TW201528841A - Wireless service providing method - Google Patents

Abstract

Wireless service are provided using a wireless communication protocol for enhancing communication between users, where the wireless communication protocol may be based on Bluetooth, near field communication, or peer-to-peer communication.

Description

Wireless service delivery method

The present invention relates to a wireless service providing method and related non-transitory machine readable medium.

There are some areas for improvement in many events related to people's daily lives. These events include:

(A) Group buying behavior:

Most merchants are more willing to offer a cheaper or discounted price for consumers to purchase a particular item when they are willing to purchase a larger number of specific items. Under such incentives, consumers have also learned to buy specific products they want to buy in group buying behavior to obtain lower price concessions.

However, organizing a sufficient number of consumers is not an easy task, especially when a consumer is sneaking a particular item he or she wants to buy but is afraid of the high price of that particular item. If there are other consumers in the vicinity who are also about to purchase the specific product and the number is sufficient to enable the store to offer the group purchase price, and can organize these consumers, the consumer will be reduced to buy the discounted group purchase price. The difficulty of a particular item.

(B) Reminder of major issues:

For those who need to be reminded of their to-do list, it is a popular way to set a calendar on the mobile electronic device they hold. The mobile electronic device can be a smart phone/tablet. However, when the user of the mobile electronic device encounters other people related to the to-do list, it is not easy to promptly remind the user to correspond to the to-do person, and it is easy for the user to miss. A good opportunity to solve to-do items.

(C) Contact list:

The mobile electronic device can store a plurality of group contact lists in the database included therein, wherein the mobile electronic device can be a smart phone/tablet. The index of each group contact list can include family, friends, colleagues, partners with special expertise, and emergency contacts. Each contact of the group contact list can periodically maintain and update the information of the group contact list. When a contact updates the list of contact lists, the other contacts of the group contact list must manually update the information of the group contact list that they have stored themselves, so that the group contacts The correctness of the information in the list of people is difficult to maintain.

In addition, when a contact attempts to update the list of contact lists, it is easy to perform complex manual operations at inappropriate times, such as when the contact is busy, complex inputs are still needed to update the The status of the group contact list.

(D) Media file operations

In general, a portable digital media player (DMP), which can be a mobile electronic device, allows its users to: (a) transfer compressed media files from a computer to a mobile electronic device, The forwarding process is performed by an associated transfer management program installed on the computer and used to establish a physical link to the computer, wherein the physical link can be implemented by a universal serial bus cable; (b Storing the compressed file in a non-volatile memory; (c) decoding the compressed file according to different compression algorithms; (d) converting the compressed or uncompressed digital file into an analog data stream And potentially processing the signals in the analog data stream, enhancing the audio and video effects in the analog file; and (f) producing low distortion audio and video, the low distortion audio and video can be used immediately or in accordance with the video The player needs to play, pause, fast forward, rewind, skip play, or repeat.

In addition, in an audio digital media player (such as an iPod Nano), the mobile electronic device can include a relatively small digital playback window, and the digital playback window can provide information about the audio file stored by the mobile electronic device, where Related information can include a song title or a composer's last name name. The mobile electronic device can also be used to browse or adjust the ordering of the plurality of audio files stored by itself.

However, the audio/video file combination is very difficult for the user of the mobile electronic device in data transfer or advanced grouping or sorting operations unless the mobile electronic device is connected to a computer for the user to operate. The computer does not allow the user to place new content on the digital media player or modify the existing content. For example, when the digital media player is not physically connected to the computer, the user cannot change the order of playing the audio/video files stored in the digital media player. In addition, users of non-technical personnel often have many restrictions when generating, editing, and managing customized playlists (that is, fixed playback sequences), but users can develop or use differently on mobile electronic devices. A customized playlist of the kind.

In addition, the screen size and user interface size of the mobile electronic device are also very limited, and the user has to adapt to the complicated and multifunctional buttons on the non-touch screen when operating, and the non-professional general users are less willing. Browse, modify, and share the audio files stored by the digital media players it holds.

In order to solve the above-mentioned problems of consumers, the present invention discloses an organization method for group purchase behavior, which can open a group purchase action to purchase the specific by organizing the mobile electronic devices held by the consumers who want to purchase the same specific commodity. Goods and get a discount.

The method for organizing a group purchase behavior based on a wireless communication protocol includes: initiating a wireless communication protocol on a first mobile electronic device to initiate an organization function provided by the wireless communication protocol, and by using the organization The function initiates a group purchase operation to purchase a specific product; broadcasts a polling signal, wherein the polling signal carries information about the function of the organization; the first mobile electronic device confirms whether there is a first plurality of second mobile electronic devices Using the wireless communication protocol, wherein the confirmation process is performed by receiving a response signal sent by each of the second mobile electronic devices of the first plurality of second mobile electronic devices, and the response signal corresponds to the round Is issued with an inquiry number; and when the second plurality of second mobile electronic devices are included in the first plurality of mobile electronic devices The second mobile electronic device replies to the decision to buy the specific product to the first mobile electronic device, and when the second plurality of second mobile electronic devices plus one is not less than one of the required actions for purchasing the specific commodity When the number of electronic devices is reached, the first mobile electronic device is organized with the second plurality of second mobile electronic devices.

The invention further discloses a non-transitory storage machine readable medium comprising a first code, a second code, a third code, and a fourth code. When the first code is executed by a processor, it can be used to initiate a wireless communication protocol on a first mobile electronic device to activate an organization function provided by the wireless communication protocol, and start by the organization function A group buy action to buy a specific item. When the second code is executed by the processor, it can be used to broadcast a polling signal, wherein the polling signal carries information about the organization function. When the third code is executed by the processor, it is used to confirm whether there is a first plurality of second mobile electronic devices that are using the wireless communication protocol, wherein the confirming program receives the first plurality of A response signal is sent from each of the second mobile electronic devices of the second mobile electronic device, and the response signal is sent corresponding to the polling signal. When the fourth code is executed by the processor, the second plurality of second mobile electronic devices included in the first plurality of second mobile electronic devices are responsive to the decision to approve the purchase of the specific product. And in the first mobile electronic device, and when the number of the second plurality of second mobile electronic devices is less than the number of the least mobile electronic devices required to purchase the specific commodity, the first mobile electronic device and the first Two or more second mobile electronic devices are organized.

In order to promptly remind the user of the mobile electronic device of important information to prevent it from missing the opportunity to handle important matters, the present invention discloses a prompting method performed by using a wireless communication protocol and a related non-temporary machine readable medium.

The prompting method of the present invention includes a first mobile electronic device receiving a message of a second mobile electronic device, wherein the first mobile electronic device and the second mobile electronic device both use the same wireless communication protocol; A mobile electronic device broadcasts a polling signal, wherein the polling signal is based on the wireless communication protocol; the first mobile electronic device confirms whether it is by the second Receiving, by the mobile electronic device, a response signal, wherein the response signal is sent by the polling signal; and when the first mobile electronic device confirms that the second mobile electronic device receives the response signal, issuing a warning To prompt the message.

The non-temporary machine readable medium disclosed in the present invention comprises a first code, a second code, a third code and a fourth code. When the first code is executed by a processor included in a first mobile electronic device, the first code is used to receive a message targeted to a second mobile electronic device. The first mobile electronic device and the second mobile electronic device both use the same wireless communication protocol. The second code is used to broadcast a polling signal when the second code is executed by the processor. The polling signal is based on the wireless communication protocol. When the third code is executed by the processor, the third code is used to confirm whether it receives a response signal from the second mobile electronic device. The response signal is sent in response to the polling signal. When the fourth code is executed by the processor, the fourth code is used to confirm that the second mobile electronic device receives the response signal, and an alert is issued to prompt the message.

In order to avoid the inconvenience of members of the above-mentioned group contact list in updating the group contact list, the present invention discloses a contact list sharing method using a wireless communication protocol.

The contact list sharing method disclosed in the present invention includes a first mobile electronic device broadcasting a polling signal based on a wireless communication protocol; the first mobile electronic device confirms whether there is a use of the wireless communication protocol by receiving a response signal a second mobile electronic device, wherein the response signal is sent by the second mobile electronic device corresponding to the polling signal; and when the first mobile electronic device confirms receipt of the response signal, the second A contact list of one of the mobile electronic devices is incorporated in the first mobile electronic device to include a virtual group contact list.

The present invention further discloses a non-temporary machine readable medium comprising a first code, a second code, and a third code. When the first code is executed by a processor included in a first mobile electronic device, the first code is used to broadcast a polling signal based on a wireless communication protocol. When the second code is executed by the processor, the second code is used to confirm whether there is a second mobile electronic device using the wireless communication protocol by receiving a response signal. The response signal is sent by the second mobile electronic device corresponding to the polling signal. When the third code is executed by the processor, the third code is used to merge the contact list of the second mobile electronic device when the first mobile electronic device confirms that the response signal is received. The first mobile electronic device includes a list of virtual group contacts.

In order to facilitate a non-professional user to use a wireless communication protocol to browse, modify, share a media playlist and a multimedia file stored on a mobile electronic device held by the user, the present invention discloses a virtual media playlist/media file. Sharing method.

The media sharing method disclosed in the present invention includes a first mobile electronic device broadcasting a polling signal based on a wireless communication protocol; the first mobile electronic device confirms whether a second mobile electronic device is using the wireless communication protocol, wherein the acknowledgement The program is performed by receiving a response signal sent by the second mobile electronic device, and the response signal is sent corresponding to the polling signal; when the first mobile electronic device receives the response signal, a media playlist of the second mobile electronic device is merged with a virtual media playlist of the first mobile electronic device; and the first mobile electronic device refers to the virtual media playlist to Access a first media file.

The invention further discloses a non-temporary machine readable medium comprising a first code, a second code, a third code, and a fourth code. When the first code is executed by a processor included in a first mobile electronic device, the first code is used to broadcast a polling signal based on a wireless communication protocol. When the second code is executed by the processor, the second code is used to confirm whether a second mobile electronic device is using the wireless communication protocol, wherein the confirming program receives the second mobile electronic One of the devices sends a response signal, and the response signal is sent corresponding to the polling signal. When the third code is executed by the processor, the third code is used to merge the media playlist of the second mobile electronic device into the first mobile electronic device when the response signal is received by the processor A virtual media playlist of one of the first mobile electronic devices. When the fourth code is executed by the processor, the fourth code is used to refer to the virtual media playlist to access a first media file.

In order to facilitate the user of the mobile electronic device to avoid the cumbersome process of wireless connection after the second time, the present invention discloses a method of establishing an application communication path between mobile electronic devices.

The invention discloses a method for establishing an application communication path between mobile electronic devices, which comprises a client (Mobile) mobile electronic device scanning its surroundings and wirelessly receiving by a host mobile electronic device. a phrase packet, the phrase packet includes one of the host-side mobile electronic devices, one of the types of applications installed on the host-side mobile electronic device, and related information of the application; the client mobile electronic device uses the phrase Decoding the packet to obtain the identification of the host mobile electronic device, the type of the application, and related information of the application; the client mobile electronic device uses the identification of the host mobile electronic device and a key to wirelessly connect The host-side mobile electronic device, wherein the key is generated according to the phrase packet and used for authentication; and the client mobile electronic device wirelessly uses a credential to establish an application communication path with the application, wherein the certificate is It is recorded in an entry and used for authentication. The record is generated, authenticated, and stored on the client mobile electronic device when the client mobile electronic device was previously wirelessly connected to the host mobile electronic device.

The present invention discloses a method for establishing an application communication path between mobile electronic devices, comprising: (a) a client mobile electronic device scanning its surroundings and wirelessly receiving a phrase packet by a host mobile electronic device, The phrase packet includes one of the host-side mobile electronic devices, one of the types of applications installed on the host-side mobile electronic device, and related information of the application; (b) the client mobile electronic device uses the phrase Decoding the packet to obtain the identification of the host mobile electronic device, the type of the application, and related information of the application; (c) when the client mobile electronic device does not find the corresponding mobile electronic device corresponding to the host mobile device When any of the records, the client mobile electronic device generates a record for the host mobile electronic device, prompts the user to confirm the record, and generates an alias of the host mobile electronic device according to the phrase packet; (d) The client mobile electronic device uses the identification and a key of the host mobile electronic device to wirelessly connect to the host terminal The electronic device, wherein the system key is generated based on the packet and phrases And (e) the client mobile electronic device wirelessly uses one of the client mobile electronic devices to identify the alias, requesting authentication from the host mobile electronic device; and (f) at the host end After the mobile electronic device returns the certificate wirelessly as a response to performing step (e), the client mobile electronic device wirelessly uses the credential to establish an application communication path with the application.

The present invention discloses a method for establishing an application communication path between mobile electronic devices, comprising: (a) a client mobile electronic device scanning its surroundings and wirelessly receiving a phrase packet by a host mobile electronic device, The phrase packet includes one of the host-side mobile electronic devices, one of the types of applications installed on the host-side mobile electronic device, and related information of the application; (b) the client mobile electronic device encapsulates the phrase Decoding to obtain the identification of the host mobile electronic device, the type of the application, and related information of the application; (c) the client mobile electronic device searches for a plurality of previously stored multiple records to find a match a first record of the host-side mobile electronic device; (d) according to the result of performing step (c), the client mobile electronic device generates a second record for the host-side mobile electronic device according to the phrase packet and prompts the user Confirming the second record or extracting information from the first record; (e) the client mobile electronic device uses the host mobile phone The identification and a key of the device are wirelessly connected to the host mobile electronic device, wherein the key is generated according to the phrase packet and used for authentication; and (f) the client mobile electronic device is configured according to step (c) As a result, using the first credential recorded in the first record or using a second credential corresponding to one of the host mobile electronic devices as an authentication, an application communication path is established with the application, where The alias of the host-side mobile electronic device is generated based on the phrase packet and used for authentication.

The invention discloses a mobile electronic device comprising a controller and a memory. The controller is configured to scan the surrounding and wirelessly receive a phrase packet by an external mobile electronic device, decode the phrase packet to obtain one of the host mobile electronic devices, identify one type of the application, and Information relating to the application, used to search for a plurality of records previously stored therein for finding a first record corresponding to one of the host-side mobile electronic devices, for determining whether the first record is found in the client mobile electronic device Generating a second record based on the phrase packet and prompting it Determining, by the user, the second record or the information captured by the first record, using the identification and a key of the host mobile electronic device to wirelessly connect to the host mobile electronic device, and Finding the first record in the client mobile electronic device to use one of the first credentials recorded in the first record or using a second credential corresponding to one of the host mobile electronic devices as the authentication The application establishes an application communication path. The memory is used to store the plurality of records. The phrase packet includes one of the host-side mobile electronic devices, one of the types of applications installed on the host-side mobile electronic device, and information about the application. The key is generated from the phrase packet and used for authentication. The alias of the host-side mobile electronic device is generated based on the phrase packet and used for authentication.

The present invention discloses a non-temporary machine-readable medium comprising a first code, a second code, a third code, a fourth code, a fifth code, and a sixth Code. When the first code is executed by a controller of a client mobile electronic device, the first code scans its surroundings and wirelessly receives a phrase packet by a host mobile electronic device, the phrase packet including the phrase One of the host-side mobile electronic devices identifies one of the types of applications installed on the host-side mobile electronic device, and information about the application. When the second code is executed by the controller, the second code decodes the phrase packet to obtain the identification of the host mobile electronic device, the type of the application, and related information of the application. When the third code is executed by the controller, the third code searches for the previously stored plurality of records to find a first record that matches one of the host mobile electronic devices. When the fourth code is executed by the controller, the fourth code generates a second record for the host mobile electronic device according to the phrase packet and prompts the user according to whether the first record is found. Confirm the second record or retrieve information from the first record. When the fifth code is executed by the controller, the fifth code is wirelessly connected to the host mobile electronic device by using the identification and a key of the host mobile electronic device, wherein the key is based on the phrase The packet is generated and used for authentication. When the sixth code is executed by the controller, the sixth code uses one of the first credentials recorded in the first record or uses the host mobile electronic device according to whether the first record is found. one A second credential corresponding to the alias is used as an authentication to establish an application communication path with the application, wherein the alias of the host mobile electronic device is generated according to the phrase packet and used for authentication.

The present invention also discloses a media sharing method using a wireless communication protocol, which includes a first mobile electronic device detecting a photo taken or a recorded video thereof, and detecting whether the photo or the video is present. At least one facial image feature; the first mobile electronic device broadcasts a polling signal based on a wireless communication protocol; the first mobile electronic device confirms whether a second mobile electronic device is using the wireless communication protocol, wherein the confirming program Receiving a response signal sent by the second mobile electronic device, and the response signal is sent corresponding to the polling signal; when the first mobile electronic device receives the response signal, and detecting Detecting at least one facial image feature and at least one facial image feature stored on the second mobile electronic device when there is at least one facial image feature on the photo or the video Or comparing, by the first mobile electronic device, at least one facial image feature associated with the second mobile electronic device; and when the first mobile electronic device is loaded Detecting the at least one facial image feature and the at least one facial image feature stored on the second mobile electronic device or the first mobile electronic device stored in the second mobile electronic device When the result of the comparison of the at least one facial image feature is that the facial image feature is met, the first mobile electronic device transmits the photo or the video to the second mobile electronic device.

102-112, 202-220, 302-310, 322-334, 352-370, 402-412, 502-514, 522-534, 602-610, 702-718, 802-812, 902-922, 1202-1210, 1212-1220, 2202-2210, 3202-3214, 3222-3234, 4402-4410, 5202-5224‧‧ steps

752, 754, 758, 1102, 1104, 1106, 1108, 1110, 2102, 2104, 3102, 3104, 3106, 3108, 3110, 4102, 4104, 4106, 4108, 4110, 5102, 5104‧‧‧ mobile electronic device

List of contacts for 3132, 3134, 3136, 3138, 3140‧‧

3120‧‧‧Virtual Group

3150‧‧‧Virtual Group Contact List

4132, 4134, 4136, 4138, 4140‧‧‧Media playlists

4120, 4150, 4160‧‧‧ virtual media playlist

5112‧‧‧ Processor

5114‧‧‧ memory

5116‧‧‧Application

5118‧‧‧Application communication path

1 is a flow chart illustrating a wireless service providing method in accordance with an embodiment of the present invention.

Fig. 2 discloses an organization method based on the wireless service providing method shown in Fig. 1.

FIG. 3 is a flow chart of a photo/video sharing method implemented according to the wireless service providing method shown in FIG. 1 according to an embodiment of the present invention.

FIG. 4 is a flow chart of a photo/video sharing method according to an embodiment of the present invention.

FIG. 5 is a flowchart of a photo/video sharing method implemented according to the wireless service providing method shown in FIG. 1 according to an embodiment of the present invention.

FIG. 6 is a diagram showing a virtual playlist/media file sharing method according to an embodiment of the present invention and based on the wireless service providing method shown in FIG. 1.

Figures 7 and 8 disclose a contact list sharing method based on the wireless service providing method shown in Fig. 1.

FIG. 9 is a diagram showing a reminder method according to an embodiment of the present invention and based on the wireless service providing method shown in FIG. 1.

Figure 10 illustrates a message sharing method in accordance with an embodiment of the present invention.

Fig. 11 is a view showing an exemplary diagram of an embodiment of the message sharing method shown in Fig. 10.

Fig. 12 is a diagram showing a wireless service providing method shown in Fig. 1 according to an embodiment of the present invention.

Figure 13 is a diagram showing an information sharing method based on the wireless service providing method shown in Fig. 1 according to an embodiment of the present invention.

Figure 14 is a diagram for explaining how the organization method disclosed by the present invention operates between mobile electronic devices held by potential purchasers in accordance with an embodiment of the present invention.

15 and 16 disclose an organization method for group buying behavior according to an embodiment of the present invention.

Figure 17 illustrates a first mobile electronic device and a second mobile electronic device for explaining the prompting method disclosed in the present invention in accordance with an embodiment of the present invention.

FIG. 18 is a schematic diagram of a reminding method according to an embodiment of the present invention.

Figure 19 illustrates a mobile electronic device and a plurality of other mobile electronic devices to explain the operation of the contact list sharing method of the present invention.

20-21 are flowcharts of a contact list sharing method according to an embodiment of the present invention.

Figure 22 illustrates a method of operating a virtual media playlist/media file sharing method of the present invention on a mobile electronic device in accordance with an embodiment of the present invention.

FIG. 23 is a flowchart of a virtual media list/media file sharing method according to an embodiment of the present invention.

Figure 24 is a diagram showing how the mobile electronic device shown in Fig. 22 generates it according to an embodiment of the present invention. A virtual media playlist owned by each.

Figure 25 is a schematic diagram of a handshake for use between mobile electronic devices in accordance with an embodiment of the present invention.

Figure 26 is a flow chart of the handshake process implemented in Figure 25.

Wireless communication protocols are now widely used in a variety of mobile electronic devices. The present invention improves upon the various prior art described above by using wireless communication protocols to provide more convenience to the user of the mobile electronic device. According to some embodiments of the present invention, applications of various methods implemented by using a wireless communication protocol include sharing of multimedia and photos, personal to-do reminders, organization methods for group purchase behavior, virtual media playlists/media files Sharing, sharing of contact list information, sharing of messages, and multilingual communication. The above wireless communication protocol can be implemented based on Bluetooth, Wi-Fi standard, Wi-Fi Direct standard, Near field communication (NFC), or Peer-to-peer communication. .

Referring to FIG. 1, a flowchart of a wireless service providing method is illustrated in accordance with an embodiment of the present invention. As shown in FIG. 1, the wireless service providing method includes the following steps: Step 102: Start a wireless communication protocol on a first mobile electronic device, and execute step 104.

Step 104: Scan the circumference of the first mobile electronic device to confirm whether there is at least one second mobile electronic device installed with the wireless communication protocol; when it is confirmed that there is at least one second mobile electronic device installed with the wireless communication protocol At step 106, step 106 is performed, otherwise step 112 is performed.

Step 106: Confirm whether the wireless communication protocol is activated on the at least one second mobile electronic device; when it is confirmed that the wireless communication protocol is activated on the at least one second mobile electronic device, step 110 is performed, otherwise step 108 is performed. .

Step 108: The first mobile electronic device performs authentication on the second mobile electronic device to activate the wireless communication protocol on the second mobile electronic device, and step 110 is performed.

Step 110: Provide a wireless service by using the wireless communication protocol on the first mobile electronic device and the second mobile electronic device.

Step 112: The step ends.

The scanning process described in step 104 is performed by a proximity search, in other words, scanning other mobile electronic devices that are closer to the first mobile electronic device.

In step 106, if the wireless communication protocol has been enabled on the at least one second mobile electronic device, the at least one second mobile electronic device is authorized to access the first mobile electronic device. Otherwise, in step 108, if the wireless communication protocol is not enabled on the at least one second mobile electronic device, the first mobile electronic device will perform authentication on the at least one second mobile electronic device to confirm the Whether at least a second mobile electronic device is allowed to access the first mobile electronic device.

The steps shown in FIG. 1 are used to describe the primary timing for providing the wireless service, wherein the wireless service described below can be one of the implementations of peripheral scanning, and in one embodiment of the present invention, the mobile electronic device The effective range of peripheral scanning (ie, the effective communication distance between mobile electronic devices) can be less than ten meters.

The above-mentioned implementation of the wireless service will be briefly described in the following paragraphs.

In the following description, a local end user will be assumed to hold a first mobile electronic device, and other mobile electronic devices located within the effective detection range of the first mobile electronic device are assumed to be at least one or plural. A second mobile electronic device.

(1) Organization method for group purchase behavior

Most merchants offer a lower price to sell that particular item when a consumer attempts to purchase a large number of specific items. In order to purchase the specific product at a relatively low price, the consumer has also learned to purchase the specific product by reciprocity of the organized group purchase behavior.

However, it is not easy to organize the number of people who can provide the group purchase price immediately, especially when the consumer encounters the specific product he wants to buy and finds that the price of the particular product is too high. Time. If at this time, the consumer is able to find other people around him who are also willing to purchase the particular item, it is most advantageous to organize these people to win a preferential price for the merchant to purchase the particular item.

In order to facilitate this type of consumer, the present invention discloses an organization method based on the wireless service providing method shown in FIG. 1. The organization method is shown in FIG. 2, and includes the following steps: Step 202: In the first A wireless communication protocol is initiated on the mobile electronic device to perform an organizational function for the group purchase behavior, and step 204 is performed.

Step 204: Scan the periphery of the first mobile electronic device; when scanning at least one second mobile electronic device to install the wireless communication protocol, perform step 206; otherwise, perform step 220.

Step 206: Confirm whether the wireless communication protocol is activated on the at least one second mobile electronic device; if the wireless communication protocol is activated on the at least one second mobile communication device, perform step 210; otherwise, perform step 208.

Step 208: Perform authentication on the at least one second mobile electronic device to activate the wireless communication protocol on the second mobile electronic device, and execute step 210.

Step 210: Confirm whether there is at least one second mobile electronic device that is not less than a first predetermined number; when it is confirmed that there is not less than the first predetermined number of at least one second mobile electronic device, perform step 212; otherwise execute Step 220.

Step 212: Performing the organizational function includes one of the pairing programs.

Step 214: The pairing program transmits a group of purchase information to the first predetermined number of second mobile electronic devices.

Step 216: Confirm whether there is a second mobile electronic device that is not less than a second predetermined number and responds to the group purchase information; when it is confirmed that there is a second mobile electronic device that is not less than a second predetermined number and is responsive to the group purchase information At step 218, go to step 218; otherwise, go to step 212.

Step 218: Organize the first mobile electronic device with the second predetermined number of second mobile electronic devices, and perform step 220.

Step 220: The step ends.

Figure 2 represents a particular embodiment of one of the embodiments shown in Figure 1. For example, step 202 corresponds to step 102, step 204 corresponds to step 104, step 206 corresponds to step 106, step 208 corresponds to step 108, and steps 210-218 correspond to step 110.

For the sake of brevity and clarity, the details of steps 202-208 are not repeated here. And steps 212-220 will be explained by the assumption that the first predetermined number is ten and the second predetermined number is six, and additionally assume that when the number of orders for which the particular item is to be purchased exceeds six, the merchant will Offer a discounted price to the consumer to purchase the particular item.

In step 210, when the user of the first mobile electronic device attempts to purchase a specific product at a relatively low price, and when the first mobile electronic device has found at least one second mobile electronic device in its effective detection range The first mobile electronic device will confirm whether the number of the second mobile electronic devices is greater than ten (ie, the first predetermined number) to initially confirm whether there is a possibility of initiating a group purchase action to the merchant.

In step 212, when the first mobile electronic device finds no less than ten second mobile electronic devices, the first mobile electronic device will execute a pairing program to implement the organizational function defined by the wireless communication protocol.

In step 214, the pairing program will transmit or broadcast the group purchase information about the specific product to the detected second mobile electronic devices, so that the users of the second mobile electronic devices can The group purchase information determines whether it is necessary to respond to the first mobile electronic device. The group purchase information may further include an authentication code, so that the users of the second mobile devices can join the group purchase action by approving the authentication code.

In step 216, the pairing program checks the responses returned by the second mobile electronic devices to confirm the willingness of the users of the second mobile electronic devices to participate in the group purchase operation to purchase the particular product. In step 218, if there are no less than six users of the second mobile electronic devices expressing their willingness to participate in the group purchase operation, the pairing program will use the first mobile electronic device and the willingness to participate in the group purchase operation. The second mobile electronic devices are organized to achieve The purpose of purchasing this particular item at a low price. If there are less than six users of the second mobile electronic devices expressing their willingness to participate in the group purchase operation, in step 212, the pairing program will continue to wait for the response or continue of the other second mobile electronic devices that have not yet responded. The group purchase information is transmitted to wait for responses from other second mobile electronic devices that have not yet responded.

In some embodiments of the present invention, the pairing program may use a predetermined longest waiting response time or a confidence value as a criterion for continuing to wait for responses of the second mobile electronic devices that have not yet responded to improve successful initiation. The probability of the group purchase action. The confidence value is generated for each second mobile electronic device in the above organizational procedure.

(2) Photo/Video Sharing

Most of the general photo/video sharing systems are implemented based on the server. However, placing photos or videos on the server may cause considerable inconvenience to the user.

For example, before uploading a photo or video, the user needs to keep in mind that the location of the photo or video to be uploaded is stored in the local end, and placing the photo or video on the server often requires a high risk in security.

In order to avoid the above problems, the present invention discloses several photo/video sharing methods implemented based on the wireless service providing method shown in FIG. 1.

Please refer to FIG. 3, which is a flowchart of a photo/video sharing method implemented according to the wireless service providing method shown in FIG. 1 according to an embodiment of the present invention. As shown in FIG. 3, the photo/video sharing method includes the following steps: Step 302: Turn on a wireless communication protocol on a first mobile electronic device, wherein the wireless communication protocol defines a photo/video sharing function, and takes a picture. Take a photo or record a video and perform step 304.

Step 304: Scan at least one second mobile electronic device that is located within the effective detection range of the first mobile electronic device and is installed with the wireless communication protocol. When it is confirmed that there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and the wireless communication protocol is installed, the value is step 310; otherwise, step 306 is performed.

Step 306: Search for the second mobile electronic device of the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and perform step 308.

Step 308: The captured photo or the recorded video is transmitted to the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and step 310 is performed.

Step 310: The step ends.

Figure 3 represents a special case of the partial steps shown in Figure 1. For example, step 302 corresponds to step 102, step 304 corresponds to step 104, step 306 corresponds to step 108, and step 308 corresponds to step 110.

In one embodiment of the invention, the authentication procedure implemented at step 306 is selectable whether or not to perform.

In step 302, the photo and the video can be taken or recorded before or after the wireless communication protocol is turned on.

In step 304 and step 306, there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device, having the wireless communication protocol installed, and being allowed to access the first mobile electronic device. Searched by the first mobile electronic device, wherein the wireless communication protocol defines the photo/video sharing function. In this way, the photo or video can be shared by the second mobile electronic device found by the search.

Please note that in an embodiment of the present invention, between step 304 and step 306, it may also be confirmed whether the wireless communication protocol has been opened on the at least one found second mobile electronic device, as in step 206. Said.

Please refer to FIG. 4, which is a flowchart of a photo/video sharing method according to an embodiment of the present invention, wherein the photo/video method is implemented based on the wireless service providing method shown in FIG. 1. As shown in FIG. 4, the steps include the following steps: Step 322: Turn on a wireless communication protocol on a first mobile electronic device, wherein the wireless communication protocol defines a photo/video sharing function, takes a photo, or records a video. And step 324 is performed.

Step 324: Detect the photo feature of the photo or the facial image that appears on the video; if at least one facial image feature is detected, go to step 326; otherwise, go to step 334.

Step 326: Scan the circumference of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and installed with the wireless communication protocol, and Locating at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and having the wireless communication protocol to find at least one second allowed to access the first mobile electronic device The mobile electronic device; when it is confirmed that at least one second mobile electronic device is allowed to access the first mobile electronic device, step 328 is performed; otherwise, step 334 is performed.

Step 328: The facial image feature associated with the at least one second mobile electronic device stored in the first mobile electronic device or the at least one second mobile electronic device authorized to access the first mobile electronic device The stored facial image feature is compared with the at least one facial image feature detected in the photo or the video; and stored in the first mobile electronic device and the at least one second mobile electronic device Step 332 is performed in the associated facial image feature or in the at least one second mobile electronic device to match the at least one facial image feature of the photo or the video; otherwise, step 334 is performed.

Step 332: The photo or the video is transmitted to the second mobile electronic device storing the at least one facial image feature that matches the photo or the video, and is executed 334.

Step 334: The step ends.

Figure 4 represents a special case of the method shown in Figure 1. For example, step 322 corresponds to step 102, step 326 corresponds to steps 104, 106, and 108, and step 328 and step 332 correspond to step 110. The method shown in Figure 4 applies face detection/cognitive techniques to photos/video.

In step 322, the photo and the video may be taken or recorded before the wireless communication protocol is turned on or turned on.

In step 324, Facial recognition can be used according to the face The Facial pattern characteristic recognizes the Facial pattern in the photo or video. These facial image features can be the nose, mouth, eyes, etc. of the human face. Basic Features. In summary, the face recognition technique in step 324 can be implemented in a photo or image to identify possible users using statistical or geometric feature techniques.

In step 328, according to an embodiment of the present invention, a facial image of a user of the at least one second mobile electronic device and the facial image obtained by the first mobile electronic device or the facial image in the video According to another embodiment of the present invention, the first mobile electronic device originally stores the facial image feature of the user of the at least one second mobile electronic device (for example, the contact of the first mobile electronic device) The personal digital photo of the user of the second mobile electronic device or the facial image feature of the personal video may be stored in the list or may be used for the photo obtained by the first mobile electronic device or the face in the video. The image feature comparison, wherein the at least one second mobile electronic device is assumed to have previously exchanged information with the first mobile electronic device, so that the at least one contact list of the first mobile electronic device stores the at least A facial image of a user of a second mobile electronic device. If the facial image feature is found to be consistent or consistent during the comparison process, the photo or the video is transmitted to the second mobile electronic device having a consistent or conforming facial image feature. The face of the user of the at least one second mobile electronic device may be stored according to the facial image feature stored in the at least one second mobile electronic device or the contact list of the first mobile electronic device. Whether the image feature appears in the photo or video to be shared to determine whether to share the photo or the video to enable photo or video sharing using the wireless protocol.

Please refer to FIG. 5, which is a flowchart of a photo/video sharing method implemented according to the wireless service providing method shown in FIG. 1 according to an embodiment of the present invention. The embodiment shown in FIG. 5 includes 3 combination with the steps shown in Figure 4. The steps shown in FIG. 5 are as follows: Step 352: A wireless communication protocol is initiated on a first mobile electronic device, and step 354 is performed, wherein the wireless communication protocol defines a photo/video sharing function.

Step 354: Detect a facial image appearing in the photo or video; when at least one facial image is detected, perform step 356; otherwise, perform step 362.

Step 356: Detecting the surroundings of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and installing the mobile communication protocol, and Determining that the at least one second mobile electronic device searches for the second mobile electronic device that has been granted access to the first mobile electronic device; and confirms that at least one of the first mobile electronic devices is within the effective detection range When the mobile communication protocol is installed and the second mobile electronic device of the first mobile electronic device has been granted access, step 358 is performed; otherwise, step 370 is performed.

Step 358: storing, in the first mobile electronic device, a facial image associated with the at least one second mobile electronic device or the at least one second mobile electronic device that is allowed to access the first mobile electronic device Comparing the facial image with the photo or the video; when storing the facial image associated with the at least one second mobile electronic device or the at least one second mobile electronic device in the first mobile electronic device If the device matches the at least one facial image feature of the photo or the video, step 360 is performed; otherwise, step 370 is performed.

Step 360: The photo or the video is transmitted to the at least one second mobile electronic device storing the matching result of the facial image, and step 370 is performed.

Step 362: Detecting that the periphery of the first mobile electronic device has confirmed whether there is at least one second mobile electronic device that is located in the effective detection range of the first mobile electronic device and is installed with the wireless communication protocol; When at least one second mobile electronic device that is within the effective detection range of the first mobile electronic device and is installed with the wireless communication protocol, step 364 is performed; otherwise, step 370 is performed.

Step 364: Confirm whether the at least one second mobile electronic device that is within the effective detection range of the first mobile electronic device and is installed with the wireless communication protocol is allowed to access the first mobile electronic device, and step 366 is performed.

Step 366: The photo or the video is transmitted to the at least one second mobile electronic device, and step 370 is performed.

Step 370: The step ends.

Steps 352-360 correspond to the steps shown in FIG. 4, and steps 362, 364, 366 correspond to the steps shown in FIG. A detailed description of these steps will not be repeated here.

With the embodiments shown in Figures 3, 4, and 5, sharing photos or video becomes more convenient for users of mobile electronic devices.

(3) Virtual media playlist / media file sharing

Please refer to FIG. 6, which discloses a virtual playlist/media file sharing method according to an embodiment of the present invention and based on the wireless service providing method shown in FIG. 1. As shown in FIG. 6, the virtual playlist/media file sharing method includes the following steps: Step 402: Start a wireless communication protocol on a first mobile electronic device, and execute step 404.

Step 404: Detecting the surroundings of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and installing the wireless communication protocol, and confirming the location Finding, in the at least one second mobile electronic device, whether there is a second mobile electronic device that is allowed to access the first mobile electronic device; and when there is at least one second mobile electronic device located in the first mobile electronic device Within the measurement range, the wireless communication protocol is installed, and the first mobile electronic device is allowed to access, and step 406 is performed; otherwise, step 412 is performed.

Step 406: Capture a media playlist from the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and perform step 408.

Step 408: Generate a virtual media playlist on the first mobile electronic device according to the captured media playlist, and perform step 410.

Step 410: Play a media file related to the virtual media playlist on the first mobile electronic device or the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and perform step 412.

Step 412: The step ends.

Fig. 6 is a special example of the embodiment shown in Fig. 1. For example, step 402 corresponds to In step 102, step 404 corresponds to steps 104, 106, 108, and steps 406, 408, 410 correspond to step 110.

In step 408, the virtual media playlist may include content of the first mobile electronic device and the at least one media playlist on the second mobile electronic device that is allowed to access the first mobile electronic device.

In step 410, when the media file stored in one of the at least one second mobile electronic device is browsed on the virtual media playlist, the media file may be downloaded and cached by the at least one second mobile electronic device ( Cached), or copied to the first mobile electronic device, may also be played on the second mobile electronic device storing one of the media files.

In this way, the virtual media playlist and the related media file can be shared between the mobile electronic devices within the respective effective detection range, wherein the media file can include the audio file/data stream or the video file/data stream.

(5) Contact list information sharing

In order to solve various problems that a group member may encounter in updating a group contact list in the prior art, the present invention in FIG. 7 discloses a contact list sharing method based on the wireless service providing method shown in FIG. According to an embodiment of the present invention, the contact list sharing method shown in FIG. 7 includes the following steps: Step 502: Start a wireless communication protocol on a first mobile electronic device, and execute step 504, wherein the wireless communication protocol Define a contact list sharing function.

Step 504: Detecting the surroundings of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and installing the wireless communication protocol, and confirming the location Finding, in the at least one second mobile electronic device, whether there is a second mobile electronic device that is allowed to access the first mobile electronic device; and when there is at least one second mobile electronic device located in the first mobile electronic device Within the measurement range, the wireless communication protocol is installed and allowed to access the first mobile electronic device, step 508 is performed; otherwise, step 514 is performed.

Step 508: The first mobile electronic device exchanges its stored contact list with the contact list of the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and stores the contact person The manifest is merged with the contact list of the at least one second mobile electronic device to generate a virtual group contact list, and step 510 is performed.

Step 510: Wait for one of the defined by the wireless communication protocol to stop the instruction; if the stop instruction is received, go to step 512; otherwise, go to step 510.

Step 512: Request the first mobile electronic device and the at least one second mobile electronic device that is allowed to access the first mobile electronic device to remove the virtual group contact list, and perform step 514.

Step 514: The step ends.

The embodiment shown in Fig. 7 is a special example of the embodiment shown in Fig. 1. For example, step 502 corresponds to step 102, step 504 corresponds to steps 104, 106, 108, and steps 508, 510, 512 correspond to step 110.

In an embodiment of the present invention, whether or not to perform the authentication process described in step 504 is optional.

In step 508, the contact list sharing method can be implemented in each of the mobile electronic devices that have been associated with each other, such as the first mobile electronic device and the at least one second action that is allowed to access the first mobile electronic device. Electronic device.

In step 510, the first mobile electronic device or the at least one second mobile electronic device can issue the stop command to stop the use of the wireless communication protocol or stop the use of the contact list sharing function.

In step 512, the user of the first mobile electronic device may choose to remove or continue to retain the virtual group contact list on the first mobile electronic device.

According to an embodiment of the present invention, the first mobile electronic device is free to select the second mobile electronic device whose user wants to share the contact list, as shown in FIG. The contact list sharing method shown in Fig. 8 is also based on the wireless service providing method shown in Fig. 1, and includes the following steps:

Step 522: Initiate a wireless communication protocol on a first mobile electronic device, and perform step 524.

Step 524: Detecting the surroundings of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located within the effective detection range of the first mobile electronic device and installing the wireless communication protocol, and confirming that Finding, in the at least one second mobile electronic device, whether there is a second mobile electronic device that is allowed to access the first mobile electronic device; and when there is at least one second mobile electronic device located in the first mobile electronic device Within the measurement range and the wireless communication protocol is installed, step 526 is performed; otherwise, step 534 is performed.

Step 526: The first mobile electronic device receives an instruction to authorize the at least one second mobile device to access the first mobile electronic device, and performs step 528.

Step 528: The first mobile electronic device exchanges its stored contact list with the contact list of the at least one second mobile electronic device that is allowed to access the first mobile electronic device, and stores the contact person The manifest is merged with the contact list of the at least one second mobile electronic device to generate a virtual group contact list and step 530 is performed.

Step 530: Wait for one of the definitions of the wireless communication protocol to stop the instruction; if the stop instruction is received, go to step 532; otherwise, go to step 534.

Step 532: Request the first mobile electronic device and the at least one second mobile electronic device that is allowed to access the first mobile electronic device to remove the virtual group contact list, and perform step 534.

Step 534: The step ends.

The main difference between the embodiments shown in FIG. 7 and FIG. 8 is that the at least one second mobile electronic device is authorized to access the portion of the first mobile electronic device. In FIG. 8, the first mobile electronic device is free to select the second mobile electronic device that it wants to authorize, instead of authorizing access to the virtual contact list for each second mobile electronic device as shown in FIG. Practice.

(6) To-do reminder:

In order to avoid the prior art mention of losing the opportunity to handle the to-do list, the root of the present invention According to an embodiment, a reminding method based on the wireless service providing method shown in FIG. 1 is disclosed. As shown in FIG. 9, the reminding method includes the following steps: Step 602: Receive a message from a first user of a first mobile electronic device, wherein the message prompts with a second of a second mobile electronic device The user-related trigger condition is performed and step 604 is performed.

Step 604: Start and register a wireless communication protocol on the first mobile electronic device, and perform step 606, wherein the wireless communication protocol defines a message reminding function.

Step 606: The first mobile electronic device detects whether the second mobile electronic device is located within its effective detection range; if the first mobile electronic device detects that the second mobile electronic device is within its effective detection range, Step 608 is performed; otherwise, step 606 is performed.

Step 608: The first mobile electronic device sends an alert and performs step 610.

Step 610: The step ends.

The embodiment shown in Fig. 9 is a special example of the embodiment shown in Fig. 1. For example, step 604 corresponds to step 102, step 606 corresponds to step 104, and step 608 corresponds to step 110.

In step 608, the alert may be a signal sent by any first mobile electronic device to remind the first user to perform important matters related to the second user, wherein details of the important matter may also be recorded in The alert is prompted in the message.

With the reminding method shown in FIG. 9, the first user of the first mobile electronic device is reminded to perform an important to-do item with the second user when the second mobile electronic device is located nearby. Eliminate the risk of forgetting to do this to-do list.

(7) Message sharing

AirLink is a Proximity-based peer-to-peer architecture that enables direct connection between mobile electronic devices using wireless communication protocols including Bluetooth, Wifi-Direct, and/or other wireless transport layers. When AirLink is activated, the mobile electronic device can broadcast its own existence and use the wide-area unique identification string (Global unique identification) String, GUID) Find mobile electronic devices that use AirLink nearby. In this way, the wide-area unique identification string of the mobile electronic device can be linked with the user information to establish a message system on the Airlink architecture to use the respective wide-area between the mobile electronic devices on which the Airlink is installed. Unique identification string for message transmission and exchange.

Because AirLink is a near-neighbor, peer-to-peer architecture, Airlink's mobile electronic devices can only transmit and exchange messages under AirLink's network infrastructure with other mobile electronic devices that have been found and have been directly connected.

The present invention discloses a method of message sharing that enables mobile electronic devices installed and registered adjacent to a base point-to-point architecture to forward peer-to-peer messages, such as mobile electronic devices using the AirLink network architecture. With the aid of the message sharing method of the present invention, a first mobile electronic device can directly transmit a peer-to-peer message to other mobile electronic devices that do not establish a direct direct connection. In this way, the transmission limitation of the peer-to-peer message can be reliably reduced.

FIG. 10 illustrates a message sharing method according to an embodiment of the present invention, which includes the following steps: Step 702: a first mobile electronic device and one of the effective detection ranges of the first mobile electronic device. The mobile electronic device establishes a point-to-point link to the neighboring base.

Step 704: The first mobile electronic device exchanges user information with the second mobile electronic device by using the neighboring base point-to-point link, and performs step 706.

Step 706: The first mobile electronic device confirms, according to the user information, whether the target of the message stored in the Outbox buffer is the second mobile electronic device. If the target of the message is confirmed as the second mobile electronic device, step 710 is performed; otherwise, step 712 is performed.

Step 710: Send the message to one of the second mobile electronic devices to receive the message buffer (Inbox buffer), and execute step 716.

Step 712: Confirm whether the message meets at least one of a plurality of predetermined conditions. When the message meets at least one of the plurality of predetermined conditions, step 714 is performed, Then step 716 is performed.

Step 714: The message is transmitted to one of the second mobile electronic devices to send a message temporary storage area, and step 716 is performed.

Step 716: Confirm whether all the messages stored in the sending message temporary storage area of the first mobile electronic device have been confirmed in step 706. If all the messages stored in the sending message temporary storage area of the first mobile electronic device have been confirmed in step 706, step 718 is performed; otherwise, step 706 is performed.

Step 718: The step ends.

The plurality of predetermined conditions described in step 712 may include the following conditions: (a) whether the message is allowed to be transmitted to other mobile electronic devices other than the first mobile electronic device on the way to the destination; (b) whether the second mobile electronic device is allowed to represent the first mobile electronic device Receiving and transmitting the message; (c) whether the target of the message exists in a contact list of the second mobile electronic device; (d) whether the target of the message has recently appeared in the effective detection of the second mobile electronic device Within the measurement range, for example, within the last few days; (e) whether the second mobile electronic device has recently visited a particular geographic location, such as within the last few days; (f) the second mobile electronic device includes Whether a calendar or calendar event has a record of going to a specific geographic location in the near future, such as within the next few days; and (g) whether the time-to-live (TTL) of the message is It is over.

Please refer to FIG. 11 , which illustrates an exemplary diagram of a method for sharing a message shown in FIG. 10 . The target stored in a message 752 of a first mobile electronic device 750 is assumed to be a third mobile electronic device 758 . And a second mobile electronic device 754 is a transfer medium for transmitting the message 752 from the first mobile electronic device 750 to the third mobile electronic device 758.

Each mobile electronic device includes a send message temporary storage area and a received message temporary storage area. The receiving message temporary storage area is used for temporarily storing a locally-accessible message. The sending message temporary storage area is used for temporarily storing the local-inaccessible message, and is used to send the local end to prohibit accessing the message when the target of the local end prohibiting the access of the message appears.

In a first phase, in step 702, the first mobile electronic device 750 establishes a proximity base-to-point connection with the adjacent second mobile electronic device 754, such that the first mobile electronic device 750 can use the neighboring base point-to-point in step 704. The link exchanges user information with the second mobile electronic device 754. Next, in step 706, since the second mobile electronic device 754 is not the target of the message 752, the various predetermined conditions described above will be used to view the message 752 in step 712. Assuming that the third mobile electronic device 758 is registered in the contact list of the second mobile electronic device 754, the first mobile electronic device will temporarily transmit the message 752 to the second mobile electronic device 754 for transmission of the message in step 714. Area. As long as all the messages temporarily stored in the message temporary storage area of the first mobile electronic device 750 are checked in step 706, the first phase is ended.

In a second phase, the third mobile electronic device 758 is assumed to be within the effective detection range of the second mobile electronic device 754 after the second mobile electronic device 754 is moved. The second mobile electronic device 754 establishes a neighboring base point-to-point connection with the third mobile electronic device 758 in step 702, such that in step 704, the second mobile electronic device 754 can be exchanged with the third mobile electronic device 758 via a neighboring base point-to-point connection. User information. Next, since the third mobile electronic device 758 is confirmed as the target of the message 752 in step 706, in step 710, the message 752 is transmitted to the received message temporary storage area of the third mobile electronic device 758. In this way, message 752 can reach its goal.

Please note that since each mobile electronic device cannot access the local end prohibiting access message in the sending message temporary storage area, even if the second mobile electronic device 754 temporarily sends the message temporary storage area temporary storage message 752, The user of the second mobile electronic device 754 is still unable to perform any access to the message 752 in the first and second phases described above, thereby ensuring that the message 752 is being transmitted. The privacy and security on the way.

(8) Multilingual communication

The invention also discloses a multi-language communication method to promote communication between users of different language families. Referring to FIG. 12, a multi-language communication method is disclosed in accordance with an embodiment of the present invention and using the wireless service providing method shown in FIG. 1. As shown in FIG. 12, the multi-language communication method includes the following steps: Step 802: Turn on a wireless communication protocol on a first mobile electronic device, and execute step 804, wherein the wireless communication protocol defines a multi-language communication function. .

Step 804: Detecting the surroundings of the first mobile electronic device to confirm whether there is at least one second mobile electronic device located in the effective detection range of the first mobile electronic device and installed with the wireless communication protocol; When a second mobile electronic device is installed in the effective range of the first mobile electronic device and the wireless communication protocol is installed, step 806 is performed; otherwise, step 812 is performed.

Step 806: The first mobile electronic device receives the text/audio string, transmits the text/audio string to the at least one second mobile electronic device, and performs step 808.

Step 808: The at least one second mobile electronic device translates the text/audio string according to a language setting thereof, and performs step 810.

Step 810: The at least one second mobile electronic device displays the content obtained by translating the text/audio string, and step 812 is performed.

Step 812: The step ends.

The embodiment shown in Fig. 12 is a special example of the embodiment shown in Fig. 1. For example, step 802 corresponds to step 102, step 804 corresponds to steps 104, 106, 108, and steps 806, 808, 810 correspond to step 110.

With the embodiment shown in Fig. 12 and using the wireless service providing method shown in Fig. 1, users using different languages can communicate with each other easily and quickly.

(9) Meeting communication:

In a typical company meeting, a certain number of people need to be gathered at a fixed location and close to each other, and at this time, notes, charts, or any form of readable information is needed to share information with each other.

In order to improve the efficiency of information communication and sharing in a conference, the present invention discloses an information sharing method based on the wireless service providing method shown in FIG. 1 according to an embodiment, as shown in FIG. The information sharing method includes the following steps: Step 902: Open a wireless communication protocol on a first mobile electronic device, and execute step 904, wherein the wireless communication protocol includes a information sharing function.

Step 904: The first mobile electronic device receives or generates an event related to the at least one second mobile electronic device, and performs step 906.

Step 906: Register the event with the first mobile electronic device and perform step 908.

Step 908: Confirm whether there is at least one activity for triggering a registered event on the first mobile electronic device, and confirm whether the activity is still within the valid period of the registered event; if the first mobile electronic device There is at least one activity for triggering the registered event, and the activity is still within the validity period of the registered event, step 910 is performed; otherwise step 908 is performed.

Step 910: Label the at least one activity on the first mobile electronic device corresponding to the registered event. If the communication between the first mobile electronic device and the at least one second mobile electronic device is Proximity-based, perform step 912; and if the first mobile electronic device and the at least one second mobile electronic device The communication between the two is Cloud-based, and step 916 is performed.

Step 912: Scan the circumference of the first mobile electronic device to confirm whether the at least one second mobile electronic device related to the registered event is within the effective detection range of the first mobile electronic device; when it is confirmed that the When the at least one second mobile electronic device associated with the registration event is located within the effective detection range of the first mobile electronic device, step 914 is performed; otherwise, step 922 is performed.

Step 914: When the registered event is triggered, the at least one second mobile electronic device exchanges information related to the registered event with each other, and step 918 is performed.

Step 916: The first mobile electronic device uploads information related to the registered event to a service server, and performs step 918.

Step 918: Confirm whether the uploaded information has been marked. If the uploaded information has been marked, step 920 is performed, otherwise step 922 is performed.

Step 920: When the registered event has been triggered, the service server distributes the uploaded information and performs step 922.

Step 922: The step ends.

The steps shown in Figure 13 are primarily for use in meetings. For example, one of the participants of the conference may initiate a wireless communication protocol on one of the first mobile electronic devices held in step 902 before or during the conference, wherein the wireless communication protocol includes a information sharing function. The participant then uses the first mobile electronic device to generate a particular event associated with other participants of the meeting based on step 904 and the calendar or calendar on the first mobile electronic device.

In step 906, the event is registered on the first mobile electronic device. If one of the events can be triggered (but not yet triggered), the activity has not exceeded its valid period, and according to steps 908 and 910, the activity can be marked as an advance preparation for the event.

If the communication between the conference participants is Proximity-based, then in step 912, other second mobile electronic devices that are close to the first mobile electronic device are scanned, and in step 914, The event related information will also be shared to the second mobile electronic devices held by all participants of the conference when the event is triggered. For example, when the participant representing the first mobile electronic device wants to introduce the sales situation of his company and share the sales information to other participants in the meeting, the practices described in steps 912 and 914 can be applied.

If the communication between the conference participants is cloud-based, in step 916, the information is uploaded to the service server by the first mobile electronic device in advance, and then in step 918, the information is confirmed. Has been marked on the service server. When the event is triggered, according to the step In step 920, the service server will distribute the information to the second mobile electronic device held by all participants of the conference.

In other embodiments of the present invention related to FIG. 1, the mutual confirmation actions between the mobile electronic devices before the wireless service is provided may be completed by broadcasting a polling signal and receiving a response corresponding to the polling signal. , also known as the handshake process (Handshaking). In the following embodiments of the present invention, a handshake procedure will be applied to some of the embodiments disclosed in the above description, and further applications include:

(1-A) Group buying behavior:

The present invention discloses a method for organizing a group purchase behavior based on a wireless communication protocol. The purpose of the organizational method is to use a wireless communication protocol to facilitate the occasional purchase of a particular item of merchandise and to anxiously organize a consumer who is also about to purchase the particular item, so that the consumer can purchase the particular item at a preferential group purchase price. Please note that the wireless communication protocol of the present invention may be at least Bluetooth, Wi-Fi standard, Wi-Fi Direct standard, Near field communication (NFC), or peer-to-peer communication technology (Peer). -to-peer communication) to implement.

Please refer to FIG. 14 for explaining how the organization method disclosed by the present invention operates between mobile electronic devices held by potential purchasers in accordance with an embodiment of the present invention. In FIG. 1, a user of a mobile electronic device 1102 intends to initiate a group purchase operation. The mobile electronic device 102 is loaded with a wireless communication protocol for performing an organizational function, wherein the organizational function is based on and supported by the wireless communication protocol of the present invention. A plurality of mobile electronic devices 1104, 1106, 1108, 1110 are assumed to be located within the maximum responsive range of the mobile electronic device 1102 (ie, its proximity). Mobile electronic devices 1104, 1106, 1108 are assumed to use the wireless communication protocol, and mobile electronic device 1110 is assumed to be unused by the wireless communication protocol.

Referring to Figures 15 and 16, there is disclosed an organization method for group buying behavior according to an embodiment of the present invention, wherein the tissue method can be applied to the mobile electronic device shown in part 14 of the figure. The organization method includes the following steps:

Step 1202: Start a wireless communication protocol on a first mobile electronic device to activate a grouping function provided by the wireless communication protocol, and initiate a group-buying action by using the organization function. To purchase a specific item, and perform step 1203.

Step 1203: Broadcast a polling signal and perform step 1204, wherein the polling signal carries information about the organization function.

Step 1204: The first mobile electronic device confirms whether there is a first plurality of second mobile electronic devices that are using the wireless communication protocol, wherein the confirming program is by receiving each of the first plurality of second mobile electronic devices The second mobile electronic device sends a response signal to be sent, and the response signal is sent corresponding to the polling signal; when the first mobile electronic device confirms that the first plurality of second mobile electronic devices are in use In the case of the wireless communication protocol, step 1210 is performed, otherwise step 1220 is performed.

Step 1210: Confirm whether the first quantity plus one of the first plurality of second mobile electronic devices is not less than the minimum number of mobile electronic devices required to purchase the specific commodity; and when the first quantity plus one is not less than the minimum action In the case of the number of electronic devices, step 1212 is performed, otherwise step 1220 is performed.

Step 1212: Transfer a group of purchase information to the first plurality of second mobile electronic devices, and wait for a response returned by the first plurality of second mobile electronic devices.

Step 1214: Confirming, in the first plurality of second electronic mobile devices, the response to the group purchase information to agree to purchase the specific commodity, the second quantity plus one is not less than the minimum number of mobile electronic devices; when the second quantity is added When not less than the minimum number of mobile electronic devices, step 1218 is performed, otherwise step 1216 is performed.

Step 1216: Decide whether to continue waiting for the response or stop waiting by the first plurality of second mobile electronic devices; if it is determined to continue to wait for the response from the first plurality of second mobile electronic devices, perform step 1212; if it is decided to stop waiting Go to step 1220.

Step 1218: The first mobile electronic device and the second number of second actions The electronic device is organized to initiate the group purchase operation and step 1220 is performed.

Step 1220: The step ends.

The manner in which the steps shown in Figures 15 and 16 are performed will be illustrated by the operation between the mobile electronic devices 1102, 1104, 1106, 1108, 1110 shown in Figure 14. The first mobile electronic device mentioned in the above steps is the mobile electronic device 1102, and the second mobile electronic device mentioned in the above steps may include the mobile electronic device 1104, 1106, or 1108.

When the user of the mobile electronic device 1102 is shopping, it is assumed that he or she wants to purchase a specific product, so the user will try to gather enough people to start a group purchase operation, so as to obtain a discounted price to purchase the specific product. commodity. In step 1202, the wireless communication protocol is initiated by the user on the mobile electronic device 1102 such that the organization function supported by the wireless communication protocol is also activated.

In step 1203, the mobile electronic device 1102 broadcasts a polling signal to receive a response signal corresponding to the polling signal in step 1204. The polling signal carries information related to the organization function, and the response signal is It is sent by other mobile electronic devices using the wireless communication protocol corresponding to the polling signal.

As a result, because the mobile electronic devices 1104, 1106, and 1108 all use the wireless communication protocol, the mobile electronic devices 1104, 1106, and 1108 will return a response signal to the mobile electronic device 1102; and the mobile electronic device 1110 will The response signal is not returned to the mobile electronic device 1102 because it does not use the wireless communication protocol.

In step 1204, the mobile electronic device 1102 will confirm that the wireless communication protocol is also used by the mobile electronic devices 1104, 1106, 1108 by receiving the response signal.

In step 1210, the mobile electronic device 1102 will confirm whether the first number of mobile electronic devices that have also been confirmed to use the wireless communication protocol in step 1204 plus the one represented by the mobile electronic device 1102 itself is not less than the start of the group purchase. One of the minimum number of mobile electronic devices, in the above example, since the mobile electronic devices 1104, 1106, 1108 use the wireless communication protocol, the first number has a value of three; in addition, the minimum number of mobile electronic devices Can be assumed to be Two. According to the above assumption, since the first number (three) plus one is not less than the minimum number of the mobile electronic devices (two), the step 1212 may be continued after the condition is confirmed in step 1210; otherwise, if the first If the number plus one is currently less than the minimum number of mobile electronic devices, then after step 1210 confirms the status, step 1220 is performed directly, and the mobile electronic device 1102 stops the organization function.

In step 1212, the mobile electronic device 1102 transmits a group purchase message for the specific product to the mobile electronic devices 1104, 1106, 1108 in the form of a group purchase request, and waits for the response signal from the mobile electronic devices 1104, 1106, 1108. . As such, the user of the mobile electronic device 1104, 1106, 1108 can return the opinion of the mobile device 1102 to the mobile electronic device 1102 in the form of a response signal. In an embodiment of the present invention, the group purchase information may include an authentication code or a service identity of the organization function, so that the user of the mobile electronic device 1104, 1106, 1108 can The authentication code or the service identification information identifies the organization function, participates in the group purchase action by permitting the authentication code, and returns a response signal of its consent to participate in the group purchase action to the action according to the action of permitting the authentication code Electronic device 1102.

In step 1214, the mobile electronic device 1102 confirms the response signals returned by the mobile electronic devices 1104, 1106, 1108 to confirm whether the users of the mobile electronic devices 1104, 1106, 1108 agree to participate in the group purchase operation. Assuming that the mobile electronic device 1102 receives the response signals from the mobile electronic devices 1106 and 1108 that agree to participate in the group purchase operation, the second number described in step 1214 is two. Because the current number (two) plus one of the mobile electronic devices 1102 (that is, three in total) is not less than the number of the least mobile electronic devices described above (as the above assumption is two), the current situation The number of people who have opened the group purchase action for the user of the mobile electronic device 1102 is found, and then step 1218 can be performed; otherwise, if the second amount plus the one represented by the mobile electronic device 1102 is still less than the least action electronic In the case of the number of devices, the status represents that the user of the mobile electronic device 1102 has not found enough people to open the group purchase action, so then it is necessary to continue with step 1216 to decide whether to continue waiting for a sufficient number of people to open the group purchase action.

In step 1216, the mobile electronic device 1102 determines whether to wait for the response signal of other mobile electronic devices that have not given the response signal or directly stops waiting according to one of the maximum response waiting time or confidence value set by the mobile electronic device 1102. When the mobile electronic device 1102 decides to continue waiting, step 1212 will be performed again; and when the mobile electronic device 1102 decides to stop waiting, step 1220 will be directly executed. The mechanism for waiting for response signals from other mobile electronic devices can also be applied to step 1212.

In one embodiment of the invention, the execution of a loop comprising one of steps 1212, 1214, 1216 will be repeated periodically for a predetermined time. Therefore, when step 1212 is repeatedly executed, the mobile electronic device 1102 will refuse to participate in the group purchase action before the end of the predetermined time or upon receiving all other mobile electronic devices that have not yet responded to the group purchase operation. Previously, the group purchase information was continuously sent to other mobile electronic devices that have not yet responded to the agreement to participate in the group purchase operation. The user of the mobile electronic device 1102 can determine whether to wait until the end of the predetermined time (including determining the length of the predetermined time) or wait until receiving all other unanswered consents to participate in the action by giving the mobile electronic device 1102 an external input command. The mobile electronic device of the group purchase operation refused to continue to send the group purchase information when it refused to participate in the response signal of the group purchase operation.

In step 1218, since a sufficient number of people have been found to initiate the group purchase, the mobile electronic device 1102 will organize itself with other mobile electronic devices (eg, mobile electronic devices 1106 and 1108) that have replied with the consent message to The group purchase operation is initiated to purchase the specific product to be bought at a preferential price of the group purchase.

In an embodiment of the present invention, the steps 1212, 1214, 1216, and 1218 can be performed by a pairing program provided by the organization function, wherein the organization function and the execution of the pairing program are used by the mobile electronic device 1102. The wireless communication protocol supports operations.

The present invention discloses an organization method for group purchase behavior based on a wireless communication protocol. By the organization method disclosed by the present invention, when a consumer encounters a specific product that he wants to purchase, the consumer can seek to locate it by using a wireless communication protocol installed on the mobile electronic device held by the consumer. The consent of the (users of) other mobile electronic devices of the wireless communication protocol is also installed to organize the mobile electronic devices held by them and the mobile electronic devices for giving consent. Get the purpose of buying this particular item at a lower group purchase price.

The present invention further discloses a non-transotory machine readable medium (Non-transotory Machine Readable Media) storing a plurality of codes that can execute the above-described organization method, to implement the present invention in FIG. 14 , FIG. 15 , and The organization method disclosed in FIG. 16 wherein the code may be executed by a processor included in any form of mobile electronic device to achieve the objectives of the present invention.

(6-A) message reminder

In order to avoid the opportunity for the user of the mobile electronic device to miss the opportunity to solve the to-do item in time with other people encountered, the present invention discloses a reminding method performed using a wireless communication protocol, wherein the wireless communication protocol can be based on Bluetooth ( Bluetooth), Wi-Fi standard, Wi-Fi Direct standard, Near field communication (NFC), or Peer-to-peer communication.

Referring to FIG. 17, a first mobile electronic device 2102 and a second mobile electronic device 2104 are illustrated for explaining the prompting method disclosed in the present invention according to an embodiment of the present invention. It is assumed here that the user of the first mobile electronic device 2102 has a to-do list on the calendar of its installation, and the content of the to-do list is discussed with the user of the second mobile electronic device 2104; the first action The electronic device 2102 is originally located at a first position LOC1, the second mobile electronic device 2104 is originally located at a second position LOC2, and the distance between the first position LOC1 and the second position LOC2 exceeds the first mobile electronic device 2102 and the second mobile electronic device. The maximum signal of each of 2104 can be transmitted/received.

When the user of the first mobile electronic device 2102 encounters the user of the second mobile electronic device 2104, it is assumed that the first mobile electronic device 2102 is moved from the first position LOC1 to a third position LOC3, and the second mobile electronic device 2104 is The two positions LOC2 are moved to a fourth position LOC4, and the distance between the third position LOC3 and the fourth position LOC4 is smaller than the maximum signal transmit/receive distance of each of the first mobile electronic device 2102 and the second mobile electronic device 2104.

The conditions shown in Fig. 17 are described below. The user of the first mobile electronic device 2102 wants to make an important but unsubscribed discussion with the user of the second mobile electronic device 2104. In order to remind himself that the user of the second mobile electronic device 2104 is to be discussed in the future, the user of the first mobile electronic device 2102 inputs a message in advance to the first mobile electronic device 2102 as a reminder, wherein the target of the message That is, the second mobile electronic device 2104, and the purpose of the message is directly related to the second mobile electronic device 2104.

Referring to FIG. 18, it is a schematic diagram of a reminding method according to an embodiment of the present invention, wherein the reminding method is implemented by the first mobile electronic device 2102 and the second mobile electronic device 2104 shown in FIG. . As shown in FIG. 18, the reminding method disclosed in the present invention includes the following steps: Step 2202: A first mobile electronic device receives a message that is a target of a second mobile electronic device, and performs step 2204, wherein the first mobile electronic device Both the device and the second mobile electronic device use the same wireless communication protocol.

Step 2204: The first mobile electronic device broadcasts a polling signal and performs step 2206, wherein the polling signal is based on the wireless communication protocol.

Step 2206: The first mobile electronic device confirms whether it receives a response signal from the second mobile electronic device, wherein the response signal is sent by the polling signal; when the first mobile electronic device confirms that it is When the second mobile electronic device receives the response signal, step 2208 is performed; otherwise, step 2204 is performed.

Step 2208: Send a warning to prompt the message on the first mobile electronic device.

Step 2210: The step ends.

The following description is made in the situation described in Fig. 17.

In step 2202, the first mobile electronic device 2102 currently located in the first location LOC1 receives a message input by the user from the user, and the wireless communication protocol may or may not be in the first mobile electronic device. The device 2102 is turned on. The message is the first mobile electronic device The user of the setting 2102 gives himself a reminder message in the future, wherein the message is set to be triggered when the first mobile electronic device 2102 receives a response message in the future.

In step 2204, the wireless communication protocol is activated on the first mobile electronic device 2102, so that the first mobile electronic device 2102 can start to dynamically broadcast a polling signal to confirm whether the first mobile electronic device 2102 receives at step 2206. Responding to the signal RES corresponding to one of the polling signals.

In steps 2204 and 2206, the position of the first mobile electronic device 2102 is moved from the first position LOC1 to the third position LOC3, and the position of the second mobile electronic device 2104 is moved from the second position LOC2 to the fourth position LOC4, The distance between the first mobile electronic device 2102 and the second mobile electronic device 2104 is made smaller than the respective maximum signal transmit/receive distances of the two. In this way, the second mobile electronic device 2104 can poll the signal by sending the response signal RES.

In step 2208, the first mobile electronic device 2102 issues an alert to remind the user of the information about the previously entered message.

However, in steps 2204 and 2206, if the first mobile electronic device 2102 does not receive the response signal RES by the second mobile electronic device 2104, step 2204 will be repeatedly executed to continuously broadcast the polling signal until the first action. The electronic device 2102 confirms that the response signal RES is received.

In an embodiment of the present invention, when the user of the first mobile electronic device 2102 inputs the message, the specific time, the specific location, or both settings corresponding to the message may be set at the same time. As such, when the specific time, the specific location, or both are met, the first mobile electronic device 2102 will start broadcasting the polling signal to confirm whether it receives the response signal RES.

In various embodiments of the present invention, the alert may be one of the first mobile electronic device 2102 represented by text, flash, vibration, or sound.

With the reminding method shown in FIG. 18, the user of the first mobile electronic device 2102 will not easily miss the opportunity to conduct an important business discussion with the user of the second mobile electronic device 2104 or It is a business opportunity, because the user of the first mobile electronic device 2102 will confirm that the user of the second mobile electronic device 2104 is currently within the effective range of communication that can be communicated when the first mobile electronic device 2102 receives the response message RES. And the user of the second mobile electronic device 2104 is immediately reminded of an important discussion or transaction.

The present invention further discloses a non-temporary machine readable medium for storing various code programs for performing the reminding method of the present invention. In this way, when the processor stored in the non-temporary machine readable medium is executed by the processor on any form of the mobile electronic device, the reminding method of the present invention can be performed to achieve the above purpose and effect, wherein The reminder method stored in the code may include the steps shown in FIG. 18 and the above-mentioned restrictions related to the steps.

(5-A) Contact list sharing

In order to avoid the inconvenience of members of the group contact list in updating the group contact list, the present invention discloses a contact list sharing method using a wireless communication protocol. Please note that the wireless communication protocol used in the embodiments of the present invention may include Bluetooth, Wi-Fi standard, Wi-Fi Direct standard, Near field communication (NFC), or peer-to-peer communication. Peer-to-peer communication.

Please refer to FIG. 19, which illustrates a mobile electronic device 3102 and a plurality of other mobile electronic devices 3104, 3106, 3108, and 3110 to explain the operation mode of the contact list sharing method of the present invention, wherein the mobile electronic device 3102 3104, 3106, 3108, and 3110 each include one of contact lists 3132, 3134, 3136, 3138, and 3140, respectively. The mobile electronic device 3102 is configured to broadcast a polling signal based on one of the wireless protocols described above. Mobile electronic devices 3104, 3106, 3108, 3110 are assumed to receive the polling signal, however only mobile electronic devices 3104 and 3106 are assumed to use the same wireless communication protocol as used by mobile electronic device 3102. Therefore, the mobile electronic devices 3104 and 3106 each respond to the polling signal broadcast by the mobile electronic device 3102 in response to the signal RES1 or RES2. In some embodiments of the invention, if the wireless communication protocol used is based on near field In the communication technology, other mobile electronic devices that are not within the effective communication range of the mobile electronic device 3102 cannot receive the polling signal or the polling signal even if the same wireless communication protocol as the mobile electronic device 3102 is used. Responded.

Upon receipt of the response signals RES1 and RES2, the mobile electronic device 3102 will be able to confirm the presence of the mobile electronic devices 3104 and 3106.

It is assumed here that the user of the mobile electronic device 3102 wants to contact a target user, wherein the contact information of the target user is not stored in the contact list 3132, and may be stored in both the mobile electronic devices 3104 and 3106. At least one of them. With the contact list sharing method of the present invention, a virtual contact list including all contact information of the mobile electronic devices 3102, 3104, and 3106 can be obtained, so that the contact information of the target user can also be included in the virtual contact list. Contact list. In this way, the user of the mobile electronic device 3102 can obtain the contact information of the target user by accessing the virtual contact list.

Please refer to FIG. 20, which is a flowchart of a contact list sharing method according to a first embodiment of the present invention. As shown in FIG. 20, the contact list sharing method includes the following steps: Step 3202: A first mobile electronic device broadcasts a polling signal based on a wireless communication protocol, and performs step 3204.

Step 3204: The first mobile electronic device confirms whether a second mobile electronic device is using the wireless communication protocol, wherein the confirming process is performed by receiving a response signal sent by the second mobile electronic device, and the The response signal is sent corresponding to the polling signal; when the first mobile electronic device confirms that at least one second mobile electronic device is using the wireless communication protocol, step 3206 is performed; otherwise, step 3214 is performed.

Step 3206: Confirm whether the first mobile electronic device can recognize each second mobile electronic device that sends a response signal, and perform step 508 on the second mobile device that can be recognized by the first mobile electronic device and send a response signal. And performing step 3214 on the other second mobile device that cannot be recognized by the first mobile electronic device and sends a response signal.

Step 3208: Combine the contact list included in each of the at least one second mobile electronic device to the first mobile electronic device to include a virtual contact list, and perform step 3210.

Step 3210: The first mobile electronic device waits for the stop instruction to be received by the first mobile electronic device based on the wireless communication protocol; when it waits until the stop command is received, step 3212 is performed; otherwise, step 3214 is performed.

Step 3212: The contact list of the second mobile electronic device is removed from the virtual group contact list included in the first mobile electronic device, and step 3214 is performed.

Step 3214: The step ends.

The contact list sharing method shown in Fig. 20 will be explained by the assistance of the mobile electronic devices shown in Fig. 19. The first mobile electronic device described in each step of FIG. 20 refers to the mobile electronic device 3102 described in FIG. 19, and the other at least one second mobile electronic device refers to the mobile electronic device 3104 and 3106 shown in FIG. At least one of them.

In step 3202, when the user of the mobile electronic device 3102 attempts to contact the target user, the wireless communication protocol installed on the mobile electronic device 3102 is activated. Please note that if the wireless communication protocol has been activated on the mobile electronic device 3102 before the user executing the mobile electronic device 3102 attempts to contact the target user, step 3202 can be skipped without execution.

In step 3204, the mobile electronic device 3102 determines, by the received response signal, whether at least one other mobile electronic device uses the same wireless communication protocol as that used by the mobile electronic device 3102, wherein the response signal is Corresponding to the polling signal, it is sent by other mobile electronic devices. If the mobile electronic device 3102 receives at least one of the above response signals, it indicates that there is currently at least one other mobile electronic device using the same wireless communication protocol within the effective communication range of the mobile electronic device 3102.

As shown in FIG. 19, since the mobile electronic devices 3104 and 3106 respectively respond to the polling signals broadcast by the mobile electronic device 3102 in response to the signals RES1 and RES2, and the mobile electronic device 3102 receives the response signals RES1 and RES2, the action is performed. Electronic devices 3104 and 3106 Both will be processed in step 506. The mobile electronic devices 3108 and 3110 will not be processed in step 3206 because they do not use the wireless communication protocol used by the mobile electronic device 3102.

In step 3206, the mobile electronic devices 3104 and 3106 that send the response signals are further confirmed by the mobile electronic device 3102 to determine whether the mobile electronic device 3102 can recognize the mobile electronic devices 3104 and 3106 based on security considerations. The step of confirming the discernibility in step 3206 can include confirming whether the identification of the mobile electronic devices 3104 and 3106 has been previously recorded in the contact list 3132 included in the mobile electronic device 3102. It is assumed here that the mobile electronic devices 3104 and 3106 are identifiable mobile electronic devices for the mobile electronic device 3102. As such, one of the virtual groups 3120 including the mobile electronic devices 3102, 3104, 3106 will be temporarily organized based on the premise that the members can recognize each other. Moreover, in some embodiments of the present invention, the mobile electronic devices 3102, 3104, 3106 may reserve the right to exit the virtual group 3120 at any time.

In step 3208, because the members of the virtual group 3120 are allowed to mutually access the contact list, a virtual group contact list can be generated by combining the contact information of the contact lists 3132, 3134, 3136. 3150, wherein merging the contact information of the contact list 3132, 3134, 3136 includes transmitting the contact information of the contact list 3134, 3136 to the mobile electronic device 3102. If the contact information of the target user originally exists in the contact list 3134 or 3136, the mobile electronic device 3102 can access the contact information of the target user via the virtual group contact list 3150, so that the mobile electronic device 3102 The user can contact the target user using the contact information accessed.

In step 3210, regardless of whether the mobile electronic device 102 finds the contact information of the target user in the virtual group contact list 3150, the mobile electronic device 3102 waits for a stop command issued based on the wireless communication protocol to dissolve or The virtual group 3120 is reorganized, wherein the stop command can be issued by any of the mobile electronic devices 3102, 3104, 3106. The timing at which the mobile electronic device 3102 issues the stop command may be an effective communication range after the mobile electronic device 3102 accesses the contact information of the target user and at least one of the mobile electronic devices 3104 and 3106 leaves the mobile electronic device 3102. And not responding for more than a predetermined time or when virtual When the signal strength between the mobile electronic devices of the group 3120 is lower than a predetermined intensity. In addition, the mobile electronic devices 3102, 3104, and 3106 may also issue the stop command at their own discretion to stop sharing the list of contacts owned by each.

In step 3212, after receiving the stop command, at least one contact list corresponding to the stop command is moved out of the virtual group contact list 3150, and at least one of the at least one removed contact list is corresponding. The mobile electronic device will also be moved out of virtual group 3120. For example, if the mobile electronic device 3104 triggers the stop command, the mobile electronic device 3102 will move the contact list 3134 out of the virtual group contact list 3150 and move the mobile electronic device 3104 out of the virtual group 3120. If the mobile electronic device 3102 triggers the stop command, because the mobile electronic device 3102 is the initiator of the virtual group contact list 3150 and the virtual group 3120, the mobile electronic device 3102 will directly delete the virtual group contact list 3150. With virtual group 3120. Please note that in other embodiments of the invention, whether step 3512 is to be performed is optional. In other words, even if the virtual group contact list 3150 and the virtual group 3120 are removed after receiving the stop command, the mobile electronic device 3102 can select whether to retain or remove the contact information of the contact list 3134 or 3136.

In an embodiment of the present invention, the mobile electronic devices 3102, 3104, 3106 may specify a predetermined time, a predetermined location, or both to complete mutual authentication as described in steps 3202, 3204, 3206, wherein the predetermined The time or the predetermined location may be preset or updated by the mobile electronic device. In this embodiment, the sharing of the contact list can only be performed at the predetermined time, the predetermined place, or at the predetermined time and at the predetermined place to ensure the information of the contact list is secure.

Please note that the mobile electronic devices 3104 and 3106 may also have their own virtual group contact list, and the virtual group contact list operates in the same manner as the virtual group contact list 3150 described above. For example, the virtual group contact list owned by the mobile electronic device 3104 can include the contact information transmitted by the mobile electronic device 3102 to be included in the contact list 3132.

In a second embodiment of the present invention, even members of all virtual groups 3120 are In the event that the wireless communication protocol is used, members of the virtual group 3120 can still be selectively authorized by the mobile electronic device 3102. Please refer to FIG. 21, which illustrates a flow chart of a contact list sharing method according to a second embodiment of the present invention. As shown in FIG. 21, the contact list sharing method includes the following steps: Step 3222: A first mobile electronic device broadcasts a polling signal based on a wireless communication protocol, and performs step 3224.

Step 3224: The first mobile electronic device confirms whether a second mobile electronic device is using the wireless communication protocol, wherein the confirming process is performed by receiving a response signal sent by the second mobile electronic device, and the The response signal is sent corresponding to the polling signal; when the first mobile electronic device confirms that at least one second mobile electronic device is using the wireless communication protocol, step 3225 is performed; otherwise, step 534 is performed.

Step 3225: The first mobile electronic device selects at least one second mobile electronic device to issue a request to access the contact list included in the at least one second mobile electronic device, and step 3226 is performed.

Step 3226: The first mobile electronic device receives an authorization from the at least one second mobile electronic device to be granted access to the contact list of the at least one second mobile electronic device, and performs step 3228, wherein the at least one The second mobile electronic device has received and approved an access request for the first mobile electronic device.

Step 3228: merge the contact list of the at least one second mobile electronic device into the virtual electronic contact list of the first mobile electronic device, and perform step 3230.

Step 3230: The first mobile electronic device waits for a stop command based on one of the wireless communication protocols; if the stop command is received, step 3232 is performed; otherwise, step 3234 is performed.

Step 3232: Move the contact list of the at least one second mobile electronic device to the virtual group contact list included in the first mobile electronic device, and perform step 3234.

Step 3234: The step ends.

The main difference between the embodiment shown in Figures 20 and 21 is the manner of authorization. in In the embodiment of FIG. 21, the mobile electronic device 3102 can select only one of the mobile electronic devices 3104 and 3106 to request authorization to access the contact list. In the embodiment of FIG. 21, the mobile electronic device 3102 selects the action. The electronic devices 3104 and 3106 all share the contact information in the contact list.

Please note that in other embodiments of the invention, it may be optional to implement step 3232. The representative mobile electronic device 3102 can select whether to retain the contact information from the mobile electronic device 3104 or 3106 even when receiving the stop command.

In one embodiment of the invention, the mobile electronic devices 3102, 3104, 3106 can specify a predetermined time, a predetermined location, or both to complete the mutual authentication described in steps 3222, 3224, 3225, 3226. In this embodiment, the sharing of the contact list can only be performed at the predetermined time, the predetermined place, or at the predetermined time and at the predetermined place to ensure the information of the contact list is secure.

It should be noted that the embodiments formed by the steps shown in Figs. 20 and 21 plus the above-mentioned various limitations or a reasonable arrangement are still considered to be embodiments of the present invention.

In other embodiments of the present invention related to FIG. 21, the mobile electronic device 3102 can select two or more but not all of the searched second mobile electronic devices to request authorization for access.

The present invention further discloses a non-temporary machine readable medium for storing various code programs for performing the contact list sharing method of the present invention. In this way, when the processor stored in the non-temporary machine readable medium is executed by the processor on any form of the mobile electronic device, the contact list sharing method of the present invention can be executed to achieve the above purpose and effect. The reminder method stored in the code mentioned herein may include the steps shown in Figures 19-21 and the above-mentioned restrictions related to the steps. The non-transitory machine readable medium can include a first code, a second code, and a third code. When the first code is executed by a processor included in a first mobile electronic device, the first code is used to broadcast a polling signal based on a wireless communication protocol. When the second code is executed by the processor, the second code is used to receive a second The signal is used to confirm whether there is a second mobile electronic device using the wireless communication protocol, wherein the response signal is sent by the second mobile electronic device corresponding to the polling signal. When the third code is executed by the processor, the third code is used to merge the contact list of the second mobile electronic device when the first mobile electronic device confirms that the response signal is received. The first mobile electronic device includes a list of virtual group contacts.

The present invention discloses a contact list sharing method implemented using a wireless communication protocol. With the contact list sharing method, the mobile electronic device can store the contact information of the target user in the contact list of the other mobile electronic device without storing the contact information of the target user. Under the premise of the information, the target user is successfully contacted, wherein the other mobile electronic device and the mobile electronic device to call the target user use the same wireless communication protocol and generate the mobile electronic device relative to the target user. Respond.

(3-A) Virtual Playlist/Media File Sharing

The present invention discloses a virtual media playlist/media file sharing method for facilitating users including non-professionals to browse, modify, share media playlists and store them on their held mobile electronic devices using wireless communication protocols. Multimedia file. In some embodiments of the present invention, the virtual media playlist/media file sharing method of the present invention is particularly useful for a peer-to-peer wireless communication technology supporting the above wireless communication protocol, wherein the wireless communication protocol is It is implemented based on Bluetooth, Wi-Fi standard, Wi-Fi Direct standard, Near field communication (NFC), or Peer-to-peer communication.

Referring to FIG. 22, a method of operating a virtual media playlist/media file sharing method of the present invention on a mobile electronic device is illustrated in accordance with an embodiment of the present invention. A plurality of mobile electronic devices 4102, 4104, 4106, 4108, 4110 are illustrated in FIG. 22, wherein the mobile electronic devices each include a media playlist 4132, 4134, 4136, 4138, 4140. Mobile electronic device 4102 is configured to broadcast a polling signal based on a wireless communication protocol, such as the various wireless communication protocols already mentioned above. Mobile electronic devices 4104, 4106, 4108, 4110 assume that the The polling signal, however, only the mobile electronic devices 4104 and 4106 are assumed to use the same wireless communication protocol as used by the mobile electronic device 4102. As a result, the mobile electronic devices 4104 and 4106 each respond to the mobile electronic device 4102 with the response signal RESS1 or the response signal RESS2.

In some embodiments of the present invention, since the wireless communication protocol can be implemented based on the near field communication technology, other mobile electronic devices that fall outside the effective broadcast range of the mobile electronic device 4102 to broadcast the polling signal, even if used Similarly, the wireless communication protocol still cannot receive the polling signal or respond to the polling signal.

After receiving the response signals RESS1 and RESS2, the mobile electronic device 4102 can confirm the presence of the mobile electronic device 4104 and the mobile electronic device 4106.

It is assumed herein that the user of the mobile electronic device 4102 attempts to access the media archive of at least one of the mobile electronic devices 4104, 4106, 4108, 4110. With the virtual media list/media file sharing method of the present invention, a virtual media list can be generated between a set of mutually responsive mobile electronic devices, and the set of mutually respondable mobile electronic devices can be referred to by reference. The virtual media list is used to access media files held by each other.

Please refer to FIG. 23, which is a flowchart of a virtual media list/media file sharing method according to an embodiment of the present invention. As shown in FIG. 23, the virtual media list/media file sharing method includes the following steps: Step 4402: A first mobile electronic device broadcasts a polling signal based on a wireless communication protocol.

Step 4404: The first mobile electronic device confirms whether there is at least one second mobile electronic device that is using the wireless communication protocol, wherein the confirming program is by receiving each second mobile electronic device of the at least one second mobile electronic device Sending a response signal from the device, and the response signal is sent corresponding to the polling signal; when the first mobile electronic device confirms that at least one second mobile electronic device is using the wireless communication protocol, Go to step 4406, otherwise go to step 4410.

Step 4406: The at least one second mobile electronic device includes a media playlist and a media playlist of the first mobile electronic device, and merges the media playlist of the first mobile electronic device with the virtual media playlist of the first mobile electronic device, and performs step 4408. .

Step 4408: Play the related media file in the virtual media playlist on the first mobile electronic device or the at least one second mobile electronic device, and execute step 4410.

Step 4410: The step ends.

The virtual media playlist/media file sharing method shown in Fig. 23 will be explained based on the mobile electronic devices shown in Fig. 22. The first mobile electronic device described in FIG. 23 refers to the mobile electronic device 4102 in FIG. 22, and the at least one second mobile electronic device described in FIG. 23 is the mobile electronic device in FIG. 4104, 4106, 4108, 4110.

In step 4402, when the user of the mobile electronic device 4102 attempts to access the media file stored by other nearby mobile electronic devices, the wireless communication protocol installed on the mobile electronic device 4102 is turned on, and the mobile electronic device 4102 then broadcasts a round. Inquiry number. In step 4404, the mobile electronic device 4102 confirms whether there is at least one second mobile electronic device using the same wireless communication protocol to respond to the polling signal. Based on the above assumptions, mobile electronic devices 4104 and 4106 will be confirmed by mobile electronic device 4102 of their respective presence and use of the same wireless communication protocol. As in the embodiment shown in FIG. 23, if the mobile electronic device 4102 turns on the wireless communication protocol, the mobile electronic device 4102 on behalf of the mobile electronic device 4102 will allow the mobile electronic devices 4104 and 4106 to respond and use the same wireless communication protocol to be in each other. Access or share the permissions of the virtual media playlist and related media files contained in each. For the mobile electronic devices 4108 and 4110, although they also receive the polling signal, the mobile electronic devices 4108 and 4110 will not be allowed to access or share the action because the same wireless communication protocol is not used. The virtual media playlist and related media files stored by the electronic devices 4102, 4104, 4106.

As such, as described in step 4406, a virtual media playlist 4120 will be generated on the mobile electronic device 4102 by merging the contents of the media playlists 4132, 4134, 4136, wherein the virtual media playlist 4120 is generated. Before, media playlist 4134, 4136 The content will be transmitted by the mobile electronic devices 4104, 4106 to the mobile electronic device 4102, respectively.

In step 4408, since the virtual media playlist 4120 is generated on the mobile electronic device 4102, the mobile electronic device 4102 can refer to the virtual media playlist 4120 to track the media file to be accessed. For example, when the user of the mobile electronic device 4102 sees an index on the virtual media playlist 4120 that lists one of the media files he wants to listen to, and assumes that the media file is currently stored in the mobile electronic device 4104, the mobile electronic The user of device 4102 will be allowed to issue an instruction to virtual media playlist 4120 to track and play the media file. Please note that the media file can be an audio file/stream, a video file/stream, and/or a digital photo.

In an embodiment of the present invention, the virtual media playlist includes a plurality of multimedia catalogs, and the plurality of multimedia catalogs may each refer to a plurality of multimedia archives. The user of the mobile electronic device 4102 can click on the multimedia directory to be accessed for sharing, and the users of the mobile electronic devices 4104 and 4106 can do the same.

The media file can be played (ie, accessed) to any of the mobile electronic devices 4102 or 4104. If the media file is selected to be played on the mobile electronic device 4102, the media file is first transferred from the mobile electronic device 4104 to the mobile electronic device 4102, where the transfer program can be downloaded, cached, or copied. If the media file is selected for playback on the mobile electronic device 4104, the program for transmitting the media file from the mobile electronic device 4104 to the mobile electronic device 4102 can be dispensed with.

In step 4410, when a multimedia file stored in one of the at least one second mobile electronic device is browsed on the virtual playlist, the media file may be downloaded, cached, or copied by the at least one second mobile electronic device. The first mobile electronic device is played on the first mobile electronic device or directly played on the second mobile electronic device in which the media file is stored in the at least one second mobile electronic device.

If the user of the mobile electronic device 4104 or 4106 wants to access the media file stored in the mobile electronic device 4102, the user can also access the desired virtual media playlist generated on the mobile electronic device held by the user. Media file, like the aforementioned mobile electronic device 4102 The user is allowed access. Referring to Figure 24, it is illustrated in accordance with an embodiment of the present invention how the mobile electronic devices 4104 and 4106 shown in Figure 22 generate their own virtual media playlists. As shown in FIG. 24, the mobile electronic device 4104 can update the content of the virtual media playlist 4150 by merging the content of the virtual media playlist 4150 owned by itself with the content of the media playlist 4132 or 4136, wherein virtual The original content of the media playlist 4150 may include the content of the media playlist 4134. Similarly, the mobile electronic device 4106 can update the content of the virtual media playlist 4160 by combining the content of the virtual media playlist 4160 owned by itself with the content of the media playlist 4132 or 4134, wherein the virtual media playlist 4160 The original content may include the content of the media playlist 4136. As such, when the user of the mobile electronic device 4104 attempts to access a media file registered in the media playlist 4132 or 4136, the content of the virtual media playlist 4120 can be accessed to play the media file as described above. Or directly playing the media file on the mobile electronic device 4102 or 4106, the virtual media playlist 4150 can also be used to download the media file from the mobile electronic device 4102 or 4106 to the mobile electronic device 4104 for playing; In one embodiment of the present invention, the mobile electronic device 4104 can simultaneously download and play the program of the media file. Similarly, when the user of the mobile electronic device 4106 attempts to access the media file registered in the media playlist 4132 or 4134, the content of the virtual media playlist 4160 can be accessed to play the media file or as described above. In addition to directly playing the media file on the mobile electronic device 4102 or 4104, the virtual media playlist 4160 can also be used to download the media file from the mobile electronic device 4102 or 4104 to the mobile electronic device 4106 for playback; In one embodiment of the invention, the mobile electronic device 4106 can simultaneously download and play the program of the media file. The manner in which the virtual media playlist 4150 or 4160 is used on the mobile electronic device 4104 or 4106 is the same as the manner in which the virtual media playlist 4120 is used on the mobile electronic device 4102, and therefore will not be described again.

With the virtual media playlist/media file sharing method shown in FIGS. 22, 23, and 24, the mobile electronic devices that can respond to each other and use the same wireless communication protocol can share the media playlist or related media files with each other. In some preferred embodiments of the present invention, the wireless communication The protocol is implemented by point-to-point wireless communication technology or near field communication technology.

A non-temporary machine readable medium can also be used to store code for executing the virtual media playlist/media file sharing method of the present invention, such as the virtual media playlist/media file shown in Figures 22, 23, and 24. Sharing method. In this way, when the code is executed by a processor included in any kind of mobile electronic device, the virtual media playlist/media file sharing method and the purpose thereof disclosed by the present invention can be implemented.

(9) Handshake method or contact person member content sharing

According to some embodiments of the present invention, the confirmation or communication method between the mobile electronic device 102 and other mobile electronic devices in steps 1202, 1203, 1204, 1210, 1212, 1214, 1216 shown in FIGS. 15-16, 18, the method of communication between the mobile electronic devices 2102 and 2104 in steps 2202, 2204, and 2206, the steps 3202, 3204, and 3206 shown in FIG. 20 and the steps 3222, 3224, and 3225 shown in FIG. The manner of confirmation or communication between the mobile electronic device 3102 and other mobile electronic devices in 3226, or steps 4402, 4404 shown in FIG. 23, may be performed using a handshake. Please refer to FIG. 25, which is a schematic diagram of a handshake between mobile electronic devices according to an embodiment of the present invention, and FIG. 26 is a flow chart of the handshake process implemented in FIG. After the handshake shown in FIG. 26 is completed, step 218 shown in FIG. 3 can be directly executed to organize the mobile electronic devices that have confirmed each other and satisfy the necessary number of group purchases, and can directly perform the operation shown in FIG. Step 2208, by alerting the user, can directly perform steps 3208, 3210, 3212 shown in FIG. 20 and steps 3228, 3230, and 3232 shown in FIG. 21 to perform actions that have been confirmed to each other and have been authorized each other. The electronic devices are organized into virtual groups and then exchange contact information in the contact list, or the steps 4406, 4408 shown in FIG. 23 can be directly executed to merge the media playlists of the mobile electronic devices to share the media files.

In FIG. 26, the mobile electronic device 5102 is used as a host to broadcast a phrase packet PP for polling and to install an application 5116. The mobile electronic device 5104 receives the phrase packet PP from the mobile electronic device 5102 and uses it as a Client (Client). The mobile electronic device 5104 includes a processor 5112 and a memory 5114. The primary purpose of FIG. 25 is to illustrate how an application communication path 5118 associated with the application 5116 is established between the mobile electronic devices 5102 and 5104.

As shown in FIG. 26, the handshake method operated in FIG. 25 includes the following steps: Step 5202: The mobile electronic device 5102 includes one of the Identity SSID, the type of the application 5116, and the related information of the application 5116. The package is packaged to generate a phrase packet PP according to a format and to broadcast a phrase packet PP, wherein the format is defined by a wireless communication protocol used by the mobile electronic device 5102.

Step 5203: Broadcast a polling signal with information about the group purchasing function, and perform step 5204.

Step 5204: The mobile electronic device 5104 scans its surroundings and, after finding the mobile electronic device 5102, wirelessly receives the phrase packet PP from the mobile electronic device 5102.

Step 5206: The mobile electronic device 5104 decodes the phrase packet PP to obtain the identification SSID and the type of the application 5116, confirms whether the type of the application 5116 is applicable to the mobile electronic device 5104 itself, and applies the type of the confirmation application 5116 to the mobile electronic The device 5104 generates a key EK based on the phrase packet PP.

Step 5208: The mobile electronic device 5104 searches for a plurality of records stored in the memory 5114 to find a first record corresponding to one of the identification SSIDs. If the first record is found in the memory 5114, step 5210 is performed; If the first record is not found in the memory 5114, then step 5218 is performed.

Step 5210: The mobile electronic device 5104 retrieves a first credential (Credential) CDEN1 from the first record.

Step 5212: The mobile electronic device 5104 wirelessly connects to the mobile electronic device 5102 using the identification SSID and the key EK.

Step 5214: The mobile electronic device 5104 performs the first credential CDEN1. Authentication to establish an application communication path 5118 with the application 5116.

Step 5216: Organize the mobile electronic devices 5102 and 5104 through the application communication path 5118 to initiate a group purchase operation.

Step 5218: The mobile electronic device 5104 creates a second record in the memory 5114 according to the phrase packet PP.

Step 5219: The mobile electronic device 5104 sends an interactive message to prompt the user to confirm (Certify) and select the second record. If the second record is confirmed and selected by the mobile electronic device 5104, step 5220 is performed.

Step 5220: The mobile electronic device 5104 wirelessly connects to the mobile electronic device 5102 using the identification SSID and the key EK.

Step 5222: The mobile electronic device 5104 authenticates using one of the second electronic credentials CDEN2 corresponding to one of the mobile electronic devices 5102 to establish an application communication path 5118 with the application 5116, wherein the mobile electronic device 5102 is aliased ALI. It is generated according to the phrase packet PP.

Step 5224: Organize the mobile electronic devices 5102 and 5104 through the application communication path 5118 to initiate a group purchase operation.

The details of the flow chart shown in Fig. 26 will be explained as follows. The components and functions of the mobile electronic devices 5102 and 5104 may be the same in some embodiments of the present invention. The structure of the mobile electronic device 5102 is not illustrated in detail in FIG. 25 for the sake of simplicity of illustration.

In step 5202, when the user of the mobile electronic device 5102 attempts to communicate with the other mobile electronic device that also uses the application 5116 to the application 5116, the mobile electronic device 5102 is used to identify the SSID, the type of the application 5116, And the related information of the application 5116 is encapsulated in the phrase packet PP, wherein the format of the phrase packet PP is defined by the wireless communication protocol used by the mobile electronic device 5102. In some embodiments of the present invention, the format of the phrase packet PP may be expressed as {SSID, type of application 5116, related information of application 5116}. In an embodiment of the present invention, the type of the application 5116 can be embedded in the generated phrase packet in advance. The default template for PP. The types of applications 5116 may include, in addition to the reminder programs described in FIG. 1 and FIG. 2, the types of applications installed in the album, photography, multimedia playback, or other general mobile electronic devices.

In step 5204, the mobile electronic device 5104 scans its surroundings for other mobile electronic devices. In this way, the mobile electronic device 5104 can confirm whether the mobile electronic devices 5102 and 5104 use the same wireless communication protocol by using the scanning operation, and the mobile electronic device 5102 is used when the two use the same mobile communication protocol. Wireless receiving phrase packet PP. Next, in step 5206, when it is confirmed that the format of the phrase packet PP conforms to the format specified by the wireless communication protocol used by the mobile electronic device 5104, the processor 5112 is configured to decode the phrase packet PP to obtain the above-mentioned identification SSID and application. The type of 5116 and related information of the application 5116. In addition, in the process of decoding the phrase packet PP, the processor 5112 can also be used to confirm whether the type of the application 5116 is of a type applicable to the wireless communication protocol used by the mobile electronic device 5104. The decoding performed in step 5206 will result in different results. For example, if the type of application 5116 is not of the type applicable to the wireless communication protocol used by the mobile electronic device 5104, the processor 5112 will not be able to decode the relevant information of the application 5116. On the other hand, if the type of the application 5116 is the type of the wireless communication protocol used by the mobile electronic device 5104, the processor 5112 can decode the related information of the application 5116 and use the phrase packet PP as an input parameter. A key generation function is processed to generate a key EK, wherein the key generation function is also defined by the wireless communication protocol. In other words, the mobile electronic device 5102 that also uses the wireless communication protocol can also use the key generation function to obtain the same key EK as a comparison certificate when the mobile electronic device 5104 performs wireless connection with the mobile electronic device 5102. One.

In an embodiment of the invention, the processor 5112 may alternatively use to confirm the availability of the identified SSID to check in step 5206 whether the identified SSID conforms to the format specified by the wireless communication protocol.

In step 5208, the processor 5112 uses the identification SSID as an index to search for the previously stored plurality of records in the memory 5114 to find one that matches the identified SSID. recording. In an embodiment of the present invention, the plurality of records can be stored in the memory 5114 in the form of a lookup table, and each record of the plurality of records is in front of its respective corresponding mobile electronic device. Established when wirelessly connecting to the mobile electronic device 5114.

If the first record is found in the memory 5114 in step 5208, the representative mobile electronic device 5102 has previously been wirelessly connected to the mobile electronic device 5104. Then, in step 5210, the processor 5112 retrieves a first credential CDEN1 from the first record. The first credential CDEN1 is also provided by the application 5116 when the pre-action electronic device 5104 is wirelessly connected to the application 5116. The mobile electronic device 5104 is stored in the first record.

The wireless connection between mobile electronic devices 5102 and 5104 includes two layers. When implementing a first layer connection, the mobile electronic device 5104 needs to identify at least the SSID and the key EK for authentication. The first layer connection may be regarded as provided by the wireless communication protocol when the mobile electronic device 5102 applies the wireless communication protocol. Firewall. After the first layer is connected and a second layer connection is implemented, the mobile electronic device 5104 needs at least the certificate provided by the application 5116 or the alias of the mobile electronic device 5102 to perform authentication when the wireless connection is previously performed, wherein the second The layer connection can be thought of as a firewall for the application 5116 itself.

In step 5212, the mobile electronic device 5104 wirelessly connects to the mobile electronic device 5102 using the identification SSID and the key EK for authentication to implement the first layer connection described above.

In step 5214, the mobile electronic device 5104 authenticates f to the application 5116 using the first credential CDEN1, so that the application 5116 can know that the mobile electronic device 5104 is a trusted client and allows the mobile electronic device 5104 to An application communication path 5118 is established between the two to implement the second layer connection.

Finally, since the application communication path 5118 is established between the mobile electronic device 5104 and the application 5116, the data or information related to the application 5116 can be exchanged between the mobile electronic device 5104 and the application 5116 using the application communication path 5118. In addition, the first record may also be updated in the memory 5114 according to the data or information exchanged using the application communication path 5118. In an embodiment of the invention, the application 5116 is a communication application. Therefore, the exchangeable data or information may be any content related to the application 5116 and the first record, and the content may include at least one contact item or multimedia file, and the at least one contact object may include, for example, a contact person. A text message such as name, contact address, contact phone number, personal information, or private message, and the at least one multimedia file may include photos, audio, video, or other types of multimedia objects.

In view of the group purchase behavior of the present invention, the action of step 5216 is to organize the mobile electronic device 5104 to organize both the mobile electronic devices 5102 and 5104 through the application communication path 5118 to initiate the group purchase operation.

If the first record is not found in the memory 5114 in step 5208, that is, if there is no record matching the identification SSID in the memory 5114, it means that the mobile electronic device 5102 is not wirelessly connected. The mobile electronic device 5104 passes. As such, in step 5218, the processor 5112 will create a second record in the memory 5114 for identifying the SSID.

In step 5219, the mobile electronic device 5104 displays a prompt message related to the second record and interactively prompts the user whether to confirm the acceptance of the second record. The prompt message displayed here may include the mobile electronic device. The name or photo of the user of 5102, and the name or photo is taken from the related information of the application 5116 stored in the phrase packet PP. The user of the mobile electronic device 5104 can determine whether the user of the mobile electronic device 5102 is an object of familiarity with the display information. If the user is familiar, the user of the mobile electronic device 5104 can input a response message to the mobile electronic device. The device 5104 confirms receipt of the second record, and the mobile electronic device 5104 can also update the user's decision to accept the second record in the memory 5114 and the second record.

In an embodiment of the present invention, the mobile electronic device 5104 also prompts the user to select one of the plurality of records that have been accepted and accepted by the user, and if the user has accepted the first in the process Two records, the second record will also be listed as one of the options at the same time. In order to facilitate the clear explanation of the following description, in step 5219, the user of the mobile electronic device 5104 selects the second record, but regardless of which note the user of the mobile electronic device 5104 finally selected. The recorded, selected records are processed in steps 5220, 5222, and 5224 as described below in which the second record is treated.

After the step 5218 is implemented, the processor 5112 can also generate the alias ALI of the mobile electronic device 5102 according to the content of the phrase packet PP as an input parameter, and the string generator recognized by the wireless communication protocol cooperates with the input parameter. Similar to the case when the key EK is generated, the mobile electronic device 5102 can also use the same string generator and the contents of the phrase packet PP to generate the same alias ALI for authentication after the second layer connection.

The implementations of the step 5220 and the step 5212 for authenticating to complete the first layer connection described above are completely the same, and thus the details are not repeated.

In step 522, the mobile electronic device 5104 uses the alias ALI as authentication for the second layer connection with the application 5116. After the application 5116 receives the alias ALI, the application 5116 will find that the mobile electronic device 5104 is a new client. The application 5116 then generates a second credential CDEN2 for the mobile electronic device 5104 and transmits the second credential CDEN2 back to the mobile electronic device 5104 for future authentication using the second credential CDEN2 and the application 5116; in other words, the mobile electronic The device 5104 has obtained approval from the application 5116 to use the second credential CDEN2 to establish an application communication path 5118 with the application 5116.

In some embodiments of the present invention, the processor 5112 updates the second credential CDEN2 to the second record stored in the memory 5114, so that after the mobile electronic device 5104 completes the first layer connection described above, the application and the application When the program 5116 establishes the application communication path 5118 again, it is not necessary to request the application 5116 to send another certificate again, but the second certificate CDEN2 can be directly retrieved from the second record to establish an application communication path 5118 with the application 5116.

As a result, the data and information related to the application 5116 can be exchanged between the application 5116 and the mobile electronic device 5104 through the application communication path 5118, and the exchanged data and information can be updated in the same memory. 5114 is stored in the second record. In an embodiment of the present invention, the application 5116 is a communication application, and the communication application includes the same content as described above, and thus is not described herein.

In view of the application of the present invention to the group purchase behavior, the status of step 5224 is the same as step 5216, and therefore will not be described again. In addition, in an embodiment of the present invention, the steps 5224 and 5216 are replaced with the step 218 shown in FIG. 3, and the mobile electronic devices that have confirmed each other and satisfy the necessary number of group purchases can be organized; in the present invention In an embodiment, step 5224 and step 5216 are replaced with step 2208 shown in FIG. 18, and a warning may be provided to remind the user; in an embodiment of the present invention, step 5224 and step 5216 are replaced with FIG. Steps 3208, 3210, 3212 or steps 3228, 3230, 3232 shown in FIG. 21 may organize the mobile electronic devices that have been confirmed to each other and have been authorized by each other to become virtual groups and then exchange the contacts in the list of contacts. Contact information; in one embodiment of the present invention, steps 5224 and 5216 are replaced with steps 4406 and 4408 shown in FIG. 23, and the media playlists of the mobile electronic devices can be combined to share the media files.

The present invention further discloses a non-transitory machine readable medium for storing code for performing the steps included in the handshake method of FIGS. 25 and 26. In this way, when the code is executed by a processor included in any mobile electronic device, the purpose of the above handshake method can be achieved.

With the handshake method shown in FIG. 25 and FIG. 26, when a host mobile electronic device is wirelessly connected to a client mobile electronic device for more than a second time, the client mobile electronic device can be exempt from repeating the request credentials. The burden of certification.

The above are only the preferred embodiments of the present invention, and all changes and modifications made to the scope of the present invention should be within the scope of the present invention.

102-112‧‧‧Steps

Claims (14)

A media sharing method using a wireless communication protocol, comprising: a first mobile electronic device broadcasting a polling signal based on a wireless communication protocol; the first mobile electronic device confirming whether a second mobile electronic device is using the wireless communication protocol The confirmation process is performed by receiving a response signal sent by the second mobile electronic device, and the response signal is sent corresponding to the polling signal; when the first mobile electronic device receives the response a media playlist of one of the second mobile electronic devices is merged into a virtual media playlist of the first mobile electronic device; and the first mobile electronic device refers to the virtual media Playlist to access a first media file. The media sharing method of claim 1, further comprising: merging the media playlist of the first mobile electronic device with the virtual media playlist of the first mobile electronic device. The media sharing method of claim 1, further comprising: selecting the second mobile electronic device to issue a request to request access to the media playlist of the second mobile electronic device; and the first mobile electronic device is The second mobile electronic device receives an authorization such that the request is granted to access the media playlist of the second mobile electronic device. The media sharing method of claim 1, further comprising: the second mobile electronic device transmitting the media playlist owned by the second mobile electronic device to the first mobile electronic device using the wireless communication protocol. The media sharing method of claim 4, further comprising: the first mobile electronic device according to the virtual media playlist, the second mobile electronic device Tracking the first media file; and the second mobile electronic device transmits the first media file to the first mobile electronic device using the wireless communication protocol. The media sharing method of claim 1, further comprising: the first mobile electronic device transmitting the media playlist owned by the first mobile electronic device to the second mobile electronic device using the wireless communication protocol. The media sharing method of claim 6, further comprising: the second mobile electronic device tracking the first media file on the first mobile electronic device according to the virtual media playlist; and using the first mobile electronic device The wireless communication protocol transmits the first media file to the second mobile electronic device. The media sharing method of claim 6, further comprising: the second mobile electronic device merging the media playlist of the first mobile electronic device with a virtual media playlist of the second mobile electronic device. The media sharing method of claim 8, further comprising: the second mobile electronic device referring to the virtual media playlist owned by the second mobile electronic device to access a second media file on the first mobile electronic device. The media sharing method of claim 1, further comprising: starting the wireless communication protocol on the first mobile electronic device. The media sharing method of claim 1, wherein the wireless communication protocol is based on Bluetooth, Wi-Fi standard, Wi-Fi Direct standard, Near Field Communication (NFC), or peer-to-peer communication. Peer-to-peer communication. The media sharing method of claim 1, wherein the media file comprises an audio file/data stream, a video file/data stream, and/or a digital photo. The media sharing method of claim 1, wherein the first mobile electronic device refers to the virtual media playlist to access the first media file, including: The first mobile electronic device selects a multimedia file directory in the virtual media playlist, wherein the multimedia file directory includes a plurality of multimedia files; wherein the first media file is one of the plurality of multimedia files. A non-transitory machine readable media, comprising: a first code, when the first code is executed by a processor included in a first mobile electronic device, The first code is used to broadcast a polling signal based on a wireless communication protocol; a second code is used to confirm whether there is a second action when the second code is executed by the processor The wireless device is using the wireless communication protocol, wherein the confirmation process is performed by receiving a response signal sent by the second mobile electronic device, and the response signal is sent corresponding to the polling signal; a code, when the third code is executed by the processor, the third code is used to: when the first mobile electronic device receives the response signal, the media play list of the second mobile electronic device a virtual media playlist merged with one of the first mobile electronic devices; and a fourth code for referencing the fourth code when the fourth code is executed by the processor Virtual media playlists, access to a first media file.