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Content for  TR 22.885  Word version:  14.0.0

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5  Use Casesp. 10

5.1  Forward Collision Warningp. 10

5.2  Control Loss Warningp. 12

5.3  V2V Use case for emergency vehicle warningp. 13

5.4  V2V Emergency Stop Use Casep. 14

5.5  Cooperative Adaptive Cruise Controlp. 14

5.6  V2I Emergency Stop Use Casep. 15

5.7  Queue Warningp. 16

5.8  Road safety servicesp. 17

5.9  Automated Parking Systemp. 19

5.10  Wrong way driving warningp. 20

5.11  V2X message transfer under MNO controlp. 21

5.12  Pre-crash Sensing Warningp. 22

5.13  V2X in areas outside network coveragep. 23

5.14  V2X Road safety service via infrastructurep. 24

5.15  V2N Traffic Flow Optimisationp. 25

5.16  Curve Speed Warningp. 27

5.17  Warning to Pedestrian against Pedestrian Collisionp. 28

5.18  Vulnerable Road User (VRU) Safetyp. 29

5.19  V2X by UE-type RSUp. 31

5.20  V2X Minimum QoSp. 32

5.21  Use case for V2X access when roamingp. 33

5.22  Pedestrian Road Safety via V2P awareness messagesp. 34

5.23  Mixed Use Traffic Managementp. 35

5.24  Enhancing Positional Precision for traffic participantsp. 36

5.25  Privacy in the V2V communication environmentp. 36

5.26  V2N Use Case to provide overview to road traffic participants and interested partiesp. 37

5.27  Remote diagnosis and just in time repair notificationp. 39

6  Considerationsp. 40

7  Potential Requirementsp. 41

8  Conclusion and Recommendationsp. 43

A  Example parametersp. 44

B  Spectrum usage options for LTE-based V2Xp. 46

C  Density of UEsp. 47

D  V2X deployment examplesp. 48

E  Intersection safety for pedestrian via vehicle to infrastructure communicationp. 49

$  Change historyp. 50


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