Bi-end satellite positioning communication and cab scheduling method and system by centralized scheduling

Abstract

The invention provides a method of double terminal satellite positioning communication and central control and management for managing taxies, which comprises the steps of: (a) receiving requesting information from a user calling for a taxi; (b) obtaining the information of the taxi, a map and the user; (c) analyzing and making a simulative dynamic positioning strategy according to the information of the taxi, the map and the user and choosing one or a plurality of managing proposals according to the simulative dynamic positioning strategy; (d) sending the requesting information of booking to corresponding taxi client terminals according to the managing proposals; (e) feeding back the answering information sent from the taxi client terminals; and (f) providing the wireless talking back and calling function when the taxi arriving at the surrounding area of the user. The method and the taxi with the automatized booking requesting and managing and precise positioning are closer to daily communication and thinking modes and solve the problems that a user can not find a taxi and an empty taxi can not find a user. The invention also discloses a system of double terminal satellite positioning communication and central control and management for managing taxies.

Description

technical field [0001] The invention relates to a taxi dispatching technology, in particular to a taxi dispatching method and system based on dual-terminal satellite positioning communication and central control dispatching. Background technique [0002] Under the current background of advocating high-efficiency work and extremely tight energy resources, accurate and effective dispatching of taxis has not only become an important evaluation standard for customers on taxi service quality, but also a basic requirement for taxi drivers to reduce their own costs. [0003] Currently, there are three ways to choose a taxi when going out: [0004] 1. Waiting on the side of the road is a completely random process, especially when the location of the waiting point is relatively remote, the waiting time will be longer; [0005] 2. To make an appointment by phone, you need to provide one or several appointment numbers, and arrange a full-time manpower on duty. The dispatcher obtains t...

AI Technical Summary

Problems solved by technology

But this method is only suitable for a small number of customers, and the scope of application is very narrow

[0007] The above three methods of choosing a taxi are inefficient, time-consuming and uncertain whether a taxi can be called. Therefore, most taxi drivers in many areas are blindly looking for customers on the street with empty cars, and need to rent a taxi. The customers in the car could not get a taxi, and the taxi driver drove an empty car blindly looking for customers on the street. On the one hand, a lot of unnecessary fuel costs were wasted; on the other hand, it also increased the load on the road and affected the normal operation. and the existing taxi dispatching system is nothing more than the customer telling the dispatcher his location through the above-mentioned similar calls, text messages and the Internet, and then waiting for a taxi to pick him up

But this method has a very unfavorable factor, that is, customers often cannot accurately describe their location

Customers who call a car must walk to a certain well-known building and use the building as their waiting place. However, since general buildings occupy a large area, it is also difficult for taxi drivers to quickly find customers who call a car. not easy

For example, the Chinese patent No. 2004100017586.9 disclosed in the patent description of the Chinese patent with the patent application No. 200410025167.X discloses a method for using LBS location services to locate the user’s calling point. This method should be used to locate the location of the user’s mobile phone to locate the location of the car. If the user’s address is to be accurately located, the premise is that the user’s mobile phone needs to be installed with a Global Position System (GPS for short). Positioning by satellite is obviously not in line with reality, and it also involves the user's personal privacy; if the user's mobile phone does not have a global satellite positioning system installed, this method is to roughly locate the user's location by using the base station of mobile communication , and the premise is that the user must be within the coverage of three base stations at the same time. The effect of this rough positioning method is not much different from the traditional roadside taxi calling method. The taxi driver still needs to quickly find the location of the taxi calling user. hard

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