Difference between revisions of "Lorensen Vitae"

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== Publications ==
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Bill Lorensen retired from [http://www.ge.com/research/ GE Research] in January 2007. Bill remains as an active contributor to the open source [http://www.itk.org Insight Toolkit]. He has revived an interest in golf after a 25 year hiatus.
== Talks ==
 
== Patents ==
 
  
[[http://www.google.com/patents?id=7mEWAAAAEBAJ&dq=patent:5900880&as_drrb_ap=q&as_minm_ap=1&as_miny_ap=2007&as_maxm_ap=1&as_maxy_ap=2007&as_drrb_is=q&as_minm_is=1&as_miny_is=2007&as_maxm_is=1&as_maxy_is=2007| US 5900880]] 3-D surfaces generated from a list of cubic elements
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Bill's career at GE started in 1978. He was a Graphics Engineer in the Visualization and Computer Vision Lab at GE Research in Niskayuna, NY. He has 40 years of experience in computer graphics and software engineering. Bill recently worked on algorithms for medical image analysis and scientific visualization. He is a co-developer of the marching cubes and dividing cubes surface extraction algorithms, two popular isosurface extraction algorithms. His other interests include computer animation, color graphics systems for data presentation, and object-oriented software tools. Bill is the author or co-author of over [[Lorensen_Publications| 80 technical articles]] on topics ranging from finite element pre/postprocessing, 3D medical imaging, computer animation and object-oriented design. He is a co-author of "Object-Oriented Modeling and Design" published by Prentice Hall, 1991. He is also co-author with Will Schroeder and Ken Martin of the book "The Visualization Toolkit: An Object-Oriented Approach to 3D Graphics" published by [http://www.kitware.com Kitware] in 2004.
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Bill holds thirty one [[Lorensen Patents| US Patents]] on medical and visualization algorithms. In 1991, he was named a [http://www.google.com/search?hl=en&rlz=1B3GGGL_enUS219US219&q=%22coolidge+fellow%22+%22general+electric%22&btnG=Search Coolidge Fellow], the highest scientific honor at GE Research. In 2004, Bill received the first [http://tab.computer.org/vgtc/awards/billVis2004.pdf IEEE Visualization Career Award]. In 2006, Bill was elected a Fellow of the [http://www.aimbe.org/ American Institute of Medical and Biological Engineering].
  
[[US 5821942]] Ray Tracing Through An Ordered Array
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Prior to joining GE in 1978, he was a Mathematician at the US Army Benet Weapons Laboratory where he worked on computer graphics software for structural analysis. He has a BS in Mathematics and an MS in Computer Science from [http://www.rpi.edu Rensselaer Polytechnic Institute].
  
[[US 5740802]] Computer Graphic And Live Video System For Of Body Structures During Surgery
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== [[Media:LorensenCV.pdf | Lorensen CV]] ==
  
[[US 5682506]] Method And System For Group Visualization Of Virtual Objects
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== [[Lorensen Publications| Publications]] ==
  
[[US 5611025]] Virtual Internal Cavity Inspection System
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== [[Lorensen Talks| Talks, Courses and Panels]] ==
  
[[US 5542036]] Implicit Modeling Of Swept Volumes And Swept Surfaces
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== [[Lorensen Patents| Patents]] ==
  
[[US 5514962]] Oblique MR Image Controlled From A 3D Workstation Model
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== [[Lorensen Awards| Awards/Recognition]] ==
  
[[US 5458126]] Cardiac Functional Analysis System Employing Segmentation
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== [[Advisory Boards|Advisory/Review Boards]] ==
 
 
[[US 5433199]] Cardiac Functional Analysis Method Using Gradient Image Segmentation
 
 
 
[[US 5412563]] Gradient Image Segmentation Method
 
 
 
[[US 5365927]] Magnetic Resonance Imaging System With Pointing Device
 
 
 
[[US 5345490]] Method And Apparatus For Converting Computed Data Into Finite Element Models
 
 
 
[[US 5204625]] Segmentation Of Stationary And Vascular Surfaces Resonance Imaging
 
 
 
[[US 5187658]] System and Method for Segmenting Internal Within The Interior Region Of A Solid Object
 
 
 
[[US 5166876]] System and Method for Detecting Internal Within The Interior Region Of A Solid Object
 
 
 
[[US 5146557]] User Interface For A Golf Green And A Golf System
 
 
 
[[US 4984157]] System and Method for Displaying Oblique Planar Of A Solid Body Using Tri-Linear Interpolation To Determine Pixel Position Dataes
 
 
 
[[US 4879668]] Method of Displaying Internal Surfaces of Medical Images
 
 
 
[[US 4831528]] Apparatus and Method for Improvement Of 3d From Tomographic Data
 
 
 
[[US 4821213]] System for the Simultaneous Display of Two or Surfaces within A Solid Object
 
 
 
[[US 4791567]] Three Dimensional Connectivity System Employing Schema For Determining Connected Substructures Within A Body
 
 
 
[[US 4751643]] Method And Apparatus For Determining Within A Body
 
 
 
[[US 4729098]] System And Method Employing Nonlinear Interpolation Display Of Surface Structures Contained Within The Interior Region Of A Solid Body
 
 
 
[[US 4719585]] Dividing Cubes System and Method for the Display Structures Contained Within The Interior Region Of A Solid Body
 
 
 
[[US 4710876]] System and Method for the Display of Surface Within The Interior Region Of A Solid Body
 
 
 
[[US 4525858]] Method and Apparatus for Reconstruction of Surfaces from Interference Fringes
 

Latest revision as of 15:49, 28 January 2020

Bill Lorensen retired from GE Research in January 2007. Bill remains as an active contributor to the open source Insight Toolkit. He has revived an interest in golf after a 25 year hiatus.

Bill's career at GE started in 1978. He was a Graphics Engineer in the Visualization and Computer Vision Lab at GE Research in Niskayuna, NY. He has 40 years of experience in computer graphics and software engineering. Bill recently worked on algorithms for medical image analysis and scientific visualization. He is a co-developer of the marching cubes and dividing cubes surface extraction algorithms, two popular isosurface extraction algorithms. His other interests include computer animation, color graphics systems for data presentation, and object-oriented software tools. Bill is the author or co-author of over 80 technical articles on topics ranging from finite element pre/postprocessing, 3D medical imaging, computer animation and object-oriented design. He is a co-author of "Object-Oriented Modeling and Design" published by Prentice Hall, 1991. He is also co-author with Will Schroeder and Ken Martin of the book "The Visualization Toolkit: An Object-Oriented Approach to 3D Graphics" published by Kitware in 2004.

Bill holds thirty one US Patents on medical and visualization algorithms. In 1991, he was named a Coolidge Fellow, the highest scientific honor at GE Research. In 2004, Bill received the first IEEE Visualization Career Award. In 2006, Bill was elected a Fellow of the American Institute of Medical and Biological Engineering.

Prior to joining GE in 1978, he was a Mathematician at the US Army Benet Weapons Laboratory where he worked on computer graphics software for structural analysis. He has a BS in Mathematics and an MS in Computer Science from Rensselaer Polytechnic Institute.

Lorensen CV

Publications

Talks, Courses and Panels

Patents

Awards/Recognition

Advisory/Review Boards