A Dynamic Wireless Networking Digital Transfer System
A digital and wireless technology, applied in the field of dynamic wireless networking communication systems, can solve the problems of missed time by rescue commanders, limited use scenarios, and short communication distances, and achieve the effects of efficient dynamic ad hoc network communication and expanding communication distance
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
example 1
[0045] Example 1: There are 50 vehicles in a convoy driving on the road, the distance between each vehicle is 200m, and the distance between the head and the tail is about 10km. If an ordinary relay base station is installed in the middle of the fleet, since the fleet is mobile, the communication effect for the vehicles at both ends will not be good. If the dynamic wireless networking digital transfer system is used, the vehicle-mounted station is switched to a base station with a repeater mode in the vehicle fleet at intervals of 2km (B), 4km (C), 6km (D), and 8km (E). You can go to F through B, C, D, E. It is guaranteed that A and F can also communicate with high quality. As shown in Figure 6:
example 2
[0046] Example 2: During a certain rescue, the command headquarters and the rescue site are just separated by two mountains. At this time, the two places directly use ordinary walkie-talkies to communicate, which will definitely be blocked by the mountain. The communication effect is not good, which will affect the communication command; if Set up a set of relay base stations on the top of the two mountains and use conventional communication. In this case, a wired network must be used to connect them, and it is not easy to move the equipment to the top of the mountain, which will waste rescue time. If the dynamic wireless networking digital transfer system is used in this case, only two people (B, C) need to take a mobile phone in base station mode and stand on two hills respectively. B receives A, and B then forwards it to C, and C is transferred to D, which can ensure the smooth communication between the command headquarters A and the rescue site D. Such as Figure 7 Shown:...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


