TW202143757A - Application method of wireless electronic device group correlation dynamic topology system in which a message is transmitted from an electronic device to a first host device and a second host device, from which the message is transmitted wirelessly to a first sub device and a second sub device - Google Patents

Abstract

The present invention relates to an application method of wireless electronic device group correlation dynamic topology system, which is such that an electronic device is wirelessly connected with a first host device and a second host device and uses a program to transmit a message to the first host device and the second host device, and then the message is transmitted to a first sub device and a second sub device by using the program in a wireless communication manner, wherein when a third sub device and a fourth sub device are located in a first-host wireless signal search range of the first host device, or the first sub device and the second sub device are located in a second-host wireless signal search range of the second host device, the first host device, the third sub device and the fourth sub device, and the second host device, the first sub device and the second sub device do not transit the message to each other.

Description

Application method of wireless electronic device group association dynamic topology system

The present invention relates to a method, in particular to an application method of a dynamic topology system associated with a group of wireless electronic devices.

Traveling is a thing that allows people to relax physically and mentally, and leisurely experience the scenery and humanities of a different place. In the process of traveling, you can enjoy different scenery and learn about different cultures and their backgrounds. According to the story, the way of traveling in today's society is divided into free travel or following the tour group of a travel agency. The travel method of free travel is to find the tourist attractions you want and go on your own.

The tour group organized by the travel agency is composed of multiple people, including group members, tour guides, team leaders, etc. The members come from all directions, and everyone has a different background. The team leader is responsible for handling the meals of the group members during the tour. , Accommodation or medical issues, and the tour guide is responsible for the role of the tour members in each attraction

In the part of the tour guide mentioned here, when leading the group to introduce the scenic spot, the traditional guide introduces the background, origin and history of the scenic spot to the group members through spoken language, loud voice or other broadcasting devices, or uses small props, such as: Use card, picture, photo or model to introduce.

However, in this way of introduction, the group members only have a few people who closely follow the tour guide before they can clearly hear the introduction of the attraction. If they are too far away from the tour guide, they will not be able to hear the tour guide’s explanation. When there are even vacations or special events, multiple tourist groups will gather in the local attractions, which makes the tourist attractions full of people and different kinds of guide sounds, and it is impossible for the group members to clearly hear the tour guides in the group. The content of the tour guide is even more difficult to listen to the introduction of the scenic spots explained by the tour guide, which greatly reduces the experience when traveling.

In response to the above-mentioned various situations, the current tourism industry has made improvements in response to this situation. Some travel companies conduct tourist attractions guided tours through the tour guide. Distribute the portable tour guide to the group members. The tour guide speaks through the guided broadcast machine, and the group members listen through the guide broadcaster and earphones nearby.

However, if the group members accidentally fiddle with the channel of the portable radio in this way, they will not be able to hear the contents of the tour guide in time, and will miss important information such as the assembly time explained by the tour guide due to this situation.

Moreover, the reception range of the portable broadcaster described above has a certain limit. If the range exceeds a certain range, the reception will become unstable or easily interrupted.

For this reason, how to prevent that in multiple tour groups, their own group members can also clearly hear the information of the leader or tour guide, and also to avoid the machine used in the conventional way, because of the group members’ own problems, the group members lose the preset channel during the tour The problem, or the problem of not receiving a message because it exceeds the receiving range, is a problem that those skilled in the art want to solve.

An object of the present invention is to provide an application method of a dynamic topology system associated with a wireless electronic device group, which includes electronic devices in the same group, and establishes a communication structure between the electronic devices centered on the group leader device in the group, and at the same time , The leader device can maintain the traceable device associated topology of the communication structure in real time.

The tree-like communication structure completed by the dynamic architecture of this method can effectively extend the largest dynamic group communication range, monitor node dynamics in real time, and maintain the associated topology of the electronic devices in the group, and the nodes are autonomously calculated in a distributed manner. Dynamic adjustment of the topology, any node can establish a communication channel with any other node at any time.

For the above-mentioned purpose, the present invention provides an application method of a dynamic topology system associated with a wireless electronic device group. A first host and a second host respectively install a program, and the steps include wirelessly connecting an electronic device and using the program. Send a message to the first host and the second host. After the first host receives the message, it wirelessly connects and uses the program to send the message to a first slave and a second slave. The first The slave machine and the second slave machine are installed with the program respectively, the first slave machine and the second slave machine are located within a first wireless signal search range of each other, and the message will not be transmitted to each other, and the second master machine will receive the message Then, wirelessly connect and use the program to send the message to a third slave and a fourth slave. The third slave and the fourth slave install the program respectively, and the third slave and the fourth slave install the program respectively. The four slaves are located in the second wireless signal search range of each other and will not send the message to each other. Among them, the third slave and the fourth slave are within the wireless signal search range of one of the first masters. , Or, when the first slave and the second slave are within the wireless signal search range of a second master of the second master, the first master, the third slave, the fourth slave, and the second master The second host, the first slave and the second slave do not send the message to each other.

The present invention provides an embodiment, wherein the electronic device is a personal computer, a smart phone, a tablet computer, or a server.

The present invention provides an embodiment in which the message can be audio, text or video.

The present invention provides an embodiment, wherein the first host and the second host respectively set a first slave list and a second slave list through the electronic device.

For the above-mentioned purpose, the present invention provides an application method of a dynamic topology system associated with a wireless electronic device group. A first host and a second host respectively install a program, and the steps include wirelessly connecting an electronic device and using the program. Send a message to the first host and the second host. After the first host receives the message, a first slave is located within the wireless network signal search range of a first host, and the first host wirelessly Connect and use the program to send the message to a first slave. The first slave and a second slave are within the search range of a first wireless signal. The first slave sends the message to the second A slave, the first slave and the second slave install the program separately, and after the second master receives the message, a third slave is located within the wireless network signal search range of one of the second masters , The second host connects wirelessly and uses the program to send the message to a third slave. The third slave and the fourth slave are located within a second wireless signal search range of each other, and the third slave sends The message goes to the fourth slave, the third slave and the fourth slave install the program respectively, where the first slave or the second slave is located in the second master wireless signal of the second master When in the search range, or when the third slave or the fourth slave is within the wireless signal search range of one of the first masters, the first master, the third slave and the fourth slave And the second host, the first slave and the second slave do not send the message to each other.

The present invention provides an embodiment, wherein the electronic device is a personal computer, a smart phone, a tablet computer, or a server.

The present invention provides an embodiment in which the message can be audio, text or video.

The present invention provides an embodiment, wherein the first host and the second host respectively set a first slave list and a second slave list through the electronic device.

In order to enable your reviewer to have a better understanding and understanding of the features of the present invention and the effects achieved, the preferred embodiments and detailed descriptions are provided here. The description is as follows:

When the tour guide explains the background or story of the attraction, it is usually easy to be too far away from the tour guide, too many tour groups in the same attraction, or because you want to walk around on your own, and there is no way or can not hear the tour guide when telling the attraction. Voice, this problem will greatly reduce people’s interest when traveling.

The present invention improves the traditional tour guide method of tour groups. Through the network communication structure formed by the host and the sub-machine, a group wireless communication structure is formed, and the wireless communication structure completed by the method of the present invention can be Effectively extend the communication range of the wireless communication group. The wireless communication structure is adjusted between the slave and the slave through an algorithm, and any slave can be connected to other slaves without limitation.

Hereinafter, various embodiments of the present invention will be described in detail through the use of drawings. However, the concept of the present invention may be embodied in many different forms, and should not be construed as being limited to the exemplary embodiments described herein.

First, please refer to Figure 5A, which is a schematic diagram of the wireless topology of the present invention. As shown in the figure, the present invention is an application method of a dynamic topology system associated with a group of wireless electronic devices. The dynamic topology system of the present invention is A connection system in which a slave machine can actively connect to and search for other slave machines or hosts. It is not limited to the connection object. Taking Fig. 5A as an example, a first slave machine 81 has a first wireless communication search range 81A and a first wireless communication search range 81A. The second handset 82 has a second wireless communication search range 82A and a third handset 83 has a third wireless communication search range 83A. When the first wireless communication search range 81A, the second wireless communication search range 82A or the first wireless communication search range 82A 3. When a first host 70 is included in the wireless communication search range 83A, the first slave 81, the second slave 82, and the third slave 83 will connect to the first host 70 at this time (Indicated by a solid arrow in the icon) and exchange information (indicated by a dotted arrow in the icon).

Further, please refer to Figure 5B, which is a schematic diagram of the wireless topology of the present invention. As shown in the figure, if a fourth wireless communication search range 84A possessed by a fourth slave 84 has the third slave 83, When there is no first host 70, the fourth slave 84 is connected to the third slave 83, and the third slave 83 is connected to the first host 70, so the fourth slave 84 The third handset 83 can be connected (solid arrow) and information exchange (dashed arrow). Similarly, in Figure 5B, one of the fifth handset 85 is one of the fifth wireless communication search range 85A and the first The sixth wireless communication search range 86A, one of the six sub-machines 86, is also connected to the second sub-machine 82 in the same way, and then the second sub-machine 82 is connected to the first host 70 (solid arrow) and Do information exchange (dotted arrow).

The above schematic diagrams 5A and 5B are schematic diagrams of the infinite topology of the present invention. Next, the first embodiment of the application method of the dynamic topology system of wireless electronic device group association of the present invention is described. Please refer to Fig. 1, which is the present invention. A schematic diagram of the method flow of the first embodiment, as shown in the figure, the steps of the present invention are as follows:

Step S10: the electronic devices are respectively connected wirelessly and use the program to transmit messages to the first host and the second host;

Step S20: After the first host receives the message, wirelessly connect and use the program to send the message to the first slave and the second slave respectively. The first slave and the second slave install the programs respectively. The two handsets are located within the search range of each other's first wireless signal and will not send messages to each other;

Step S30: After the second host receives the message, wirelessly connect and use the program to send the message to the third slave and the fourth slave respectively, install the programs for the third and fourth slaves, and install the programs for the third and fourth slaves. The handsets are located within the search range of each other's second wireless signal and will not send messages to each other; and

Step S40: Wherein, when the third slave and the fourth slave are located in the wireless signal search range of the first master, or the first slave and the second slave are located in the second master wireless signal of the second master When searching within the range, the first master, the third slave and the fourth slave and the second master, the first slave and the second slave will not send messages to each other.

As shown in the above steps S10 to S40, please refer to FIG. 2A and FIG. 2B, which are schematic diagrams of the use state of a first embodiment of the present invention. As shown in the figure, the present invention uses a first host 10 and a first Two hosts 20 respectively install a program, and an electronic device 90 connects wirelessly and uses the program to transmit a message 40 to the first host 10 (with a first host wireless signal search range 101) and the second host 20 (with A second host wireless signal search range 201). After the first host 10 receives the message 40, it wirelessly connects and uses the program to send the message 40 to a first slave 11 and a second slave 13, respectively. The first sub-machine 11 and the second sub-machine 13 are also installed with the program before they are used. The schematic diagram of the first host's wireless signal search range 101 is the same, so it is not shown). The message 40 will not be transmitted to each other. That is to say, the first slave 11 and the second slave 13 exist in the other Within the search range of the first wireless signal, and the first sub-machine 11 and the second sub-machine 13 can search the first host 10 at the same time. The slave 11 and the second slave 13 will only be directly connected to the first master 10, and the message 40 will be received by the first master 10 and then sent to the first slave 11 and the second slave 13. Wherein, the electronic device 90 can respectively transmit the message 40 to the first host 10 and the second host 20, and can respectively transmit at different time points, not limited to the same time.

The connection and transmission part of the second host 20 is the same as that of the first host 10. After the second host 20 receives the message 40, it wirelessly connects and uses the program to send the message 40 to a third slave. 21 and a fourth sub-machine 23. The third sub-machine 21 and the fourth sub-machine 23 are respectively installed with the program before the start of use. The third sub-machine 21 and the fourth sub-machine 23 are located at each other Within a second wireless signal search range (same as the schematic diagram of the second host wireless signal search range 201, so not shown), the message will not be transmitted to each other, that is, the third slave 21 and the fourth The slave 23 respectively exists in the second wireless signal search range of the other party, and the third slave 21 and the fourth slave 23 can search for the second master 20 at the same time, so the second master 20 can be found at the same time. In the case of the host 20, the third slave 21 and the fourth slave 23 will only directly connect to the second host 20, and the second host 20 will receive the message 40 and then send it to the third slave 21 and the fourth slave 23.

Wherein, when the third slave 21 and the fourth slave 23 are located within the first master wireless signal search range 101 of the first master 10, or, the first slave 11 and the second slave 23 13 is within the second host wireless signal search range 201 of the second host 20, the first host 10, the third slave 21 and the fourth slave 23, the second host 20, the first slave The machine 11 and the second slave machine 13 will not send the message 40 to each other. That is to say, in this embodiment, the master machine and the slave machine have a corresponding connection relationship. When the third slave machine 21 and the slave machine If the fourth slave 23 is located within the wireless signal search range 101 of the first master 10, the third slave 21 will not actively request a pairing connection to the first master 10, nor will it When the message 40 sent by the first host 10 is received, and vice versa, when the first slave 11 or the second slave 13 is located within the second host wireless signal search range 201 of the second host 20, The first slave 11 will not actively request a pairing connection to the second host 20, nor will it receive the message 40 sent by the second host 20.

Among them, the first host 10 and the second host 20 can be preset in the machine itself as the master before leaving the factory, and the slave part can also be set, or be preset as a group, or can be set by Account and password are used to further set the host corresponding to the slave. In this way, the slave can identify the connected specific master, so that the master can transmit to the connected slave.

Furthermore, even if the first host 10 and the second host 20 both exist in both the first host wireless signal search range 101 and the second host wireless signal search range 201, the first host 10 or the second host The hosts 20 do not connect with each other and do not exchange the messages 40.

Wherein, the above-mentioned electronic device 90 is a personal computer, a smart phone, a tablet computer, a microphone or a server, and the message can be audio, text or video.

In addition, the first host 10 and the second host 20 can respectively set a first slave machine list 50 and a second slave machine list 60, the first slave machine list 50 and the second slave machine list through the electronic device 90, respectively. The machine list 60 is used by the first host 10 or the second host 20 to determine whether to receive the pairing connection of the first slave 11, the second slave 13, the third slave 21, or the fourth slave 23. Line request, for example, the first slave list 50 set by the first host 10 includes the first slave 11 and the second slave 13, when the third slave 21 sends the request to the first host 10 When a pairing connection request is made, the first host 10, after comparing the first slave machine list 50, confirms that the third slave machine 21 is not a slave machine group under the first slave machine list 50, and rejects the first slave machine list 50. The pairing connection request of the three handset 21.

Here is a practical example to illustrate the implementation of the method of the first embodiment of the present invention. When a tour group goes to a tourist attraction, the tour guide holds the portable device (the first host 10) and the mobile phone ( After the electronic device 90) is connected, set the host authority of the portable device, and complete the set of the handset list (the first handset list 50), and transfer the remaining portable devices (the first handset 11, the The two handsets 13) are distributed to the group members. After arriving at the scenic spot, the group members turn on their portable devices. At this time, the portable devices start to search in the search range (such as the first wireless signal search range, etc.) and make a pairing request. When the search range is When there is a host held by the tour guide, the other portable devices will make a pairing connection request to it. When the connection is established, the tour guide will simultaneously transmit the information of the attraction introduction to each portable device through this connection through the host , In addition, if there are two groups of tour groups in the same attraction, both holding the same kind of portable device, at this time, the host will determine the connection of the handset through the handset list, and the portable devices of the two groups will not be connected to each other. The members of the tour group mistakenly received information from other tour groups.

Next, please refer to Figure 3, which is a schematic flow diagram of a method according to a second embodiment of the present invention. As shown in the figure, the steps include:

Step S50: the electronic devices are respectively connected wirelessly and use the program to transmit messages to the first host and the second host;

Step S60: After the first host receives the message, the first slave is located within the wireless network signal search range of the first master, the first master connects wirelessly and uses the program to send the message to the first slave, the first slave And the second slave machine are located within the first wireless signal search range of each other, the first slave machine sends a message to the second slave machine, and the first slave machine and the second slave machine install programs respectively;

Step S70: After the second host receives the message, the third slave is located within the wireless network signal search range of the second host, and the second host wirelessly connects and uses the program to send the message to the third slave. The handset and the fourth handset are within the search range of each other's second wireless signal, the third handset sends a message to the fourth handset, and the third handset and the fourth handset install programs respectively; and

Step S80: Wherein, when the first slave or the second slave is located in the wireless signal search range of the second master, or the third slave or the fourth slave is located in the first master wireless signal of the first master When searching within the range, the first master, the third slave and the fourth slave and the second master, the first slave and the second slave will not send messages to each other.

Next, please refer to Fig. 4A and Fig. 4B, which are schematic diagrams of the use state of a second embodiment of the present invention. As shown in the figures, the present invention uses a first host 10 and a second host 20 to install a program respectively. An electronic device 90 connects wirelessly and uses the program to transmit a message 40 to the first host 10 and the second host 20. After the first host 10 receives the message, a first slave 11 is located in the first host 10 one of the first host wireless network signal search range 101, the first host 10 wirelessly connects and uses the program to send the message 40 to a first slave 11, the first slave 11 and a second slave 13 is located within the first wireless signal search range 111 of each other. The first slave 11 sends the message 40 to the second slave 13. The first slave 11 and the second slave 13 are also used at the beginning The program has been installed before. In addition, after the second host 20 receives the message 40, a third slave 21 is located in the wireless network signal search range of one of the second hosts 20 (with the first host wireless signal The schematic diagram of the search range 101 is the same, so it is not shown), the third slave 21 wirelessly connects and uses the program to send the message 40 to a fourth slave 23, the third slave 21 and the fourth slave The device 23 is located in a second wireless signal search range (same as the schematic diagram of the first wireless signal search range 111, so it is not shown). The third slave device 21 sends the message 40 to the fourth slave device 23, The third sub-machine 21 and the fourth sub-machine 23 are respectively installed with the program, wherein, when the first sub-machine 11 or the second sub-machine 13 is located within the wireless signal search range of the second host 20 , Or, when the third slave 21 or the fourth slave 23 is located within the first master wireless signal search range 101 of the first master 10, the first master 10, the third slave 21 and the first master 10 The four slaves 23 and the second host 20, the first slave 11 and the second slave 13 do not send the message 40 to each other, wherein the electronic device 90 can transmit the message 40 to the first host respectively 10 and the second host 20 can respectively transmit at different time points, and are not limited to transmit at the same time.

In addition, the first host 10 and the second host 20 can respectively set a first slave machine list 50 and a second slave machine list 60, the first slave machine list 50 and the second slave machine list through the electronic device 90, respectively. The machine list 60 is used by the first host 10 or the second host 20 to determine whether to receive the pairing connection of the first slave 11, the second slave 13, the third slave 21, or the fourth slave 23. Line request, for example, the first slave list 50 set by the first host 10 includes the first slave 11 and the second slave 13, when the third slave 21 sends the request to the first host 10 When a pairing connection request is made, the first host 10, after comparing the first slave machine list 50, confirms that the third slave machine 21 is not a slave machine group under the first slave machine list 50, and rejects the first slave machine list 50. The pairing connection request of the three handset 21.

It can be seen from the above that if the first slave 11 or the second slave 13 is outside the first master wireless signal search range 101 of the first master 10, the first slave 11 or the second slave 13 The machine 13 will search for other slave machines in the same slave machine group and then perform a pairing connection. The first slave machine 11 or the second slave machine 13 uses an algorithm in the program to calculate the connection to the first master machine 10. The shortest path is the same if the first slave 11 or the second slave 13 is located outside the first host wireless signal search range 101 of the first host 10, but is located at the second host 20 of the second host 20 When the second host is in the wireless signal search range 201, even if the first slave 11 or the second slave 13 sends a pairing connection request to the second host 20, the second host 20 will refuse to connect with it.

Furthermore, even if the first host 10 and the second host 20 both exist in both the first host wireless signal search range 101 and the second host wireless signal search range 201, the first host 10 or the second host The hosts 20 do not connect with each other and do not exchange the messages 40.

Wherein, the above-mentioned electronic device 90 is a personal computer, a smart phone, a tablet computer, a microphone or a server, and the message can be audio, text or video.

Here is a practical example to illustrate the implementation of the method of the second embodiment of the present invention. When a tour group goes to a tourist attraction, the tour guide holds the portable device (the first host 10) and the mobile phone ( After the electronic device 90) is connected, set the host authority of the portable device, and complete the set of the handset list (the first handset list 50), and transfer the remaining portable devices (the first handset 11, the The second handset 13) is distributed to the group members. After arriving at the scenic spot, the group members turn on the portable device. At this time, the portable device starts to search in the search range (the first wireless signal search range 111, etc.) and makes a pairing request. When there is a host held by the tour guide, the other portable devices will make a pairing connection request to it. When the connection is established, the tour guide will simultaneously transmit the information of the attraction introduction to each portable device through this connection through the host , In addition, if there are two groups of tour groups in the same attraction, both holding the same kind of portable device, at this time, the host will determine the connection of the handset through the handset list, and the portable devices of the two groups will not be connected to each other. The group members mistakenly received information from other tour groups. At the same time, if the second handset 13 is located outside the first host's wireless signal search range 101 of the first host 10, but it is also located in the first handset 11 of the first host computer. When a wireless signal is within the search range 111, the second slave 13 will calculate the shortest connection path to the first master 10 through the program, request to connect with the first slave 11, and receive the The message 40 received by the first host 10.

In real life, a dynamic topology system of wireless electronic device group association can also be used. When participating in a tour group, the leader or tour guide can use the host to broadcast travel information or attractions introduction to each team member in one direction. (Each team member will hold its own handset), and each team member can also request a private message to the host through the handset, so that the leader or tour guide can easily and quickly control the traces of all team members during travel. In addition, if In hypermarkets (or in the work environment of construction sites, factories, community security or further security execution), this system can also be used to communicate with each other between different floors and store staff, and due to communication There is no need to free both hands for control, so you can work while listening to the rest of the staff (such as the team leader) to do the tasks.

The dynamic topology system of wireless electronic device group association can also be applied to large-scale conference applications. The presenter gives a lecture through the host, and the listener receives the content of the lecture through the sub-machine. Furthermore, the system can translate the speaker’s language in real time. , It is convenient to listen to the lecture content. In addition, the dynamic topology system can also be associated with the wireless electronic device group. In noisy environments (such as: restaurants, MRT or trains), group meetings can be discussed through the main unit and sub-machines. The connection between each other, the discussion is carried out in a noisy environment, and the discussion between the groups will not be disturbed by the external environment, and there is no need to discuss loudly because of the noisy environment, so that the content of the meeting will be affected. Hearing by others adds to the confidentiality.

In the above-mentioned embodiment, the method of the present invention is an application method of a wireless electronic device group association dynamic topology system, which uses the network communication structure formed by the host and the slave to form a group wireless communication structure, and The wireless communication structure completed by the method of the present invention can effectively extend the communication range of the wireless communication group. The wireless communication structure can be adjusted between the slave and the slave through an algorithm, and any slave can arbitrarily interact with other slaves. Connect without restrictions.

Therefore, the present invention is truly novel, progressive, and available for industrial use. It should meet the patent application requirements of my country's patent law. Undoubtedly, I filed an invention patent application in accordance with the law. I pray that the Bureau will grant the patent as soon as possible.

However, the above are only the preferred embodiments of the present invention, and are not used to limit the scope of implementation of the present invention. For example, all the shapes, structures, characteristics and spirits described in the scope of the patent application of the present invention are equivalently changed and modified. , Should be included in the scope of patent application of the present invention.

10: The first host 101: First host wireless communication search range 11: The first handset 111: First wireless communication search range 13: Second handset 20: second host 201: Second host wireless communication search range 21: The third handset 23: Fourth handset 40: Signal 50: The first handset list 60: Second handset list 70: First host 81: The first handset 81A: First wireless communication search range 82: second handset 82A: Second wireless communication search range 83: third handset 83A: Third wireless communication search range 84: fourth handset 84A: The fourth wireless communication search range 85: Fifth handset 85A: Fifth wireless communication search range 86: Sixth handset 86A: The sixth wireless communication search range 90: electronic device

Figure 1: It is a schematic diagram of the method flow of a first embodiment of the present invention; Figure 2A: It is a schematic diagram of the use state of a first embodiment of the present invention; Figure 2B: It is a schematic diagram of the use state of a first embodiment of the present invention; Figure 3: It is a schematic flow diagram of a method according to a second embodiment of the present invention; Figure 4A: It is a schematic diagram of the use state of a second embodiment of the present invention; Figure 4B: It is a schematic diagram of the use state of a second embodiment of the present invention; and Figures 5A-5B: It is a schematic diagram of the wireless topology of the present invention.

S10-S40: steps

Claims (8)

An application method of a dynamic topology system associated with a wireless electronic device group. A first host and a second host install a program respectively, and the steps include: An electronic device connects wirelessly and uses the program to transmit a message to the first host and the second host; After the first host receives the message, it wirelessly connects and uses the program to send the message to a first slave and a second slave respectively. The first slave and the second slave install the program, the The first slave and the second slave are located within a first wireless signal search range of each other, and will not transmit the message to each other; and After the second host receives the message, it wirelessly connects and uses the program to send the message to a third slave and a fourth slave. The third slave and the fourth slave install the program respectively. The third slave and the fourth slave are located within the search range of a second wireless signal of each other, and will not transmit the message to each other; Wherein, the third slave and the fourth slave are located within the wireless signal search range of one of the first masters, or the first slave and the second slave are located in one of the second masters When the second master is in the wireless signal search range, the first master, the third slave and the fourth slave and the second master, the first slave and the second slave will not transmit the message to each other. The application method of the wireless electronic device group association dynamic topology system according to claim 1, wherein the electronic device is a personal computer, a smart phone, a tablet computer, a microphone, or a server. The application method of the dynamic topology system associated with a wireless electronic device group according to claim 1, wherein the message can be audio, text or video. The application method of the wireless electronic device group association dynamic topology system according to claim 1, wherein the first host and the second host respectively set a first slave list and a second slave list through the electronic device. An application method of a dynamic topology system associated with a wireless electronic device group. A first host and a second host install a program respectively, and the steps include: An electronic device connects wirelessly and uses the program to transmit a message to the first host and the second host; After the first host receives the message, a first slave is located within the wireless network signal search range of one of the first masters, the first master connects wirelessly and uses the program to send the message to a first slave Machine, the first slave machine and a second slave machine are located within a first wireless signal search range of each other, the first slave machine transmits the message to the second slave machine, the first slave machine and the second slave machine Install the program separately; and After the second host receives the message, a third slave is located within the wireless network signal search range of one of the second masters, the second master connects wirelessly and uses the program to send the message to a third slave Machine, the third slave machine and the fourth slave machine are located within a second wireless signal search range of each other, the third slave machine sends the message to the fourth slave machine, the third slave machine and the fourth slave machine Install the program separately; Wherein, when the first slave or the second slave is located within the wireless signal search range of the second master, or the third slave or the fourth slave is located in one of the first masters When the wireless signal of the first master is in the search range, the first master, the third slave and the fourth slave and the second master, the first slave and the second slave will not transmit the message to each other. The application method of the wireless electronic device group association dynamic topology system according to claim 5, wherein the electronic device is a personal computer, a smart phone, a tablet computer, a microphone, or a tablet computer. The application method of a dynamic topology system associated with a wireless electronic device group according to claim 5, wherein the message can be audio, text, or video. The application method of the wireless electronic device group association dynamic topology system according to claim 5, wherein the first host and the second host respectively set a first slave list and a second slave list through the electronic device.

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