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courses:456:2018:projects [2018/02/15 17:33]
eazimi1@johnshopkins.edu
courses:456:2018:projects [2018/05/29 15:25] (current)
eazimi1@johnshopkins.edu
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 **NOTE:** At the end of the semester, all projects will be made readable to the general public, unless you make arrangements otherwise with Prof. Taylor **NOTE:** At the end of the semester, all projects will be made readable to the general public, unless you make arrangements otherwise with Prof. Taylor
 +
 +=====Certificates and Awards============
 +**Final Day Photos ** \\
 +**Certificates and Awards** \\
 +**Here is the Link:** [[:courses:456:2018:456-2018-24:Project-24 | Certificates and Awards]]
 +
  
 =====Nondisclosure agreement for in-class discussion===== =====Nondisclosure agreement for in-class discussion=====
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 **Project Pages:** [[:courses:456:2018:456-2018-03:Project-03 | Photoacoustic System for Spinal Surgery]] **Project Pages:** [[:courses:456:2018:456-2018-03:Project-03 | Photoacoustic System for Spinal Surgery]]
  
-=====04: Near Infrared Fluorescent Sutures===== +=====04: Anomaly detection for treatment planning and a learning health system in radiotherapy===== 
-**Team Members:** Andrew Jin\\ +**Team Members:**  Daniel Yuan, Vincent Qi\\ 
-**Mentors:** Simon Leonard\\ +**Mentors:** Todd McNutt, Pranav Lakshminarayanan\\ 
-**Project Pages:** [[:courses:456:2018:456-2018-04:Project-04 | Near Infrared Fluorescent Sutures]]+**Project Pages:** [[:courses:456:2018:456-2018-04:Project-04 | Anomaly detection for treatment planning and a learning health system in radiotherapy]]
  
 =====05: User interface to extract radio-morphologic features for refined dose-toxicity analysis in radiotherapy===== =====05: User interface to extract radio-morphologic features for refined dose-toxicity analysis in radiotherapy=====
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 **Project Pages:** [[:courses:456:2018:456-2018-08:Project-08 | Low Dose Fluoroscopy for Orthopedic Surgery]] **Project Pages:** [[:courses:456:2018:456-2018-08:Project-08 | Low Dose Fluoroscopy for Orthopedic Surgery]]
  
-=====09: Content Generation for HMD Based Medical Training =====+=====09: Smart Evaluation and Remote Feedback for HMD Based Medical Training =====
 **Team Members:** Benjamin Pikus, Patrick Myers, Alexander Chang\\ **Team Members:** Benjamin Pikus, Patrick Myers, Alexander Chang\\
 **Mentors:** Ehsan Azimi, Chien-Ming Huang, Peter Kazanzides, Camilo Molina\\ **Mentors:** Ehsan Azimi, Chien-Ming Huang, Peter Kazanzides, Camilo Molina\\
 **Project Pages:** [[:courses:456:2018:456-2018-09:Project-09 | Content Generation for HMD Based Medical Training]] **Project Pages:** [[:courses:456:2018:456-2018-09:Project-09 | Content Generation for HMD Based Medical Training]]
  
-=====10: HMD-Based Eye-Gaze Analysis in Performing Medical Procedures =====+=====10: Semi-Automatic Content Generation and HMD-Based Eye-Gaze Analysis in Performing Medical Procedures =====
 **Team Members:** Prateek Bhatnagar, Allan Wang\\ **Team Members:** Prateek Bhatnagar, Allan Wang\\
 **Mentors:** Ehsan Azimi, Chien-Ming Huang, Peter Kazanzides, Nassir Navab, Russ Taylor\\ **Mentors:** Ehsan Azimi, Chien-Ming Huang, Peter Kazanzides, Nassir Navab, Russ Taylor\\
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 **Project Pages:** [[:courses:456:2018:456-2018-20:Project-20 | Enhancement of needle tracking accuracy using US/CT registration applied to spinal surgery]] **Project Pages:** [[:courses:456:2018:456-2018-20:Project-20 | Enhancement of needle tracking accuracy using US/CT registration applied to spinal surgery]]
  
-=====21: ROS/RViz augmented reality and user interface toolkit===== +=====21: Auto-Segmentation of Spine CT for Data Analysis of Surgical Outcome===== 
-**Team Members:** Patrick Nunez\\ +**Team Members:** Ben Ramsay, Nicolas Eng\\ 
-**Mentors:** Anton Deguet\\ +**Mentors:**  Jeff Siewerdsen, Tharindu De Silva\\ 
-**Project Pages:** [[:courses:456:2018:456-2018-21:Project-21 | ROS/RViz augmented reality and user interface toolkit]]+**Project Pages:** [[:courses:456:2018:456-2018-21:Project-21 | Auto-Segmentation of Spine CT for Data Analysis of Surgical Outcome]]
  
 =====22: Structure from Motion from Long Video Sequence===== =====22: Structure from Motion from Long Video Sequence=====
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 **Project Pages:** [[:courses:456:2018:456-2018-22:Project-22 | Structure from Motion from Long Video Sequence]] **Project Pages:** [[:courses:456:2018:456-2018-22:Project-22 | Structure from Motion from Long Video Sequence]]
  
-=====23: Auto-Segmentation of Spine CT for Data Analysis of Surgical Outcome===== +=====23: Project 23===== 
-**Team Members:** Ben RamsayNicolas Eng\\ +**Team Members:**  Member1Member2\\ 
-**Mentors:**  Jeff SiewerdsenTharindu De Silva\\ +**Mentors:** Mentor1Mentor2\\ 
-**Project Pages:** [[:courses:456:2018:456-2018-23:Project-23 | Auto-Segmentation of Spine CT for Data Analysis of Surgical Outcome]] +**Project Pages:** [[:courses:456:2018:456-2018-23:Project-23 | Project-23]]
  
-=====XX: Project Template===== 
-**Team Members:** Member1, Member2\\ 
-**Mentors:** Name 1, Name 2\\ 
-**Project Pages:** [[:courses:456:2018:456-2018-XX:Project-XX | Project Name]] 
  
courses/456/2018/projects.1518733996.txt.gz · Last modified: 2018/02/15 17:33 by eazimi1@johnshopkins.edu




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