TW201438454A - Method for pairing users of wireless mobile communication devices and server thereof - Google Patents

Abstract

A method for pairing users of wireless mobile communication devices and the server thereof are disclosed. The method includes the following steps: (1) receiving the three-dimensional coordinate of a first wireless mobile communication device; (2) accessing a query database containing a set of first correlation data and a plurality of sets of second correlation data, wherein the set of the first correlation data includes the related attributes of a user of a first wireless mobile communication device, and each set of the second correlation data respectively includes the related attributes of different users of second wireless mobile communication devices; (3) selecting at least one associated with the related attributes of the set of first correlation data from the plurality of sets of second correlation data according to the related attributes of the first correlation data; (4) providing the three-dimensional coordinate of each of the second wireless mobile communication devices according to the selected second correlation data; and (5) calculating a difference between the three-dimensional coordinate of the first wireless mobile communication device and the three-dimensional coordinate of each of the second wireless mobile communication device.

Description

Method for providing user pairing of wireless mobile communication device and server thereof

The invention relates to the application of a smart phone, in particular to a method for calculating three-dimensional geographic information and a server thereof.

With the advent of smart phones or tablets, more and more people are accustomed to using mobile phones or tablets to connect with relatives and friends. Therefore, various chat programs or applications have emerged.

In addition to the text/video functions commonly used in general chat programs, in order to attract more use of smart phones, related companies have even added many other additional functions, such as Line ^TM or What's App ^TM to find good friends, which are utilized. The mobile phone locates the return data database and calculates the location of all mobile phones to provide information about which good friends are present in the vicinity of the user.

However, the aforementioned calculation method will occupy a lot of computing resources, because the operator needs to calculate the location of the searcher first, and then must return the location of all mobile phone users to the database, and then calculate which users are located near the searcher. . In this way, the operator must find the matcher (the person near the searcher) among all the mobile phone users, so that many useless information will be included in the calculation, resulting in invalid waste of computing resources. In particular, mobile phone users will constantly move their positions, so their positioning information will be updated continuously, and the amount of calculation will become huge.

In addition, current mobile phone positioning is a two-dimensional (2D) calculation, and does not provide three-dimensional (3D) calculations, so only the relative distance between the two points can be provided, and the height difference between the two points cannot be calculated. However, the provision of height difference allows the user to know more precisely how far it is from the distance between nearby friends.

One of the objects of the present invention is to provide a method and server for reducing computing resources and quickly searching for targets.

Another object of the present invention is to provide a server that can display height information.

The method for pairing wireless mobile communication device users includes the following steps: (1) receiving a three-dimensional coordinate of a first wireless mobile communication device; (2) accessing a query database, the query database storing a first Associated data and a plurality of second associated data, wherein the first associated data is a related attribute of a user of the first wireless mobile communication device, and each of the second associated data is a second wireless mobile communication device of another different user Corresponding attributes; (3) filtering, according to the related attributes of the first related data, at least one of the second related data from the plurality of related materials and related attributes of the first related data; (4) according to the selected a second associated data, providing a related three-dimensional coordinate of each second wireless mobile communication device; and (5) calculating a three-dimensional coordinate of the first wireless mobile communication device and a three-dimensional coordinate of each provided second wireless mobile communication device difference.

Preferably, the method of the present invention further comprises: (6) screening three-dimensional coordinates smaller than a specific gap value according to the three-dimensional coordinate difference, and providing the selected three-dimensional coordinates to the first wireless mobile communication device. Also included: (7) in the first wireless mobile communication The device displays each of the three-dimensional coordinates that are selected.

Since the above method is preferably implemented by a computer program, the method of the present invention can be written by a computer program on a medium (such as a hard disk, an integrated circuit, a compact disk, or other recordable computer program). And the medium includes a code to achieve the above method. Preferably, the article is a CD, CD-R, MO, floppy disk, hard disk, IC chip or any item known to those skilled in the art that includes the recording medium.

The present invention further provides a server for calculating a pairing of a wireless mobile communication device as described above, the server comprising: a receiving module, an access module, a first screening module, and a The coordinate module and a computing module; preferably further comprising: a second screening module and an execution display module; thereby achieving the above method. The mobile communication device displays each of the three-dimensional coordinates that are screened out. Each module can store the entire computer program or segmented computer program for the same or different memory media to achieve the above method.

31‧‧‧ receiving module

32‧‧‧Access Module

33‧‧‧First screening module

34‧‧‧Coordinate module

35‧‧‧Computation Module

36‧‧‧Second screening module

37‧‧‧Execution display module

U1, U2, U3‧‧‧ users

1‧‧‧First wireless mobile communication device

201~207‧‧‧Process

1 shows a plurality of users simultaneously using a smart phone; FIG. 2 is a method for pairing a user of a wireless mobile communication device according to the present invention, showing a method flowchart thereof; and FIG. 3 is a server according to the present invention, showing Block diagram.

Referring first to Figure 1, there are shown that a number of users U1, U2, U3 are using wireless mobile communication devices. When the user U1 located in the building B wants to use his wireless mobile communication device 1 to find a friend located nearby, the method of the present invention can be utilized to achieve the purpose of quick search.

Referring to FIG. 2, the method for pairing a user of a wireless mobile communication device provided by the present invention includes the following steps: The process 201 is to receive a three-dimensional coordinate of a first wireless mobile communication device. For example, when the user U1 of FIG. 1 wants to search for a nearby friend, the first wireless mobile communication device 1 sends a request signal (for example, starting a special program, including multiple touches to start the program and issuing a request signal), The method of the present invention finds the three-dimensional coordinates of the user U1 based on the request signal, for example, (1, 2, 1).

Next is a process 202: accessing a query database, the query database storing a first associated data and a plurality of second associated materials. The first associated data and the second associated data are respectively related attributes of users of different wireless mobile communication devices. For example, related attributes include the user's gender, marital status, love orientation, work scope, home range, frequently moving area, and the like. These related attributes may be that the mobile phone or related industry store the relevant attributes of its users in the database for access.

Then, the process proceeds to 203: screening, according to the related attribute of the first associated data, at least one of the second related data from the plurality of related materials to be related to the related attribute of the first associated material. For example, user U1 of Figure 1 is a married male clothing sales owner and the work area is in Taipei City, looking for a married male garment manufacturing executive near his location. The first wireless mobile communication device 1 of FIG. 1 sends a request signal, and can access the query database according to the request, and find out the relevant attributes of the user U1, such as the married male clothing sales owner and the work area in Taipei. Then, the related data (at least one of the second related materials) related to the related attribute of the user U1 is filtered out from the query database, for example, the user U2 is a married male clothing sales owner and the work area is in Taipei. And use U3 was unscreened for unmarried male software engineers. In this way, the target that needs to be calculated can be first screened out, and the resource can be reduced to query the dynamic position of the target, so as to achieve the purpose of reducing computing resources and searching quickly.

Then, in step 204, the three-dimensional coordinates of each of the second wireless mobile communication devices are provided according to the selected second associated data. For example, if the user U2 of FIG. 1 is a married male clothing sales owner and the work area is in Taipei City, and the user U3 is an unmarried male software engineer, the method of the present invention only regards the user U2 as a target, providing The three-dimensional coordinates of the wireless mobile communication device (second wireless mobile communication device), for example, (0, -1, 0).

Finally, in a process 205, a gap between the three-dimensional coordinates of the first wireless mobile communication device and the three-dimensional coordinates of each of the provided second wireless mobile communication devices is calculated. For example, the difference between the wireless mobile communication device of the user U1 and the wireless mobile communication device of the user U2 is calculated, that is, the difference between (1, 2, 1) and (0, -1, 0) can be converted into an entity. Gaps, including horizontal distance gaps and height gaps. Therefore, with the method of the present invention, not only can the calculation be accelerated, but also high information can be provided.

Preferably, the method of the present invention further includes a process 206: screening three-dimensional coordinates smaller than a specific gap value according to each of the gaps, and providing the selected three-dimensional coordinates to the first wireless mobile communication device. Since the gap represents the distance between the two users, if the distance is too far, the shaving can be further screened, that is, it can be closer to the target that the user U1 is looking for.

In addition, the method of the present invention further includes a process 207: displaying the selected three-dimensional coordinates on the first wireless mobile communication device. For example, the wireless mobile communication device 1 of the user U1 displays The three-dimensional coordinates (0, -1, 0) of user U2.

The method flow described above is not intended to limit the present invention. It is merely illustrative. For example, the method of the present invention may also calculate a gap first, and then perform screening of related attributes, so the method flow of the present invention is not limited thereto. order.

Since the above method is preferably implemented by a computer program, the method of the present invention can be written by a computer program on a medium (such as a hard disk, an integrated circuit, a compact disk, or other recordable computer program). And the medium includes a code to achieve the above method. Preferably, the article is a CD, CD-R, MO, floppy disk, hard disk, IC chip or any item known to those skilled in the art that includes the recording medium.

In addition, please refer to the architecture of the server of FIG. 3, which is used to calculate the three-dimensional geographic information as described above. The server includes: a receiving module 31, an access module 32, a first screening module 33, and a The coordinate module 34 and a computing module 35; preferably further comprising: a second screening module 36 and an execution display module 37; thereby achieving the above method. Each module can store the entire computer program or segmented computer program for the same or different memory media to achieve the above method.

While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.

201~207‧‧‧Process

Claims (6)

A method for pairing a user of a wireless mobile communication device, comprising: receiving a three-dimensional coordinate of a first wireless mobile communication device; accessing a query database, wherein the query database stores a first associated data and a plurality of second associated data, The first associated data is a related attribute of a user of the first wireless mobile communication device, and each of the second related data is a related attribute of a second wireless mobile communication device of another different user; according to the first association Correlating attributes of the data, selecting at least one of the second related data from the plurality of related data to be related to the related attribute of the first related data; and providing related second wireless mobile communication devices according to the selected second related data a three-dimensional coordinate; and calculating a difference between the three-dimensional coordinates of the first wireless mobile communication device and the three-dimensional coordinates of each of the provided second wireless mobile communication devices. The method of claim 1, further comprising: selecting three-dimensional coordinates smaller than a specific gap value according to each of the gaps, and providing the selected three-dimensional coordinates to the first wireless mobile communication device. The method of claim 2, further comprising: displaying, on the first wireless mobile communication device, the selected three-dimensional coordinates. A server for pairing a user of a wireless mobile communication device, the server comprising: a receiving module capable of receiving a three-dimensional coordinate of a first wireless mobile communication device; An access module, which can access a query database, the query database stores a first associated data and a plurality of second associated data, wherein the first associated data is a user of the first wireless mobile communication device Related attributes, and each of the second associated data is a related attribute of a second wireless mobile communication device of another different user; and the second associated data may be received by the second related data, wherein each of the second related data is a different user The first screening module is electrically connected to the receiving module and the access module, and the first screening module is based on the related attributes of the first associated data. The plurality of second associated data filters out at least one of the related attributes of the first associated data; a standard module electrically connected to the first screening module, the coordinate module is selected according to the selected a second associated data, providing a related three-dimensional coordinate of each second wireless mobile communication device; and a computing module electrically connected to the coordinate module, wherein the computing module can calculate the The gap between the three-dimensional coordinate three-dimensional coordinate of a wireless mobile communication device and each of a second wireless mobile communication device is provided. The server of claim 4, further comprising a second screening module electrically connected to the computing module, wherein: the second screening module filters out less than one specific according to the gap The three-dimensional coordinates of the gap value are provided to the first wireless mobile communication device. The server of claim 5, further comprising an execution display module electrically connected to the second screening module: the execution display module causes the first wireless mobile communication device to display Each of the three-dimensional coordinates that are screened out is shown.