DTI Tractography for Neurosurgical Planning: A Grand Challenge MICCAI 2011 Workshop, Sept.18, 2011 Toronto, Canada - Letter of Intent for Submission & Agreement of Data Confidentiality From

Source URL: www.na-mic.org

• Surgical planning
• Medicine
• Magnetic resonance imaging
• Tractography

Health Sciences Career Cluster What is the Health Sciences Career Cluster? The Health Sciences Cluster focuses on preparing students for careers in planning, managing, and providing therapeutic services, diagnostic servi

Source URL: www.education.nh.gov

• Health informatics
• Foundation University of Health Sciences
• Dow University of Health Sciences
• Medicine
• Health
• Surgical technologist

Presenter: Sarthak Misra Title: Predicting Target Motion for Planning of Medical Interventions Abstract: Soft tissue displacements during minimally invasive surgical procedures may cause target motion and

Source URL: automation.berkeley.edu

Presenter: Ron Alterovitz Title: Safe Motion Planning for Medical Robots in Uncertain, Deformable Environments Abstract: With the growing reliance on minimally invasive medical procedures, physicians increasingly must ma

Source URL: automation.berkeley.edu

• Robot kinematics
• Computer assisted surgery
• Robotic surgery
• Invasiveness of surgical procedures
• Motion planning
• Robot
• Medical robots
• Medicine
• Surgery
• Medical informatics

Autonomous Multilateral Debridement with the Raven Surgical Robot Ben Kehoe1 , Gregory Kahn2 , Jeffrey Mahler2 , Jonathan Kim2 , Alex Lee2 , Anna Lee2 , Keisuke Nakagawa4 , Sachin Patil2 , W. Douglas Boyd4 , Pieter Abbee

Source URL: ieor.berkeley.edu

• Telehealth
• Medical informatics
• Surgery
• Robot
• Motion planning
• Telerobotics
• Debridement
• Personal robot
• Cognitive robotics
• Medicine
• Robotics
• Robot kinematics

Autonomous Multilateral Debridement with the Raven Surgical Robot Ben Kehoe1 , Gregory Kahn2 , Jeffrey Mahler2 , Jonathan Kim2 , Alex Lee2 , Anna Lee2 , Keisuke Nakagawa4 , Sachin Patil2 , W. Douglas Boyd4 , Pieter Abbee

Source URL: www.ieor.berkeley.edu

• Technology
• Robot
• Motion planning
• Pose
• Articulated robot
• Personal robot
• Telerobotics
• Robotics
• Medicine
• Robot kinematics

Presenter: Dmitry Berenson Title: Enabling Precise Dose Delivery and Surgical Sub-task Automation through Optimization, Machine Learning, and Motion Planning Abstract:

Source URL: automation.berkeley.edu

• Motion planning
• Automation
• Robot
• Surgery
• Motion
• Physics
• Science
• Academia
• Radiation oncology
• Medical physics
• Brachytherapy

Surgical Retraction of Non-Uniform Deformable Layers of Tissue: 2D Robot Grasping and Path Planning Rik Jansen∗ , Kris Hauser† , Nuttapong Chentanez† , Frank van der Stappen∗ , Ken Goldberg† ∗ Department of

Source URL: ieor.berkeley.edu

• Materials science
• Deformation retract
• Topology
• Retraction
• Deformation
• Soft tissue
• Mechanics
• Physics
• Continuum mechanics

VISIUS iCT by IMRIS Experience state-of-the-art CT imaging accessed effortlessly in the OR.

Source URL: www.imris.com

• Radiology
• Tomography
• Magnetic resonance imaging
• Surgical planning
• Medicine
• Oral and maxillofacial surgery
• Computer assisted surgery

L e a d i n g t h e Way i n H e a l t h I T R e s e a r c h Surgical Simulation and Planning The Biomedical Imaging team at the Australian e-Health Research Centre is currently researching and developing

Source URL: aehrc.com

• Computer assisted surgery
• Haptic technology
• Holography
• Simulation
• Colonoscopy
• Scoliosis
• Endoscopy
• Surgery
• Colorectal cancer
• Medicine
• Virtual reality
• Oral and maxillofacial surgery