Method and device for sending V2X synchronization signal and PSBCH
一种同步信号、发送方法的技术，应用在V2X同步信号和PSBCH的发送领域，能够解决没有成熟的实现方案、D2D终端选择影响等问题
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0099] In this example, VUE's The value range is [336,503], the method flow chart of this embodiment is the same as figure 1 Same, the specific steps are as follows:
[0100] At step 110, the VUE determines from its reference synchronization source value.
[0101] VUE is determined as follows The specific value of:
[0102] If the VUE is type 1, the VUE is determined by receiving eNB signaling value, at this time The value range of is [X1, 503] or [336, Y1], wherein X1 and Y1 are values defined by the standard, for example, X1=336, 337 or 338, Y1=503, 502 or 501. At this time, the signaling can be compared with the existing The configured signaling is the same, or a redefined signaling.
[0103] If VUE is type 2, VUE's The value range is [306,X1) or (Y1,503], for example or
[0104] If VUE is type three, VUE's The value range is [306,X1) or (Y1,503], for example The value is the same as that of Type 2 VUE, or The value is another value different fr...
Embodiment 2
[0118] In this example, VUE's The value range is [0,335], the method flowchart of the present embodiment and figure 1 Same, the specific steps are as follows:
[0119] At step 110, the VUE determines from its reference synchronization source value.
[0120] VUE is determined as follows The specific value of:
[0121] If the VUE is type 1, the VUE is determined by receiving eNB signaling value, at this time The value range of is [X2, 167] or [0, Y2], where X2 and Y2 are values defined by the standard, for example, X2=0, 1 or 2, Y2=165, 166 or 167. At this time, the signaling can be compared with the existing The configured signaling is the same, or a redefined signaling.
[0122] If VUE is type 2, VUE's The value range is [0,X2) or (Y2,167], for example or
[0123] If VUE is type three, VUE's The value range is [0,X2) or (Y2,167], for example The value is the same as that of Type 2 VUE, or The value is another value different from Type 2 VUE within ...
Embodiment 3
[0135] In this example, VUE's The value range is [168,335], the method flow chart of this embodiment is the same as figure 1 Same, the specific steps are as follows:
[0136] At step 110, the VUE determines from its reference synchronization source value.
[0137] VUE is determined as follows The specific value of:
[0138] If the VUE is type 1, the VUE is determined by receiving eNB signaling value, at this time The value range of is [X3, 335] or [168, Y3], where X3 and Y3 are values defined by the standard, for example, X3=168, 169 or 170, Y3=333, 334 or 335. At this time, the signaling can be compared with the existing The configured signaling is the same, or a redefined signaling.
[0139] If VUE is type 2, VUE's The value range is [168, X3) or (Y3, 335], for example or
[0140] If VUE is type three, VUE's The value range is [168, X3) or (Y3, 335], for example The value is the same as that of Type 2 VUE, or The value is another value different ...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 
PatSnap Eureka turns technology decisions into work you can execute. Powered by our Innovation Knowledge Graph, it runs expert workflows across engineering, life sciences, materials and intellectual property. Get your review-ready output in minutes.
