TWI459766B - Social network track-exchanging platform based on smart phone and message-oriented middleware - Google Patents

Description

Community tracking and exchange platform based on smart phone and message-oriented mediation software

The invention relates to a community whereabouts exchange platform, in particular to a community track exchange platform based on a smart phone and a message-oriented intermediary software.

The Global Positioning System (GPS) is a weapon system designed and developed by the US military that originally belonged to the national warfare. It can be divided into two types: the Standard Positioning Service (SPS) for civilian use and the Precise Positioning Service (PPS) for military regulations. Since SPS can be used arbitrarily without any authorization, the US military adds error (ie, SA policy, Selective Availability) to the civilian signal to reduce its accuracy. However, when the US government canceled the interference with civilian signals, the accuracy has been greatly improved. Because of its power and wide range of applications, it is now available in many technology products with the capabilities of a global satellite positioning system.

In the online world in recent years, with the rise of the Web 2.0 concept, the social network has also flourished. The original social network theory refers to the formation of a network type structure between people, or between people and organizations through interpersonal relationships, social relationships, and so on. The relationship between each other ranges from intimacy to alienation, from the settlement of the same interests to a variety of different fields. In short, a social network is a social network that connects people together.

However, in the case where the smart phone has both the GPS module and the map module, although the precise position can be transmitted to the other party, the other party can obtain accurate position information by marking the transmitted position on the electronic map. However, this way only knows the location of one person at a time (that is, transmits the location information in a one-to-one manner), and cannot grasp the position of multiple people at a time, thereby achieving one-to-many location information transmission.

In order to solve the problem of the prior art, one aspect of the present invention is a community-based tracking and exchange platform based on a smart phone and a message-oriented intermediary software, which mainly adds a special one to the message-oriented intermediary software device. The channel of the smart phone receives the coordinate information from the global satellite positioning system through the smart phone, transmits it to the message-oriented intermediary software device, and publishes it in the exclusive channel of the smart phone. Then, if there is another smart phone that subscribes to the above channel, the coordinate information can be obtained from the above channel stored in the message-oriented intermediary software device. Subsequently, other smart phones that subscribe to the above channels can further display the above coordinate information on the electronic map. In this way, each smart phone can be connected through the message-oriented intermediary software device to achieve the purpose of transmitting coordinate information and constructing a community-based tracking exchange platform.

According to an embodiment of the present invention, a community-based tracking and exchange platform based on a smart phone and a message-oriented intermediary software uses a global satellite positioning system. The community-based mobile exchange platform based on the smart phone and the message-oriented intermediary software mainly comprises a message-oriented intermediary software device, at least a first smart phone and at least a second smart phone. The message-oriented mediation device mainly includes a setting module and a channel storage module. The channel storage module is configured to store at least one channel. This channel is exclusively for the first smart phone. The first smart phone mainly includes a channel building module, a positioning module and a transmitting module. The channel building module is configured to connect to the setting module according to the first connection information, and drive the setting module to generate a channel. The positioning module can obtain the coordinate information of the first smart phone via the global satellite positioning system. The transmitting module is configured to publish the coordinate information to the channel according to the first connection information. The second smart phone mainly includes a receiving module and a display module. The receiving module is configured to receive coordinate information from a channel of the channel storage module that belongs to the first smart phone according to the second connection information. The display module is used to display coordinate information.

According to another embodiment of the present invention, a community-based tracking and exchange platform based on a smart phone and a message-oriented intermediary software uses a global satellite positioning system. The community-based mobile exchange platform based on smart phones and message-oriented mediation software mainly includes message-oriented mediation software devices and a plurality of smart phones. The message-oriented mediation device mainly includes a setting module and a channel storage module. The channel storage module is used to store a plurality of channels. Each channel is dedicated to every smart phone. Each smart phone mainly includes a channel building module, a positioning module, a transmitting module, a receiving module and a display module. The channel building module is used to connect to the setting module according to the connection information, and drives the setting module to generate a channel exclusively for the smart phone. The positioning module can obtain the coordinate information of the smart phone through the global satellite positioning system. The transmission module is used to publish the coordinate information to the exclusive channel according to the connection information. The receiving module is configured to receive coordinate information issued by the channel storage module from other channels than the exclusive channel according to the connection information. The display module is used to display coordinate information published by other channels.

The embodiments of the present invention are disclosed in the following drawings, and the details of However, it should be understood that these practical details are not intended to limit the invention. That is, in some embodiments of the invention, these practical details are not necessary. In addition, some of the conventional structures and elements are shown in the drawings in a simplified schematic manner in order to simplify the drawings.

One aspect of the present invention is a community-based tracking and exchange platform based on a smart phone and a message-oriented intermediary software. More specifically, it mainly adds a channel dedicated to smart phones on the Message-Oriented Middleware (MOM) device, and then receives the coordinate information from the global satellite positioning system through the smart phone. It is sent to the message-oriented mediation device and published in the exclusive channel of the smart phone. Then, if there is another smart phone that subscribes to the above channel, the coordinate information can be obtained from the above channel stored in the message-oriented intermediary software device. Subsequently, other smart phones that subscribe to the above channels can further display the above coordinate information on the electronic map. In this way, each smart phone can be connected through the message-oriented intermediary software device to achieve the purpose of transmitting coordinate information and constructing a community-based tracking exchange platform.

It should be noted that the message-oriented intermediary software allows distributed applications to communicate and exchange data without having to know each other between the transmitting node and the receiving node. The message-oriented mediation software provides a channel for the transmitting node to send the message to the channel only by knowing the target channel of the message. The receiving node also needs to know which channel to get the message to process.

It should be noted that the message transmission mode applied by the present invention is "Publish-Subscribe mode". In a publish-subscribe delivery mode, a delivery node can be defined as a publisher and a receiving node can be defined as a subscriber. This allows publishers to post messages to the channel, and subscribers can subscribe to channels of interest.

Please refer to FIG. 1 , which is a schematic diagram of a community track exchange platform 1 based on a smart phone and a message-oriented intermediary software according to an embodiment of the invention.

As shown in FIG. 1 , the community tracking and exchange platform 1 based on the smart phone and the message-oriented mediation software of the present embodiment mainly includes a message-oriented mediation device 10, a first smart phone 12, and a second smart phone 14 . . The community tracking and exchange platform 1 based on the smart phone and the message-oriented intermediary software of the present embodiment mainly uses the positioning service provided by the global satellite positioning system (GPS). The structural configuration of the internal hardware of the community-based mobile switching platform 1 based on the smart phone and the message-oriented intermediary software in the present embodiment will be described in detail below.

Please refer to Figure 2A. FIG. 2A is a schematic diagram showing the first smart phone 12 and the message-oriented mediation device 10 in FIG. 1 .

As shown in FIG. 2A, in the community tracking and exchange platform 1 based on the smart phone and the message-oriented mediation software of the present embodiment, the message-oriented mediation device 10 may include a setting module 100 and a channel storage module 102. The first smart phone 12 can include a channel building module 120. The channel building module 120 of the first smart phone 12 can be used to connect to the setting module 100 of the message-oriented mediation device 10 according to the first connection information, and drive the setting module 100 to generate the exclusive first smart phone. 12 channels. The channel storage module 102 of the message-oriented mediation device 10 can then store the channel generated by the setting module 100.

Also shown in FIG. 2A, the first smart phone 12 can further include a positioning module 122 and a transmitting module 124. The positioning module 122 of the first smart phone 12 includes a coordinate signal receiving unit 122a and a coordinate signal transmitting unit 122b. The coordinate signal receiving unit 122a of the positioning module 122 can obtain the coordinate information of the current location of the first smart phone 12 via the global satellite positioning system GPS. The coordinate signal transmission unit 122b of the positioning module 122 can be used to transmit the coordinate information received by the coordinate signal receiving unit 122a to the transmission module 124. The transmitting module 124 of the first smart phone 12 can be configured to transmit the coordinate information to the message-oriented mediation device 10 according to the first connection information and distribute the channel information to the exclusive channel of the first smart phone 12. In practical applications, the coordinate information obtained by the positioning module 122 has a first format. In an embodiment, if the first smart phone 12 is an iPhone, the first format is CLLocation. In order to convert the coordinate information obtained by the positioning module 122 into a message format defined and usable by the message-oriented mediation device 10, in this embodiment, the transmission module 124 of the first smart phone 12 may further include The first format converting unit 124a and the message transmitting unit 124b. The first format conversion unit 124a of the transmission module 124 can be used to convert the first format to the second format. The second format is defined by the message-oriented mediation device 10 and can be applied to the message-oriented mediation device 10. In an embodiment, the second format may be a TextMessage defined by the message-oriented mediation software 10. The message transmitting unit 124b of the transmitting module 124 can be configured to transmit the coordinate information having the second format to the message-oriented mediation device 10 according to the first connection information and distribute the channel information to the exclusive channel of the first smart phone 12.

In an embodiment, in order to enable the channel building module 120 of the first smart phone 12 to be connected to the setting module 100 of the message-oriented mediation device 10 according to the first connection information, and to enable the transmission module 124 The message transmitting unit 124b transmits the coordinate information having the second format to the message-oriented mediation device 10 and distributes it to the exclusive channel of the first smart phone 12, and the first connection information may further include the name of the Queue Manager. Data, Internet Protocol Address (IP Address) data, TCP/IP Port (Port) data, Codeword Set ID (CCS ID) data, login account data, login password data, and transmission channel list data. The transmission channel list data includes the name of the channel exclusively used by the first smart phone 12 . In other words, the transmission channel list data included in the first connection information of the first smart phone 12 only includes the name of the channel exclusively used by the first smart phone 12.

Please refer to Figure 2B. FIG. 2B is a schematic diagram showing the message-oriented mediation device 10 and the second smart phone 14 in FIG.

As shown in FIG. 2B, in the community tracking and exchange platform 1 based on the smart phone and the message-oriented mediation software of the present embodiment, the second smart phone 14 may include a receiving module 140 and a display module 142. The receiving module 140 of the second smart phone 14 can be used to receive the first smart phone 12 from the channel of the channel storage module 102 of the message-oriented mediating device 10 that belongs to the first smart phone according to the second connection information. Coordinate information. The display module 142 of the second smart phone 14 can be used to display the coordinate information of the first smart phone 12. In order to convert the coordinate information continuously received by the receiving module 140 into the application interface defined by the application interface of the second smart phone 14, and the message format displayed by the display module 142, in this embodiment, the second smart type The receiving module 140 of the mobile phone 14 may further include a message receiving unit 140a and a second format converting unit 140b. The message receiving unit 140a of the receiving module 140 can be configured to receive the coordinate information of the first smart phone 12 from the channel of the channel storage module 102 of the message-oriented mediating device 10 that belongs to the first smart phone according to the second connection information. . The coordinate information of the first smart phone 12 has a second format. In an embodiment, the second format may be a TextMessage defined by the message-oriented mediation software 10. The second format conversion unit 140b of the receiving module 140 can be configured to convert the second format into a third format. The third format is defined by the application interface of the second smart phone 14 and can be applied to the display module 142. In an embodiment, if the second smart phone 14 is an iPhone, the third format is CLLocationCoordinate2D. Thereby, the display module 142 can be used to display the first smart phone 12 having the coordinate information of the third format.

In an embodiment, in order to enable the message receiving unit 140a of the second smart phone 14 to receive the channel exclusive to the first smart phone in the channel storage module 102 of the message-oriented mediation device 10 according to the second connection information. The coordinate information of the first smart phone 12, the second connection information may further include the name of the manager name, the internet protocol address, the TCP/IP nickname data, the code set ID data, and the login account data. , login password information and receiving channel list information. The receiving channel list data includes the name of the channel exclusively used by the first smart phone 12 . In other words, if the number of the first smart phones 12 is more than one, the receiving channel list data included in the second connection information of the second smart phone 14 can include the exclusive channels of all the first smart phones 12 The name.

It can be seen that the message-oriented intermediary software device 10 has the following advantages:

1. Provides a consistent application interface, thus contributing to the portability of the integrated program.

2. Verification, message integrity checking and encryption for data transmitted over the Internet.

3. You can set the period of data temporary storage and the access rights of the settable channel.

4. Help users to send information to others without waiting for information to be delivered. Because of this feature, the application can be processed separately. When the application is executed and the network is working normally, the message-oriented intermediary software can transmit the message as fast as the synchronization mode. When the network is interrupted, the message will be securely Store it and wait until the network returns to normal, it will process the data and reduce the risk of data loss.

It should be noted that although only one first smart phone 12 is shown in FIG. 1 , it is not limited thereto. In other words, in the community tracking and exchange platform 1 based on the smart phone and the message-oriented intermediary software of the present embodiment, the number of the first smart phone 12 and the second smart phone 14 can be flexibly changed as long as one channel is met. The principle that only one first smart phone 12 is exclusive, the second smart phone 14 can receive all the first channels in the exclusive channels of all the first smart phones 12 through the receiving channel list data in the second connection information. The coordinate information of the smart phone 12.

As shown in FIG. 2B, in the community tracking and exchange platform 1 based on the smart phone and the message-oriented mediation software of the present embodiment, the display module 142 may further include a coordinate information receiving unit 142a and a track information updating unit. 142b and a map display unit 142c. The coordinate information receiving unit 142a of the display module 142 can be used to receive coordinate information. The map display unit 142c of the display module 142 can be used to display an electronic map. The whereabouts information update unit 142b of the display module 142 can update the positions of the plurality of markers on the electronic map displayed by the map display unit 142c according to the coordinate information received by the coordinate information receiving unit 142a, wherein each mark represents a landmark information.

Please refer to FIG. 3 , which is a schematic diagram of a community whereabouts exchange platform 3 based on a smart phone and a message-oriented intermediary software according to another embodiment of the present invention.

As shown in FIG. 3, the community-based mobile exchange platform 3 based on the smart phone and the message-oriented intermediary software of the present embodiment mainly includes a message-oriented intermediary software device 30 and a plurality of smart phones 32. The community tracking and exchange platform 3 based on the smart phone and the message-oriented intermediary software of the present embodiment also applies the positioning service provided by the global satellite positioning system (GPS). The structural configuration of the internal hardware of the community-based mobile exchange platform 3 based on the smart phone and the message-oriented intermediary software in the present embodiment will be described in detail below.

Please refer to FIG. 4 , which is a schematic diagram of the smart phone 32 and the message-oriented mediation device 30 in FIG. 3 .

As shown in FIG. 4, in the community tracking and exchange platform 3 based on the smart phone and the message-oriented intermediary software of the present embodiment, the message-oriented mediation device 30 may include a setting module 300 and a channel storage module 302. Each smart phone 32 can include a channel building module 320. The channel building module 320 of each smart phone 32 can be used to connect to the setting module 300 of the message-oriented mediating device 30 according to the connection information, and drive the setting module 300 to generate exclusive information for each smart phone 32. One channel. The channel storage module 302 of the message-oriented mediation device 30 can then store the channel generated by the setting module 300.

Also shown in FIG. 4, each smart phone 32 can also include a positioning module 322 and a transmitting module 324. The positioning module 322 of the smart phone 32 includes a coordinate signal receiving unit 322a and a coordinate signal transmitting unit 322b. The coordinate signal receiving unit 322a of the positioning module 322 can obtain the coordinate information of its own current location via the global satellite positioning system GPS. The coordinate signal transmission unit 322b of the positioning module 322 can be used to transmit the coordinate information received by the coordinate signal receiving unit 322a to the transmission module 324. The transmission module 324 of the smart phone 32 can be used to transmit the coordinate information to the message-oriented mediation device 30 according to the connection information and distribute it to the exclusive channel of each smart phone 32. In practical applications, the coordinate information obtained by the positioning module 322 has a first format. In an embodiment, if the smart phone 32 is an iPhone, the first format is CLLocation. In order to convert the coordinate information obtained by the positioning module 322 into a message format defined and usable by the message-oriented mediation device 30, in this embodiment, the transmission module 324 of the smart phone 32 may further include the first The format conversion unit 324a and the message transfer unit 324b. The first format conversion unit 324a of the transfer module 324 can be used to convert the first format to the second format. The second format is defined by the message-oriented mediation device 30 and can be applied to the message-oriented mediation device 30. In an embodiment, the second format may be a TextMessage defined by the message-oriented mediation software 10. The message transmitting unit 324b of the transmitting module 324 can be configured to transmit the coordinate information having the second format to the message-oriented mediation device 30 according to the connection information and distribute it to the exclusive channel of each smart phone 32.

In an embodiment, in order to enable the channel building module 320 of each smart phone 32 to connect to the setting module 300 of the message-oriented mediation device 30 according to the connection information, and transmit the message of the transmitting module 324 The unit 324b transmits the coordinate information having the second format to the message-oriented mediation device 30 and issues the information to the respective exclusive channels. The connection information may further include the queue manager name data, the Internet Protocol address data, and the TCP/ IP nickname data, coded word set ID data, login account data, login password data, transmission channel list data, and receiving channel list data. The transmission channel list data includes the names of the channels exclusively used by each of the smart phones 32, and the receiving channel list data includes the names of the channels other than the channels exclusively used by each of the smart phones 32. It should be noted that the transmission channel list data included in the connection information of each smart phone 32 only includes the name of its own exclusive channel.

Also shown in FIG. 4, in the community-based mobile exchange platform 3 based on the smart phone and the message-oriented mediation software of the present embodiment, each of the smart phones 32 may further include a receiving module 326 and a display module 328. Since the connection information includes the above-mentioned receiving channel list data, the receiving module 326 of the smart phone 32 can be used to guide the media storage device 302 in the channel storage module 302 according to the receiving channel list data in the connection information. Receive coordinate information of other smart phones 32 that do not contain themselves. After each smart phone 32 receives the coordinate information of other smart phones 32, its display module 328 can be used to display the coordinate information of other smart phones 32 that do not contain itself.

In addition, in order to convert the coordinate information continuously received by the receiving module 326 into the application interface defined by the smart phone 32 and displayed by the display module 328, in this embodiment, each smart type The receiving module 326 of the mobile phone 32 may further include a message receiving unit 326a and a second format converting unit 326b. The message receiving unit 326a of the receiving module 326 can be used to receive the coordinate information of the other smart phones 32 that do not include themselves from the channel storage module 302 of the message-oriented mediation device 30 according to the receiving channel list data in the connection information. The coordinate information of the smart phone 32 has a second format. In an embodiment, the second format may be a TextMessage defined by the message-oriented mediation software 10. The second format conversion unit 326b of the receiving module 326 can be used to convert the second format to the third format. The third format is defined by the application interface of the smart phone 32 and can be applied to the display module 328. In an embodiment, if the smart phone 32 is an iPhone, the third format is CLLocationCoordinate2D. Thereby, the display module 328 can be used to display other smart phones 32 having coordinate information in a third format.

It should be noted that in the community tracking and exchange platform 3 based on the smart phone and the message-oriented intermediary software in the embodiment, the number of the smart phones 32 can be flexibly changed, as long as one channel is exclusive to one channel. According to the principle of the smart phone 32, each smart phone 32 can receive the coordinate information of other smart phones 32 through the channels of the other smart phones 32 through the receiving channel list data in the connection information.

As shown in FIG. 4, in the community tracking and exchange platform 3 based on the smart phone and the message-oriented mediation software of the present embodiment, the display module 328 may further include a coordinate information receiving unit 328a and a track information updating unit. 328b and map display unit 328c. The coordinate information receiving unit 328a of the display module 328 can be used to receive coordinate information. The map display unit 328c of the display module 328 can be used to display an electronic map. The whereabouts information update unit 328b of the display module 328 can update the positions of the plurality of markers on the electronic map displayed by the map display unit 328c according to the coordinate information received by the coordinate information receiving unit 328a, wherein each of the markers represents a landmark information.

From the above detailed description of the specific embodiments of the present invention, it can be clearly seen that the community tracking and exchange platform based on the smart phone and the message-oriented intermediary software of the present invention is mainly added by the message-oriented intermediary software device. A channel dedicated to smart phones, then receives the coordinate information from the global satellite positioning system through the smart phone, transmits it to the message-oriented intermediary software device, and publishes it in the exclusive channel of the smart phone. Then, if there is another smart phone that subscribes to the above channel, the coordinate information of the corresponding smart phone can be obtained from the above-mentioned channel stored in the message-oriented intermediary software device. Subsequently, other smart phones that subscribe to the above channels can further display the above coordinate information on the electronic map. In this way, each smart phone can be connected through the message-oriented intermediary software device to achieve the purpose of transmitting coordinate information and constructing a community-based tracking exchange platform.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

1, 3. . . Community tracking and exchange platform based on smart phone and message-oriented mediation software

10, 30. . . Message-oriented intermediary software device

100, 300. . . Setting module

102, 302. . . Channel storage module

12. . . First smart phone

120, 320. . . Channel building module

122, 322. . . Positioning module

122a, 322a. . . Coordinate signal receiving unit

122b, 322b. . . Coordinate signal transmission unit

124, 324. . . Transfer module

124a. . . First format conversion unit

124b, 324b. . . Message transfer unit

14. . . Second smart phone

140, 326. . . Receiving module

140a, 326a. . . Message receiving unit

140b. . . Second format conversion unit

142, 328. . . Display module

142a, 328a. . . Coordinate information receiving unit

142b, 328b. . . Whereabouts information update unit

142c: 328c. . . Map display unit

32. . . Smart phone

324a. . . First format conversion unit

326b. . . Second format conversion unit

GPS. . . Global positioning system

FIG. 1 is a schematic diagram showing a community whereabouts exchange platform based on a smart phone and a message-oriented intermediary software according to an embodiment of the invention.

FIG. 2A is a schematic diagram showing the first smart phone and message-oriented mediation software device in FIG. 1 .

FIG. 2B is a schematic diagram showing the message-oriented mediation device and the second smart phone in FIG. 1 .

FIG. 3 is a schematic diagram showing a community whereabouts exchange platform based on a smart phone and a message-oriented intermediary software according to another embodiment of the present invention.

Figure 4 is a schematic diagram showing the smart phone and message-oriented mediation software device in Figure 3.

30. . . Message-oriented intermediary software device

300. . . Setting module

302. . . Channel storage module

32. . . Smart phone

320. . . Channel building module

322. . . Positioning module

322a. . . Coordinate signal receiving unit

322b. . . Coordinate signal transmission unit

324. . . Transfer module

324a. . . First format conversion unit

324b. . . Message transfer unit

326. . . Receiving module

326a. . . Message receiving unit

326b. . . Second format conversion unit

328. . . Display module

328a. . . Coordinate information receiving unit

328b. . . Whereabouts information update unit

328c. . . Map display unit

Claims (7)

A community-based mobile exchange system based on smart mobile phone and message-oriented intermediary software, applying a global satellite positioning system, the community-based mobile exchange system based on smart mobile phone and message-oriented intermediary software includes: a message-oriented intermediary software device, including a channel storage module for storing a plurality of channels; and a plurality of smart phones, each channel being exclusively for a smart phone, each smart phone comprising: a positioning module via which the global satellite is located The system obtains coordinate information of the smart phone; a transmission module is configured to release the coordinate information to the exclusive channel according to a connection information; and a receiving module is configured to store the channel information according to the connection information The module receives coordinate information issued by a dedicated channel other than the channel; and a display module for displaying the coordinate information. The community tracking and exchange platform based on the smart phone and the message-oriented mediation software of claim 1, wherein the positioning module further comprises: a signal receiving unit for obtaining the coordinate information via the global satellite positioning system; And a signal transmission unit for transmitting the received coordinate information to the transmission module. The community-based mobile switching device based on the smart phone and the message-oriented intermediary software according to claim 1, wherein the message-oriented mediation device further comprises a setting module, and each smart phone further comprises a channel building module. The group is configured to connect to the setting module according to the connection information, and drive the setting module to generate the channel exclusive to the smart phone. The community-based tracking and exchange platform based on the smart phone and the message-oriented mediation software of claim 1, wherein the coordinate information obtained by the positioning module has a first format, and the transmission module further includes: a first a format conversion unit for converting the first format into a second format, the second format is adapted to be applied to the message-oriented mediation device; and a message transfer unit for having the first message according to the connection information The coordinate information of the second format is posted to the channel. The community tracking and switching platform based on the smart phone and the message-oriented mediation software of claim 1, wherein the receiving module further comprises: a message receiving unit, configured to be used in the channel storage module according to the connection information Receiving coordinate information issued by other channels than the channel, wherein the coordinate information has a second format, the second format is matched to be applied to the message-oriented mediation device; and a second format conversion unit is configured to The second format is converted into a third format, and the third format is configured to be applied to the display module, and the display module is configured to display the coordinate information having the third format. The community-based tracking and exchange platform based on the smart phone and the message-oriented intermediary software according to claim 1, wherein the connection information further includes a Queue Manager name data and an internet protocol address. (IP Address) data, a TCP/IP port number (Port) data, a coded word set ID (CCS ID) data, a login account data, a login password data, a transmission channel list data, and a receiving channel list data. The transmission channel list data includes the name of the channel, and the receiving channel list data includes the names of other channels than the channel. The community tracking and exchange platform based on the smart phone and the message-oriented mediation software according to claim 1, wherein the display module further comprises: a standard information receiving unit for receiving the coordinate information; a map display unit, The utility model is configured to display an electronic map, and a line information updating unit, configured to update the positions of the plurality of marks on the electronic map according to the coordinate information, wherein each of the marks corresponds to a piece of information.