Events:Radiation Therapy Tools Brainstorming - Revision history

Tkapur: /* Agenda */

2011-03-24T17:44:45Z

Agenda

Tkapur: /* Agenda */

2011-03-11T19:49:41Z

Agenda

Tkapur at 19:48, 11 March 2011

2011-03-11T19:48:04Z

Tkapur at 19:47, 11 March 2011

2011-03-11T19:47:49Z

Tkapur: /* Participants */

2011-03-10T21:12:37Z

Participants

Tkapur: /* Agenda */

2011-03-10T21:12:13Z

Agenda

Tkapur at 02:26, 9 March 2011

2011-03-09T02:26:12Z

Tkapur: /* Participants */

2011-03-09T02:08:20Z

Participants

Tkapur at 02:07, 9 March 2011

2011-03-09T02:07:52Z

Tkapur: Created page with ' Back to Events ==Agenda== ==Participants== This is a tentative list of participants. No one has been contacted yet. #Julian Rosenman, UNC #Steve Pizer, UNC #Sha Chang, …'

2011-03-09T02:04:14Z

Created page with ' Back to Events ==Agenda== ==Participants== This is a tentative list of participants. No one has been contacted yet. #Julian Rosenman, UNC #Steve Pizer, UNC #Sha Chang, …'

New page

Back to [[Events]]

==Agenda==

==Participants==
This is a tentative list of participants. No one has been contacted yet.

#Julian Rosenman, UNC
#Steve Pizer, UNC
#Sha Chang, UNC
#Dave Lalush, UNC
#Ron Alterovitz, UNC
#Derek Merck, UNC
#Ilknur Kaynar-Kabul, UNC
#Hina Shah, UNC
#Chen-Rui Chou, UNC
#Lei Pan, UNC
#Brandon Frederick, UNC
#Clare Tempany, BWH
#Fiona Fennessy, BWH
#Robert Cormack, BWH
#Greg Sharp, MGH
#Andrey Federov, BWH
#Ron Kikinis, BWH
#Hans Peter Pfister, Harvard
#George Chen, MGH
#Tina Kapur, BWH
#James Balter, Michigan
#Gabor Fichtinger, Queens

NLM

Terry Yoo
Dave Chen?

← Older revision		Revision as of 17:44, 24 March 2011
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	'''Agenda items from NA-MIC'''		'''Agenda items from NA-MIC'''
		+	#Works in Progress on RT
		+	##DICOM RT Support Roadmap and Head and Neck Cancer Application Summary(Greg Sharp)
		+	##Pelvic Applications Summary (Tina)
		+	#Slicer Roadmap and its relevance to RT

	To be added.		To be added.

@@ Line 37: / Line 37: @@
 #Utilities: Anti-aliased manual segmentations
 #Applications: Endoscopy/CT fusion in head and neck: registration and visualization (early stages)
 ==Date==

@@ Line 1: / Line 1: @@
    Back to [[Events]]
-==Agenda==''
+==Agenda==
 To brainstorm radonc computational methods between UNC, NA-MIC, BWH.

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    Back to [[Events]]
-==Agenda==
+==Agenda==''
 To brainstorm radonc computational methods between UNC, NA-MIC, BWH.
 #PLUNC: An open source complete radiation treatment planning system

← Older revision		Revision as of 21:12, 10 March 2011
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	#Terry Yoo, NLM		#Terry Yoo, NLM
	#Dave Chen, NLM		#Dave Chen, NLM
		+	#Stephen Aylward, Kitware

@@ Line 61: / Line 61: @@
 #James Balter, Michigan
 #Gabor Fichtinger, Queens
+#Terry Yoo, NLM
+#Dave Chen, NLM

← Older revision		Revision as of 02:07, 9 March 2011
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	==Agenda==		==Agenda==
		+
		+
		+	#PLUNC: An open source complete radiation treatment planning system
		+	##State of the art, GPU-based dose calculation
		+	##Fast IMRT engine
		+	##Image registration of unlimited number of images
		+	##Manual segmentations in axial, coronal, and sagittal slices
		+	##User interface via dials and other continuous controls
		+	##Available on many operating systems and computers
		+	##Used by ~100 institutions for research
		+	##iHERO-compatible
		+	##3D visualization (see item 2)
		+	#3D visualization in radiation treatment planning
		+	##Integrated within PLUNC
		+	##User interface: fully interactive pose and slice control, display entity control
		+	### Single-GPU-based
		+	##Methods:
		+	##MGRview:
		+	###Combinations of volume rendering, surface rendering, dose painting, beam outlines and views, …
		+	###Object-coordinate based visualization operations for 3D visualization of multiple entities (objects, beams, dose, etc.) supported by texturing (2D and 3D)
		+	###Illustration of object shape and position variations across days
		+	#Image analysis
		+	##Skeletal model fitting to anatomic objects
		+	##Skeletal model analysis into eigenmodes of variation and principal variances
		+	##Segmentation via skeletal models and statistical models of image appearance (Pablo)
		+	##Atlas to patient diffeomorphism calculation from corresponding reference object boundary points with correspondence maintenance
		+	##Fluid-flow and control-theoretic greyscale diffeomorphism calculation
		+	##IGRT from 2D projections to 3D CTs
		+	###Registration
		+	###CT reconstructions at treatment time therefrom
		+	#Utilities: Anti-aliased manual segmentations
		+	#Applications: Endoscopy/CT fusion in head and neck: registration and visualization (early stages)
		+

	==Participants==		==Participants==