Tactile Internet
Communication Infrastructure
Capacity
High availability
High reliability
Security
5G
Additional Spectrum (GHz)
Resource allocation
Shared
Human to Human
Machine to Machine
Efficient Utilization
Applications
Real-Time interaction
Physical
Control
Autonomous Driving
Accident Reduction
Traffic Jam Reduction
Robotics
Haptic Feedback
Remote Control
Healthcare
Tele
Diagnosis
Surgery
Rehabilitation
Location independent expertise
Virtual Reality, Augumented Reality
Haptic Feedback
Remote collaboration
Automation Industry
Sensitive control circuits
High flexibility
Requirements
Interaction
Very small reaction time
Connectivity
Ultra Responsive
Low latency
High efficiency
Short bursts
Natural
Prevent cyber sickness
1ms
Ultra Reliable
High data rates
Low error rate
Fast decoding
Less retransmissions
Less delay
Secure
Privacy
Security embedded in physical transmission
Low computational overhead
Edge Intelligence
Limited range due to speed of light
Tactile Data
Low Latency
Short transmit time
Close to 1ms
Core network
Adequate QOS
Secure
Latency reduction
Geographic routing
Queueing delays
Edge Cloud
Reliable
Sharing
Dynamic reallocation
Cloudlets
AI
Tactile AI Engines
Advanced Content Caching
Decongestion
Latency reduction
Prediction
Haptic/Tactile Experience
Allows higher geographic separation
Encoding
Stabilizes
Economic Impact
Real Time interaction
New opportunities
Skillset delivery
Emerging technology markets
Essential public services
Underpins Tactile Internet at wireless edge