A framework using cluster-based hybrid network architecture for collaborative virtual surgery

Keyphrases

• Cluster-based 100%
• Simulation System 100%
• Virtual Surgery 100%
• Network Latency 100%
• Surgical Simulation 100%
• Hybrid Network Architecture 100%
• High Performance 50%
• Deformable Models 50%
• Smooth Transition 50%
• System Performance 50%
• Communication Overhead 50%
• Trainer 50%
• Multicast Transmission 50%
• Challenging Tasks 50%
• Management Approach 50%
• Surgical Operation 50%
• Failure Detection 50%
• Collaborative Mechanism 50%
• Minimum Network 50%
• Acknowledgment 50%
• State Consistency 50%
• System Consistency 50%
• Collaborative Virtual Environments 50%
• Cooperative Work 50%
• Sliding Window Method 50%
• Reliable multicast 50%
• Orthopedic Surgery 50%
• Collaborative Simulation 50%
• Haptics 50%
• Cluster Cooperation 50%
• Computational Policy 50%
• Detection Chain 50%
• Policy Mechanisms 50%

Computer Science

• Network Architecture 100%
• Hybrid Network 100%
• Surgical Simulation 100%
• Network Latency 100%
• Simulation System 100%
• Systems Performance 50%
• Communication Overhead 50%
• Multicast Transmission 50%
• Multicasting 50%
• Failure Detection 50%
• Orthopedic Surgery 50%
• Cooperative Work 50%
• Cooperation Cluster 50%
• Sliding Window 50%
• collaborative virtual environment 50%
• Deformable Model 50%