force feedback - Globe Thesis

Keyword [force feedback] Result: 41 - 60 \| Page: 3 of 4
41.	Multi-Target Tracking And Locating For Minimally Invasive Spine Surgery Training System
42.	Study On Key Technologies Of Endovascular Surgery Training Simulation And System Construction
43.	Effect Of Hand Rehabilitation Robot Based On Force Feedback Combined With Task-oriented Training On The Gross Grasping Function Of Fingers In Stroke Patients With Hemiplegia
44.	Collision Detection Based On Virtual Medical Environment And Force Feedback Research
45.	Designing And Implementation Of Electromagnetic Force Feedback Model Focusing On Virtual Interventional Surgery
46.	Research On Gait Recognition And Dynamic Stability Of Lower Extremity Exoskeleton Based On Force Feedback
47.	Study On The Force Feedback Technology Of Optical Navigated Puncture Robot
48.	Design Of A Master-slave Controlling System For Endovascular Intervention Robot With Variable Stiffness And Force Feedback
49.	Key Technologys Research On Haptic Rendering Of Cardiovascular Interventional Surgery Based On Virtual Reality
50.	Research On Training Model Of Lower Extremity Rehabilitation Based On Mixed Reality
51.	Design And Implementation Of A Virtual Injection Simulation System With Force Feedback
52.	Research On The Mechanism Design And Control Of The Interventional Surgery Robot For Liver Cancer
53.	Research On Force/Position Control Of Hand Rehabilitation Robot Driven By Flexible Pneumatic Muscles
54.	The Value Of FBG-based Force Sensor In Reducing Tissue Damage In Minimally Invasive Surgery
55.	FBG-based Force Sensor To Provide Real-time Force Feedback In Laparoscopic Training
56.	Research On Force Feedback Model For Oral Virtual Surgery
57.	Design And Development Of An Oral Clinical Virtual Teaching System Based On Force Feedback
58.	Research On Virtual Spine Drilling Technology Based On Force Feedback
59.	Application Of Real-Time Finger Force Feedback Paradigm In Clinical Diagnosis And Treatment Of Children With ADHD
60.	Development And Application Research Of A 6-DOF Virtual Laparoscopic Surgery Hand Controller
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