2006-04-11T16:32:50Z

Brodli, Ken moved to Brodlie, Ken

← Older revision	Revision as of 16:32, 11 April 2006
(No difference)

Gruppe11 at 15:55, 11 April 2006

2006-04-11T15:55:16Z

← Older revision		Revision as of 15:55, 11 April 2006
Line 24:		Line 24:
	== External links ==		== External links ==

	*[http://www.comp.leeds.ac.uk/kwb/ Ken ~~Brodli~~'s Home Page]		*[http://www.comp.leeds.ac.uk/kwb/ Ken Brodlie's Home Page]

	[[Category:Persons]]		[[Category:Persons]]

Gruppe11 at 15:53, 11 April 2006

2006-04-11T15:53:04Z

← Older revision		Revision as of 15:53, 11 April 2006
Line 1:		Line 1:
			[[Image:Brodlie.jpg\|thumb\|Ken Brodlie]]

	''' Ken Brodlie ''' is is Professor of Visualization in the School of Computing at the University of Leeds.		''' Ken Brodlie ''' is is Professor of Visualization in the School of Computing at the University of Leeds.

Gruppe11 at 15:52, 11 April 2006

2006-04-11T15:52:31Z

Gruppe11 at 15:52, 11 April 2006

2006-04-11T15:52:12Z

Silvia at 15:49, 12 September 2005

2005-09-12T15:49:30Z

New page

''' Ken Brodli ''' is is Professor of Visualization in the School of Computing at the University of Leeds.

The Visualization Research Group at Leeds is looking at three particular areas where our understanding can be enhanced through a visual representation:

* ''' Visualization Systems''' - where we are looking to extend existing visualization systems in four key directions:
** collaboration - to allow users at different locations to work together on a visualization
** computational steering and problem-solving environments - to link simulation and visualization, for example to provide engineering design environments
** Web-based visualization - to allow the specification, creation and delivery of visualizations using Web technologies
** Grid-enabled visualization - to allow visualization systems to be integrated into Grid computing environments
* ''' Visualization Algorithms ''' - where we are looking at increasing the robustness of algorithms in a number of ways:
** incorporating constraints - to ensure visualizations adhere to physical properties, such as positivity
** increasing accuracy - to provide improved algorithms in areas such as isosurfacing
** understanding errors - to provide indications of errors incurred in creating a visualization and where we are looking to develop new approaches for:
** high dimensional datasets - to enable visualization of functions of many variables.
* ''' Virtual Environments ''' - where we are focussing on medical applications:
** Web-based surgical training - to provide simple, yet realistic, surgical training simulators using Web technology
** deformable modelling - to provide realistic yet computationally efficient simulations of soft object behaviour
** volume rendering - to support surgeons in the operating theatre by providing 3D visualizations of medical image data

== External links ==

*[http://www.comp.leeds.ac.uk/kwb/ Ken Brodli's Home Page]

[[Category:Persons]]

← Older revision		Revision as of 15:52, 11 April 2006
Line 5:		Line 5:

	''' Visualization Systems''' - where we are looking to extend existing visualization systems in four key directions:		''' Visualization Systems''' - where we are looking to extend existing visualization systems in four key directions:
	** collaboration - to allow users at different locations to work together on a visualization		* collaboration - to allow users at different locations to work together on a visualization
	** computational steering and problem-solving environments - to link simulation and visualization, for example to provide engineering design environments		* computational steering and problem-solving environments - to link simulation and visualization, for example to provide engineering design environments
	** Web-based visualization - to allow the specification, creation and delivery of visualizations using Web technologies		* Web-based visualization - to allow the specification, creation and delivery of visualizations using Web technologies
	** Grid-enabled visualization - to allow visualization systems to be integrated into Grid computing environments		* Grid-enabled visualization - to allow visualization systems to be integrated into Grid computing environments
	''' Visualization Algorithms ''' - where we are looking at increasing the robustness of algorithms in a number of ways:		''' Visualization Algorithms ''' - where we are looking at increasing the robustness of algorithms in a number of ways:
	** incorporating constraints - to ensure visualizations adhere to physical properties, such as positivity		* incorporating constraints - to ensure visualizations adhere to physical properties, such as positivity
	** increasing accuracy - to provide improved algorithms in areas such as isosurfacing		* increasing accuracy - to provide improved algorithms in areas such as isosurfacing
	** understanding errors - to provide indications of errors incurred in creating a visualization and where we are looking to develop new approaches for:		* understanding errors - to provide indications of errors incurred in creating a visualization and where we are looking to develop new approaches for:
	** high dimensional datasets - to enable visualization of functions of many variables.		* high dimensional datasets - to enable visualization of functions of many variables.
	''' Virtual Environments ''' - where we are focussing on medical applications:		''' Virtual Environments ''' - where we are focussing on medical applications:
	** Web-based surgical training - to provide simple, yet realistic, surgical training simulators using Web technology		* Web-based surgical training - to provide simple, yet realistic, surgical training simulators using Web technology
	** deformable modelling - to provide realistic yet computationally efficient simulations of soft object behaviour		* deformable modelling - to provide realistic yet computationally efficient simulations of soft object behaviour
	** volume rendering - to support surgeons in the operating theatre by providing 3D visualizations of medical image data		* volume rendering - to support surgeons in the operating theatre by providing 3D visualizations of medical image data