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Typical Industry Aoolication Solutions of 5G - Coggle Diagram

- - - - Bearer net > net hard slicing (flex-eh)
      - NGC > distributed architecture and isolation of the control plane and user plane
      - Wireless massive connections and wide coverage
    - - Bearer net > low latency solution
      - slicinng and 5G mobile edge computing (MEC)
      - Wireless < low latency and high reliability
    - - Bearer Net 10GE-50GE-200GE
      - NGC cloud based and converged
      - Wireless 2-5 Gbits/s single site capaccity
- - - - Key Products have been commercialized
      - the C-V2X commercial mode and net deployment solution are not clear > industry chain is too long
  - - - Connections
      - Platform , not only connections
      - Service , not only connections and platform but also the service
        hard long industry chain
    - - Network > Lte or 5G (future)
        net communicate with V2X server (cloud platform)
      - RoadSide
      - Cloud Platform
        V2X server should be installed with diffrent applications which improve the Driving Safety
      - V
        V installed with OBU On Board Unit which have a modular Chipset inside for the communication > enable the V Communication with each other or with infrastructure >> V2V V2I V2P...
      - EcoSystem
        ITS Intelligent Transportation system > real time interaction and perception of V and road >> optimized decision
    - - semim automatic > collect traffic data using the camera and ITS system can anlyse thses data and adjust trffic lights for example
      - fully intelligent > V2N V2P... edge computing
        automatic driving...
      - single static scenario > vid surveilliance cameras everywhere , traffic lights
    - - Spectrum
      - Convergence
      - Architecture
      - Positionning
      - Uu enhancement
  - - - C-V2X Cellular V2X include all the V modes > more efficient
        much better performant than DSRC
        morereliable intelligent decision making and Cooperative Control for Automated Driving
        also have a dynamic map shared
        
        LTE-V (rel 14 )
        
        5G-V2X (rel 16 )
        
        LTE -eV2X (rel 15 )
      - DSRC Dedicated Short Range Communication
        somthing like wlan wifi >
        not performant as C-V2X but still used in manu countries like US , japan , Europe...
    - - no automation
        
        driver assistant (assist in some V functions)
        0 , 1 already satisfied in mpost cars
        
        partial automation like departure prevention and adaptive cruise
        
        conditional automation like automated driving in traffic jam, campus (low speed) , traffic guidance
        2, 3 we need the C-V2X network and LTE can satisfies it
        
        high automation like a robot taxi > no drivers inside
        
        full automation > automation under any situation
        4, 5 we need very strong network > reliability bandwidth and only 5G can support that
  - - - port transportation
      - Mining area transportation in harsh env
      - Campus shuttle bus
      - V ressource scheduling
- - - - Secondary Equipment and scheduling
        
        Power generation
        could be wind or solar...
        
        power transmission
        
        power distribution
        
        Power transformation
        
        power consumption > Users...