Difference between revisions of "2013 Project Week:AgileMedicalRobot"
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| + | Image:MRISequenceDiagramPart 912X668 72dpi.png|Sequence Diagram for MRI-guided liver ablation robot (the beginning part) | ||
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<h3>Approach, Plan</h3> | <h3>Approach, Plan</h3> | ||
* Identify system components in the robot | * Identify system components in the robot | ||
| − | * Identify | + | * Identify workflow in the target clinical application |
* List system "phases" for each workflow items | * List system "phases" for each workflow items | ||
* Discuss the tasks for each components at each phase | * Discuss the tasks for each components at each phase | ||
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** [https://github.com/SNRLab/AgileMedicalRoboticsDevelopment.git AgileMedicalRoboticsDevelopment] | ** [https://github.com/SNRLab/AgileMedicalRoboticsDevelopment.git AgileMedicalRoboticsDevelopment] | ||
* Created sequence diagram by using [http://argouml.tigris.org ArgoUML] | * Created sequence diagram by using [http://argouml.tigris.org ArgoUML] | ||
| + | **[[Diagram revision control]]; export XMI file from ArgoUML -> repository at GitHub | ||
| + | * Documented the following items to Wiki | ||
| + | **Identified clinical workflow, system components and tasks | ||
| + | **Identified states and information to be exchanged | ||
| + | **Planned incremental development phases | ||
| + | * Designed igtlRobot (OpenIGTLink extension) based on the workflow and implemented parts of the extension message classes. | ||
| + | * Created virtual components for Robot control unit, Slicer to perform the communication of each device by using igtlRobot. | ||
| + | **capable of comprehending "state" and "information to be exchanged" | ||
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Latest revision as of 16:31, 11 January 2013
Home < 2013 Project Week:AgileMedicalRobot
Sequence Diagram for MRI-guided liver ablation robot (the beginning part)
Key Investigators
- BWH: Atsushi Yamada, Nobuhiko Hata
- Canon: Taka Kato, Onuma
Objective
To develop a system architecture for MRI-guided liver ablation robot, and identify the critical software modules in Slicer, OpenIGTLink, NITRO
Approach, Plan
- Identify system components in the robot
- Identify workflow in the target clinical application
- List system "phases" for each workflow items
- Discuss the tasks for each components at each phase
- Identify information to be exchanged to accomplish the tasks
- Identify the information to be logged for recovery from crash and emergency stop
- Design incremental development phases with test and validation
- Identify virtual and real system components to be developed
- Identify resource sharing mechanism among component developpers
Progress
- Created the repository
- Created sequence diagram by using ArgoUML
- Diagram revision control; export XMI file from ArgoUML -> repository at GitHub
- Documented the following items to Wiki
- Identified clinical workflow, system components and tasks
- Identified states and information to be exchanged
- Planned incremental development phases
- Designed igtlRobot (OpenIGTLink extension) based on the workflow and implemented parts of the extension message classes.
- Created virtual components for Robot control unit, Slicer to perform the communication of each device by using igtlRobot.
- capable of comprehending "state" and "information to be exchanged"
Delivery Mechanism
- The documentation to be contained in NCIGT wiki site.
