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6.5   Solution #5: RSU based on V2V/V2P Message Offload function in eNB or on S1
6.6   Solution #6: QoS handling for PC5 based message
6.7   Solution #7: New QCI values for LTE-Uu based V2X message transmission/reception
6.8   Solution #8: V2X message transmission/reception for V2I Service      Up
6.9   Solution #9: MBMS service area mapping using MB2-C procedures   Word-p. 35
6.10   Solution #10: BM-SC based solution for MBMS service area mapping   Word-p. 36
6.11   Solution #11: Local V2X server discovery using Anycast
6.12   Solution #12: V2X Server Discovery using broadcast mechanism
6.13   Solution #13: Privacy protection of UE in V2X communications
6.14   Solution #14: Path selection for Uplink V2V message transmission   Word-p. 43
6.15   Solution #15: Latency improvements for eMBMS with L.MBMS based on implementation      Up
7   Conclusions
A   Enhancements to ProSe architectures for PC5 based V2X   Word-p. 46
B   Road Side Unit (RSU) considerations   Word-p. 47
C   Example hybrid deployment options using LTE-Uu based architecture and PC5 based architecture   Word-p. 49      Up
D   Localized MBMS deployment options   Word-p. 50
E   Change history   Word-p. 52

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