TW201324389A - Multi-functional cloud service system, a method for information exchange and a recording medium - Google Patents

Abstract

Disclosed herein relates to a multi-functional cloud service system, and a method for information exchange and a recording medium. A recording medium for storing the instructions for executing the codes of the steps in the method is also disclosed. The cloud service system receives multiple requests from a plurality of users. The system then acquires one of more specified requirements from the users. After that, the system provides the matched other users or service providers according to the requirements. A personalized service is therefore provided. In which, the users will upload or synchronize their virtual identity profiles (VIP) and common media code (CMC) to the cloud service system. Through the algorithmic technologies including searching, comparing, and sorting, a specified service item can be resolved by the system. The related resources may also be acquired by data mining. The personalized service is correspondingly provided.

Description

Multifunctional cloud service system, method and a memory medium

The invention relates to a multifunctional cloud service system, method and memory medium, in particular to a multi-functional cloud service system for providing users with a common life and network environment through a cloud technology.

The application of the Internet is becoming more and more extensive, and the concept of a cloud is also growing more and more, and it also touches people's daily life. For example, cloud backups, cloud printing, social services, and web-based email services launched by Internet operators are nothing more than providing a remote server space for individual users to use the networked device anywhere. Access to the data.

The architecture of the prior art can refer to the cloud server architecture described in FIG. 1 , wherein the cloud system 10 established by using the network is formed by a plurality of servers 15 , and the user terminal can connect to the cloud system by using multiple types of networking devices. 10, such as a notebook computer 101, a mobile vehicle 103, a mobile communication device 105, a desktop computer 107, and a server (not shown) provided in the restaurant 109.

The cloud system 10 can construct a multi-end sharing system, so that the user can access the same information by using various types of devices anywhere, and also maintain the same data, including remote backup using the cloud system 10, and can be different. The locality utilizes the cloud system 10 to output the same file, and even includes the use of the cloud system 10 for multi-end communication, file transmission, and the like.

Cloud technology also requires security measures, including user authentication and file security, to increase trustworthiness as applications become more popular.

The invention relates to a multi-functional cloud service method, which comprises a related cloud service system and a memory medium, and aims to provide a connection between a virtual network community and a real world by a user.

According to one embodiment, the method step includes accepting, by the cloud service system, a plurality of users' login requests through the network, including confirming the identity of each user according to the information stored in the database, and after confirming the identity of each user, each user Upload or synchronize a virtual identity description (VIP) with a common media code (CMC), or may include a network credit. Then, using the calculus techniques such as search, comparison and sorting, the common media code is used to confirm one or more service items required by the user in the cloud service system, and then the data is searched according to the information described in the common media code of the plurality of users.

The cloud service system repeatedly compares the common media code and the virtual identity description of multiple users to perform matching and sorting, and then provides each user with personalized service according to the matching result and the sorting result of one or more service items. In particular, according to the points of the network credit, different degrees of personalized service can be provided according to the virtual identity description of each user. The method can further determine whether each user meets a certain sufficient number of points to obtain a specific level of service.

The invention also relates to a memory medium for storing a code for executing the above-described multi-function cloud service method.

The related cloud service system includes a data processing means, such as using a data processor to parse the common media code and virtual identity description uploaded by each end user, and calculating algorithms such as searching, comparing, and sorting, or may include network credit. The system includes a database means for storing the identity data, common media code and virtual identity description of multiple users. The system includes a matching module, and uses data processing means to obtain common media codes and virtual identity descriptions of each user for data exploration, obtain a matching result, and a comparison module, which can repeatedly compare according to the matching result, and finally Produce a sort result.

According to an embodiment, the cloud service system provided by the present invention can implement a personalized future life mode, and provide a personalized service for the network community through various smart devices by using a common technology platform, wherein the implementation application examples can include personalization. Mind nourishment, personalized virtual reality navigation, online community restaurants, personalized car sharing, personalized taxi sharing, online community book publishing, online community film production and personalized travel guides.

The disclosure discloses a multifunctional cloud service system, in particular, a multi-functional cloud service system that provides users with a common life and network environment through a cloud technology. The main method is based on common media code (CMC), personal voucher description or virtual identity description (VIP), network credit (Network Credit, iCredit) and other technologies, using various personalized information provided above. Smart personal service.

The connection relationship between the cloud service system and each terminal can be described with reference to FIG. 2 . The terminal devices 201, 202, 204, 206, 208 can be connected to a network device such as a general computer system or a personal hand-held device, and can be connected to a service provider 209, such as a restaurant, a restaurant, etc., and more systematically identifiable users 203, 205, 207. The cloud service system 20 will interact with each terminal device or user according to the above-mentioned common media code and virtual identity description.

The cloud service system 20 has a processing unit for signal processing and a memory. The memory is recorded with a plurality of virtual identity descriptions (VIPs) for user identification, and the cloud service system provides corresponding personalized services according to each virtual identity description or It is information, and records a common media code (CMC) composed of a series of information corresponding to each user, and a personal voucher description, personal basic data, and the like of one or more users.

Moreover, the cloud service system 20 described in the disclosure is a user of each end of the system, wherein the device and the user identify a Common Media Code (CMC) that may be implemented through the common media code. The virtual identity description is used as the identification, and the network credit (iCredit) of each user can be utilized as the basis for providing the service type and level.

Among them, the common media code (CMC) can refer to the content described in FIG.

A virtual identity description (VIP) is a means of identification applied to each individual individual on the Internet. In this example, the cloud service system 20 will record a plurality of virtual identities for user identification after communicating with each user. Description, and each virtual identity description will store the preferences of each device or person, and can be updated according to the modification. According to one of the embodiments, once the cloud service system 20 obtains the virtual identity description by the specific terminal, the system 20 will provide the corresponding personalized service or information according to the set value without taking any additional interaction or indication.

Personal Internet Credit (Credit) is used to structure a system with a personal credit rating system that provides different levels of service based on individual credits. The accumulation of credit points will depend on the individual's use of the entire system. The evaluation criteria will have different standards according to different services. In contrast, the higher the level of credit, the faster the points can be accumulated, and the lower the level. Slow accumulation is a non-linear accumulation method.

According to one of the embodiments, the network credit rating can be divided into: beginner/observer, member, senior member, professional, expert (by beginner), observer (member), senior member (senior member), professional (professional), expert ( Expert)/coach, elite and fellow, for example, which allows professionals to participate in system operations. The actual implementation depends on the services provided by the cloud service system.

As shown in FIG. 2, when the terminal devices 204, 206, 208 are connected to the cloud service system 20, the cloud service system 20 obtains the virtual identity descriptions of the terminal devices 204, 206, 208 held by the users 203, 205, 207, and the system can know each person and the system. / or information of the terminal device, so that a corresponding service can be generated, and the corresponding service can be provided by the specific service provider 209, the service provider 209 also has a unique virtual identity description (VIP), as shown schematically in the figure. When joining the cloud service system 20, it will match the common media code generated by each end user, and provide personalized service according to the content.

Moreover, each user 203, 205, 207 or/and the terminal device 201, 202, 204, 206, 208 describes a common media code recognizable by the system, and the cloud service system 20 uses the common media code (CMC) as the identification of each user equipment or person.

Applying these common media codes in a sequence of information can convey the nature of specific objects (people, systems, devices), such as a content provider, creator, consumer, Roles such as the requester and the actor. The common media code can also indicate things or devices, including content descriptions, device types (phones, tablets, televisions, etc.). The common media code can indicate the location of the person or device represented, and the system can generate a location-based service (LBS), and can include time information (such as year, month, day, hour, etc.) and related fees. Information such as copyright content, payment method, playback management, etc.

Figure 3 shows a schematic diagram of a cloud service system application personalization information. The cloud service system 30 receives the personalized information transmitted by each end, including a common media code (31), a virtual identity description (32), and a personal network credit (33), and may relate to the description of the smart device 35. That is, the virtual identity description (32) can also describe a device, and a user can have multiple virtual identity descriptions (32) at the same time.

The cloud service system 30 implements a matching module 301, a matching module 303, and a sorting module 305 in software or hardware, respectively, and performs calculations such as searching, comparing, and sorting. When the cloud service system 30 receives the personalized information transmitted by each end user, the matching module 301 in the system 30 first performs data mining by using the data processing means (through the data processor) to obtain each user. Information such as the common media code (31), the virtual identity description (32), and the network credit (33) are transmitted, and a matching procedure is executed according to the preference of each user, thereby obtaining an association between users. And will automatically suggest service content to each user based on the association.

Since the cloud service system 30 can obtain the needs and preferences of each user through data exploration, the association between the users can be established according to different needs, and thus the service is provided correspondingly. The comparison module 303 in the system 30 compares the obtained information according to the obtained information, and the sorting module 305 sorts the comparison results to provide user reference and selection, so that the user can according to the needs or preferences of the associated user. Sort and choose to quickly provide personalized service. Related applications may refer to the embodiments described in the disclosure.

4 shows an embodiment of a common media code for the system application described in this disclosure. According to the table shown in Fig. 4, which includes a plurality of fields, only some main fields are summarized in the figure, and the overall field can be referred to the description of Table (1). The main fields and related descriptions are listed below: Internet address field 401, which is described as an IP address or a URL (Uniform Resource Locator) address, which can be used to express the common media code. The network address of the device; the content hyperlink field 403, wherein the description includes HTTP, XML, hyperlink, file path, etc., thereby linking to the content storage address, or content request (request) address; content attribute field 405, which describes whether there is copyright, whether encryption, whether to charge, whether authentication is required, etc.; content description field 407, including video, music, entertainment, ball game, sports, leisure , a description of the travel, etc.; a content provider information field 409, which describes the content provider account, authentication, charging method, etc.; content demander information field 411, wherein the description includes the content demander account, authentication method, storage address, etc.; The information of the above-mentioned various types of information content records information of one of the plurality of materials in the system, so that the system can be based on the information category indicators and resources. Content indicators quickly find corresponding data, such as user phone, credit card data, address, landmark, etc.; content time information field 413, which records time information of the recorded content of a specific event, such as generation time, effective time, demand time And a content location information field 415, which describes location information for a specific event record content, such as a production location, a valid location, a demand location, etc.; a user authentication field 417, which describes the content provider authentication method or public code, content The demander authentication method or the public code can be used to exclude the fraudulent device or the misused user data by using the security mechanism; the terminal device authentication field 419, wherein the description includes the terminal device identification code or the device authentication code; The record authentication information, such as a public password, personal certificate code, etc., can be combined with the virtual identity description (VIP) recorded by the cloud server to ensure the legitimate use of the terminal device; the virtual channel program form sorting and the data inventory index index column Bit 421 includes the personalized virtual channel section corresponding to the common media code The order of the order form and the data inventory index; the common media code security code field 423, for this common media code exclusive protection password, can determine whether it is a forged common media code.

In addition to the main fields and descriptions of the common media code provided in Figure 4, other reference to the more complete common media code content disclosed in Table (1), such as: mirror server link: described as the mirror server IP bit Address or hyperlink, the system can provide multiple mirror servers for selection; network transmission methods: description includes peer-to-peer, multicast, broadcast, forward The information content also includes packet serial number, time stamp, source IP, target IP, etc. Category keyword: description includes information detail description keywords, such as music classification, artist, album, publication first, date, etc.; content classification and preferences Sort: According to the content category, such as movie category, music album, team, sports category, region, time, character, etc.; content common sort: according to information content selection rate, recommendation, timeliness, regionality, sort the information The order of the content; related information: the description column includes the link information content storage address content provider to the content demander address, and can be linked to other events common The connection information of the media code; the expansion field: the description records the information expansion link to the associated common media code, so it can link the services associated with other common media codes, such as connecting to hardware facilities, restaurant reservations, shopping, etc. Description field: A description of a short description of a text, image, or video clip, such as a text message that stores a short description of a common media code, including: movie, admission ticket, ticket, etc.; Index: Indicates the index of the unique data inventory.

According to the above common media code, the cloud service system can correspond to relevant data in a large amount of user data contained in the relevant learning system, and after receiving the common media code, the system can have an identification program, thereby identifying and obtaining Various information carried.

Next, FIG. 5 depicts an embodiment of the method for operating the cloud service system of the present disclosure.

The cloud service system can usually be constructed by one or more server hosts, and has a user management mechanism, such as using a database to store multiple user accounts (identity data), and using a password or a specific identity authentication mechanism for security management. . When one or more users enter the cloud service system, in step S501, the user logs in to the cloud service system through the webpage provided by the system or other login means (such as exclusive software and machine). In other words, the cloud service system accepts one. Or multiple users logging in via the web. At this time, the system will confirm the identity of each user according to the information of the database, including the associated personal information, such as common media code (CMC), virtual identity description (VIP) and/or network credit.

After the user authenticates and confirms the user profile, in step S503, the user can then transmit its own common media code (CMC) and virtual identity description (VIP), and temporarily store it in the database, hard disk, dynamic memory. , flash memory and other storage media for later data processing. If the system already has the information previously uploaded by the user, the system can synchronize the information first, and in addition to updating the related personal information that has been stored before, the system can also establish new information, and then identify and obtain each login according to the virtual identity description. User information. As described in FIG. 2, according to one of the embodiments, once the cloud service system obtains the virtual identity description by the specific terminal, the system can provide the corresponding personalized service according to the set value without taking any additional interaction or indication. Or information.

Then, in step S505, the cloud service system provides a plurality of service items. This step performs related data processing through a data processing means (for example, using a central processing unit of the system, a grid cloud computing operation, a computer cluster computing operation, etc.), thereby synthesizing the common The media code and virtual identity description to obtain the required service items can include multiple service items at the same time. It is not excluded to provide users with information through web pages or specific software to confirm the selection of items. After the cloud service system parses or receives the selection signal through the confirmation program, data mining is performed according to the description information in the common media code (CMC) of each end user (step S507), and the data exploration is repeated. The comparison and search system can be achieved through the data processing methods provided by the above system, and by hardware means such as memory and database.

According to the content of the common media code, the cloud service system described in the disclosure can obtain the device (such as a handheld device, a computer or the like) used by the login user, and the common media code includes the indicator field and a simple description of the device included. The description field, so the system can know the device that the user carries, and correspondingly provide the corresponding service.

Then, in step S509, the cloud service system obtains the credit of the user, confirms the network credit according to the identity of the user, and determines the service level that may be corresponding, and the embodiment does not use the user as the user. limits. After that, the cloud service system will perform matching and sorting according to the above-mentioned personal common media code, virtual identity description and network credit information, such as using the above data processing means, and generate matching according to the selected service item. result. The data processing means is further used to generate a sorting result by repeated comparison according to the matching result, and the result may involve the associated user and the related context (step S511), and finally provide different degrees of personalized service according to the virtual identity description of each user. (Step S513), and each user's personalized service is usually different from others. In the above matching procedure, after repeatedly comparing the number of network credits of multiple users, the system will determine whether each user meets a sufficient number of points, for example, a negative credit number cannot obtain any service, and thereby Judging the user's rating, the number of negative credits may be due to the user's malicious behavior that violates the community rules or other inappropriate remarks. The description of FIG. 2 above includes: beginner/observer, member, senior member, professional, expert/coach, elite. (elite) and honor experts (fellow), etc., to obtain a specific level of service, and will inform each user to judge the result.

According to the description of the above embodiments, the cloud service system proposed by the disclosure provides a common technology platform, and each end user can connect to the cloud service system by using various network connection devices, such as a smart device such as a computer or a mobile phone. The cloud service system provides a personalized service based on the association to form a service environment like the online community. Examples of services that can be applied include: personalized mind nourishment, personalized virtual reality navigation, online community restaurants, personalized car sharing, personalized taxi sharing, online community book publishing, online community movies Personalized or group-specific services such as production, online community film production and personalized travel guides.

One of the examples:

Description of Embodiments A schematic diagram of implementing a restaurant service using the present disclosure cloud service system is shown in FIG.

The figure shows a cloud service system 60. A plurality of people simultaneously connect the system 60 by using a network connection device, including a user of the first user terminal 601 and a handheld communication device used by the user, when connecting to the cloud service system 60, A native media code (CMC) associated with the device is transmitted and synchronized with the system 60 (including uploading and downloading) a virtual identity description (VIP). The cloud service system 60 will provide a personalized service or information corresponding to the selected service item according to the virtual identity of the first user terminal 601.

Similarly, the second user end 602 and the third user end 603 respectively correspond to the user and the associated networking device, and when the cloud service system 60 is connected, the personalized information is synchronized, at least the common media code and the virtual medium are used. The identity description, system 60 will confirm the credits, identity and qualifications of each user.

In this example, each user first discusses the desired catering service in the online community, and gains consensus in the online community. They update/establish their common media code and virtual identity description according to their needs and preferences. The information is transmitted to the cloud service system 60 via the network, wherein the information includes at least the restaurant 62, the reservation time and the number of people, and the like. Then, the cloud service system 60 will match and sort according to the information transmitted by the users at each end, including the location-based service (LBS), and communicate the location of the related handheld device and the user, including providing the location of the user restaurant at each end, Corresponding service and information.

According to an example, the online community restaurant can provide food and beverage cooking or self-service catering services, which are cooked by customers, the online community restaurant provides chefs to teach catering, and the online community restaurant can also provide tableware cleaning services. Customers clean the tableware themselves; or according to the needs, the online community restaurant only provides services for catering, cooking and tableware to the online community customers; the online community restaurant can also provide other related network services, such as wireless network. Road hotspots, video conferencing, instant messaging and other information; online community restaurants can also provide other related online community services, such as: online group purchase entity delivery, online group purchase entity trial, try on and other services.

The related process of the restaurant matching service and the like described above can be explained with reference to the steps of the embodiment described in FIG.

Step S701 is also to log in to the cloud service system by one or more users, in particular, including a user who issues a specific request, and then, in step S703, each end user will transmit the common media code and the virtual identity description to the cloud service. system. As shown in FIG. 5, when the system obtains the virtual identity description of each user, the identity of the user will be determined, and the service provider and the consumer may be classified according to the service item.

Then, after parsing, a service item is obtained (step S705), in particular, the common media code including the specific requirement is parsed. Then, as described in step S707, the cloud service system performs matching and sorting according to the common media code of each end, and repeats The comparison results are obtained (step S709), such as the restaurant selection described above, the vehicle position, the expert match, or even the mind tutor, as in the embodiments described below, and the present invention is not limited to these embodiments.

Then, in step S711, the cloud service system will continue to determine whether the number of credit points of each user network is sufficient for a specific number of points, thereby determining whether the user meets the credit requirement of the specific service item, and determining whether the user meets one of the requirements. Expert or user qualification for providing services.

If the user does not meet the network credit requirement (No), then in step S713, the comparison is discarded, and the relevant notification may be sent to the user, and the next user's network credit point judgment is performed ( Step S715), return to step S711.

If the user meets the specific network credit requirement (Yes), then in step S717, the user is notified of the matching result, and the next user's point judgment is executed (step S719). The step then sends a message to the user who issued the initial request (step S721), and each user can obtain a specific level of service, and each matching user will be able to update/modify the modified network credits (step S723). The cloud service system provides a corresponding personalized service (step S725), such as various roles of the restaurant, passengers of the ride service, multiple users who co-authored, and the like.

After the user logs in to the cloud service system, the system will determine the identity, level and qualification of the user according to the information such as the virtual identity description (VIP) and the network credit point (iCredit) delivered by each end user, as shown in FIG. Specifically, after the system obtains the common media code and the virtual identity description of the users at each end (as in step S703 above), the identity of each user is determined according to the VIP of each user (step S801), for example, according to the users of the end users. The demand and identity are roughly divided into a server (step S803) and a consumer (step S805). If it is a server, it is judged according to all its network credits and its attributes (step S807), such as possible levels of experts, professionals, coaches, elites and honorary experts for a particular service; Then, in step S809, the system checks the number of network credits of the user and determines whether the user is qualified to use a specific service (the number of network credits that each service can set).

Finally, after the completion of the specific personalized service, each user can modify the personal information including one of the common media code, the virtual identity description and the network credit, part or all, and store the device used by the user. Or cloud service system.

Embodiment 2:

Yet another embodiment is described in FIG. 9, wherein the vehicle boarding service is implemented using the present disclosure cloud service system.

The cloud service system 90 also receives connections of a plurality of user-end network devices. For example, the first user terminal 901, the second user terminal 902, and the third user terminal 903 respectively connect to the cloud service from different locations. The system 90 transmits the common media code and the virtual identity description of each end to the cloud service system 90. The cloud service system 90 confirms that each end requirement in this example is a ride service, and then performs matching and sorting, and cooperates with the location-based service (LBS). The vehicle position is obtained, and the result is transmitted by the system to each end user, and after repeated comparison, the matching result is obtained, and the result is notified to each user end.

As shown, the cloud service system 90 matches the results to the way the ride (vehicle 92). For example, each user provides a commute route in the online community, passing the common media code to pass the choices and needs, and hopes to get the car sharing service. Each user end modifies its description file according to requirements, and transmits the information to the cloud service system 90 by using the common media code and the virtual identity description.

After that, the cloud service system 90 performs the reverse comparison to match the result of the car sharing service, and can provide the commute route of the car sharing service and the commuting route that wants to obtain the car sharing service. The cloud service system 90 transmits the common location and time to the personal smart device by using the common media code. The individual receives the shared common media code and can get the car sharing service at the scheduled place and time. And any other carpooling service can be carried out in a similar process.

In this case, the car sharing service can also be applied to the taxi. With this service process, the taxi must have a smart device to receive the location and time information transmitted by the cloud service system 90, so the shared passenger can share the taxi. fare.

Third embodiment:

Other examples of implementing the cloud service system proposed in the present disclosure use, for example, a web community to publish books. In this example, each system user first discusses in the online community to generate group knowledge creation. The cloud service system will appoint a book creation expert based on the information of each user (such as online credit, virtual identity description). The expert divides a creative theme into a plurality of paragraphs according to the goal of group creation, and describes each paragraph. Create requirements, edit common media codes and upload them to the cloud service system.

Among them, when the community sets up this service item, the online community will upload the personal virtual identity description of the group creation to the cloud service system, and the cloud service system will execute according to the common media code of the creation paragraph and the personal virtual identity description. Match and sort, then link each creative paragraph to the most appropriate personal virtual identity description. If the most suitable individual can't accept the pairing, select the best pairing according to the sorting.

The book creation experts appointed by the above-mentioned cloud service system should supervise the creation content and progress of each independent creator according to the descriptions of each user and the experts appointed by the online credit, and collect the group creation results, and finally organize them into a creation book. During the creative process, book authoring experts can also compile variant books of different outcomes or processes, or transform books that participate in groups and discuss various outcomes or processes. It is worth mentioning that the copyright of the books produced by the collaborative mechanism provided by this cloud service system is shared by the group creation participants.

Embodiment 4:

There are also application examples for making movies using the online community of cloud service systems. At the beginning, individuals in the online community discuss the production of movies with group knowledge. The online community will upload personal virtual identity descriptions that are interested in participating in group film production to the cloud service system. The cloud service system also first appoints a film production expert. A movie theme is divided into a plurality of segments, and the production requirements of each segment are described, and the common media code is edited and uploaded to the cloud service system.

After that, the cloud service system performs matching and sorting according to the common media code of the movie paragraph and the virtual identity description of each end, and links each creation paragraph to the most suitable personal virtual identity description, and if the most suitable individual cannot accept the pairing, according to the ranking The result was a sub-optimal pairing.

In the same way, the film production experts appointed by the cloud service system will monitor the production content and progress of each independent creator, collect the group creation results, and finally organize into a group to make movies. Film production experts can also produce distorted movies of different outcomes or processes, or distorted movies that participate in groups and discuss various outcomes or processes.

Example 5:

Another example is the use of cloud service systems for personal spiritual nourishment.

Each end user can describe personal preferences, traits, moods, etc. in the online community, and edit the virtual identity description (VIP) and other information, and upload it to the cloud service system. After that, the cloud service system can ask the mind nourishment experts to describe various mental nourishment information into common media codes and upload them to the cloud service system. After that, the cloud service system performs matching and sorting according to the personally-improved mental nourishment and the mental nourishment common media code, and transmits the most suitable mental nourishing common media code to the paired successful individual. The spiritual nourishment service provided by the cloud service system can include religious belief services.

The invention further relates to a memory medium for storing a code for executing the above-described multi-function cloud service method.

In summary, the multi-function cloud service system and method proposed by the present invention is based on personal information provided by each end user, including common media code, virtual identity description, network credit, etc., for selected preferences or The demand for active collaboration, the provision of personalized services, in particular through the network community structure to obtain personal information of multiple people, thereby generating a variety of cloud services.

However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent structural changes that are made by using the specification and the contents of the present invention are equally included in the present invention. Within the scope, it is combined with Chen Ming.

10. . . Cloud system

15. . . server

101. . . Notebook computer

103. . . Moving vehicle

105. . . Mobile communication device

107. . . Desktop computer

203,205,207. . . user

109. . . restaurant

201,202,204,206,208. . . Terminal device

209. . . Service provider

30. . . Cloud service system

301. . . Matching module

303. . . Alignment module

31. . . Common media code

32. . . Virtual identity description

33. . . Online credit

35. . . Smart device

305. . . Sorting module

401. . . Internet address field

403. . . Content hyperlink field

405. . . Content attribute field

407. . . Description field

409. . . Content provider information field

411. . . Content demander information field

413. . . Content time information field

415. . . Content location information field

417. . . User authentication field

419. . . Terminal device certification field

421. . . Virtual channel program form sorting and data inventory index field

423. . . Common media code password field

60,90. . . Cloud service system

601,901. . . First user end

602,902. . . Second user

603,903. . . Third user end

62. . . restaurant

92. . . vehicle

Steps S501~S513 Cloud Service Method Steps

Steps S701~S725 Cloud Service Example Steps

Steps S801~S809 Cloud Service Embodiment Steps

Figure 1 depicts a cloud servo architecture of the prior art;

2 shows the connection relationship between the cloud service system and each terminal of the disclosure;

3 is a schematic diagram of the application of personalized information in the cloud service system of the present disclosure;

4 shows an embodiment of a common media code for the system application described in the disclosure;

FIG. 5 is a flowchart of an embodiment of a cloud service method according to the disclosure; FIG.

6 is a schematic diagram of implementing a restaurant service by using the cloud service system of the disclosure;

The flowchart shown in FIG. 7 relates to a description of steps for implementing various services in the cloud service system of the disclosure;

The flowchart shown in FIG. 8 relates to a process for determining the identity and credits of a user by the cloud service system of the disclosure;

FIG. 9 depicts a schematic diagram of implementing a vehicle boarding service using the present disclosure cloud service system.

30. . . Cloud service system

301. . . Matching module

303. . . Alignment module

31. . . Common media code

32. . . Virtual identity description

33. . . Online credit

35. . . Smart device

305. . . Sorting module

Claims (13)

A multi-functional cloud service method is applied to a cloud service system, and the method includes: accepting a login request of a plurality of users through the network, including confirming the identity of each user according to the information stored in a database; and confirming the identity of each user Afterwards, each user uploads or synchronizes a virtual identity description and a common media code, and temporarily stores it in a storage medium; parses the common media code to confirm that the user needs one or more service items in the cloud service system; The cloud service system performs data exploration according to the information described in the common media code of the plurality of users; the cloud service system repeatedly performs matching by using the data processing means compared to the common media code and the virtual identity description of the plurality of users. And sorting; and according to the matching result and sorting result of the one or more service items, providing a personalized service for each user different from other users. The multi-function cloud service method according to claim 1, wherein the reversely matched personal information further comprises a network credit. The multi-function cloud service method according to claim 2, wherein the step of repeating the personal information to the plurality of users includes comparing the credits of the network credit and describing the virtual identity of each user. Provide different levels of this personalized service. The multi-function cloud service method according to claim 3, wherein after comparing the points of the network credit to the plurality of users, determining whether each user meets a sufficient number of points to obtain a specific Level of service, and notify each user to judge the result. The multi-function cloud service method according to claim 2, wherein, after the personalization service is completed, the personal information modified by the user includes the common media code, the virtual identity description or/and the point of the network credit And stored in the device used by the user or the cloud service system. The multi-function cloud service method according to claim 1, wherein the content of the common media code relates to a device used by each user. The multi-function cloud service method according to claim 6, wherein the common media code is used to indicate a content description and a device type of the device. The multi-function cloud service method of claim 7, wherein the cloud service system utilizes a location-based service to communicate the location of the device and the user. The multi-function cloud service method of claim 1, wherein after the user logs in to the cloud service system, the cloud service system performs the following steps: determining an identity according to each user's virtual identity description, including a server and a consumer; if it is the server, the rating is determined according to the user's network credits; if the consumer is checking the user's network credits, the user is judged Is it eligible to use a specific service? For example, the multi-function cloud service method described in claim 9 is characterized in that the user is classified according to the number of credit points of the network: beginners, observers, members, senior members, professionals, experts, elites, and researchers. expert. The multi-function cloud service method according to claim 1, wherein the common media code includes: an internet address field, a content hyperlink field, and a content attribute field. a content description field, a content provider information field, a content demander information field, a content time information field, a content location information field, a user authentication field, a terminal device authentication field, A virtual channel program form sorting and data inventory index field, and a common media code security code field. A memory medium for storing a code for executing the multi-function cloud service method as described in claim 1 of the patent application. A cloud service system, such as the multi-function cloud service method described in claim 1, wherein the cloud service system connects one or more user terminal devices through a network, the cloud service system includes: a data processor Performing data processing for parsing the common media code uploaded by each end user and the virtual identity description; a database for storing identity data of the plurality of users, the common media code, and the virtual identity description; a matching module, using the data processing means to obtain the common media code of each user and the virtual identity description for data exploration, to obtain a matching result; a comparison module, using the data processing means, according to the matching result Alignment; and a sorting module that produces a ranking based on the alignment result.