CN108512842B - Network application account sharing system facing mobile terminal - Google Patents
Network application account sharing system facing mobile terminal Download PDFInfo
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- CN108512842B CN108512842B CN201810252524.8A CN201810252524A CN108512842B CN 108512842 B CN108512842 B CN 108512842B CN 201810252524 A CN201810252524 A CN 201810252524A CN 108512842 B CN108512842 B CN 108512842B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H04L67/50—Network services
- H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services
Abstract
The invention discloses a mobile terminal-oriented network application account sharing system.A sharing manager is constructed on a sharing account server, receives a network application account application transmitted by a user controller in a mobile terminal, and selects an account and a password meeting requirements from a sharing account pool to distribute to a user by cooperating with the account manager according to the user state and the account category; then the user controller sends the network application APP in the mobile terminal to use the automatic login network application, feeds back the state information whether the user successfully logs in to the user controller and feeds back the state information to the sharing manager; the sharing manager updates the user state according to the user state; meanwhile, the account manager updates the account attribute in the shared account pool according to the state information of whether the account is used successfully or not, so that the sharing of the network application account by the mobile terminal user is realized.
Description
Technical Field
The invention belongs to the technical field of networks, and particularly relates to a mobile terminal-oriented network application account sharing system.
Background
In recent years, sharing the economy is undoubtedly one of the most discussed topics. The charging device is small enough to share a charging treasure, and large enough to share an automobile, and people can share various aspects in continuous development life so as to improve the utilization rate of resources and reduce the single use cost.
However, the current occurrence of sharing is mainly focused on physical sharing. Sharing in virtual space has not emerged as a representative application due to trust, authorization, and recycling issues. In the internet era, for some network application services running on mobile terminals, service providers use different levels of personal accounts to differentiate users to limit the users' access to different types of resources. Although the service provider sets some access limiting conditions, such as the number of devices simultaneously logged in by each account, the number of devices simultaneously accessing the charged content, and the like, between the family and the people familiar to each other, even among strangers, if a trusted third party exists to complete the work of allocating, managing, recycling, and the like of the accounts, the service provider can still share the accounts on the basis of meeting the limiting conditions of the service provider. In addition, we notice that different people have different usage habits, so that different people have different times for using the network application, and the non-overlapping times also enable the account of the network application to have a larger shared space. Within a certain range, if the number of people participating in sharing is more, the sharing chance is larger, but because of the withdrawing of trust and illegal accounts and the like, if no public third-party system is used for effective management, the network application account sharing among strangers is difficult to realize.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a mobile terminal-oriented network application account sharing system, which comprises:
the user controller runs on the mobile intelligent terminal and is used for a user to lift a network application account application to the sharing manager through the user controller; after receiving the allocated account and the allocated password from the sharing manager, the user controller sends the account and the password to the network application APP, and starts the network application APP to automatically log in the network application server; the user controller acquires the state information of whether the account is used successfully or not from the network application APP, feeds back the state information to the sharing manager, and feeds back a user quit message to the sharing manager when the user quits the network application;
the sharing manager runs on the sharing account server and is used for receiving the network application account application from the user controller and sending the application to the account manager together with the user state; after receiving the allocated account and the password from the account manager, forwarding the allocated account and the password to the user controller; receiving state information and a user exit message fed back by a user controller, wherein the state information indicates whether the shared account is successfully used or not, sending the state information and the user exit message to an account manager, and updating the user state according to the state information indicating whether the shared account is successfully used or not; the sharing manager adopts a method of combining history and current state (state information of whether the account is successfully used or not) to evaluate the possibility of accessing the paid content by the user, and divides the user into three states of red, orange and green according to the possibility of accessing the paid content by the user, thereby providing a basis for sharing account allocation;
the account manager runs on the shared account server and is used for receiving the application of the network application accounts and the user states, distributing accounts of different types and corresponding passwords aiming at users in different states (red, orange and green), and feeding back the accounts and the corresponding passwords to the users through the shared manager; meanwhile, if the status information that the shared account is unsuccessfully used is received, the account and the password are redistributed and fed back to the user through the shared manager again, and the account attribute is updated; if the state information that the shared account is successfully used is received, updating the account attribute; when a user exit message is received, recovering an account and a password and updating the account attribute;
the account attributes comprise accounts, passwords, user total number upper limit, user number of access paid content, user number upper limit of access paid content, user number of each state and account category, wherein the user total number is the number of users sharing the account, the value of the user total number is the sum of the user numbers of each state, the user total number upper limit is the maximum user number which allows a service provider to simultaneously share the account to access network application, the user number of access paid content is the user number which shares the account to access paid content, the user number upper limit of access paid content is the maximum user number which allows the service provider to simultaneously share the account to access paid content, the user number of each state is the user number which shares the account in three states of red, orange and green, and the account category is divided into gold, silver, copper and iron;
the account category is determined according to the total number of users and the number of users in each state: if the total number of the users is equal to the upper limit of the total number of the users, the account is in an iron state; the account numbers of gold, silver and copper reflect the intensity of accessing paid content by using the account numbers (determined by the number of users in each state), the intensity of accessing paid content by using a ferrous account number is highest, the account number of silver is centered, and the account number of gold is lowest;
the account manager allocates accounts and passwords of different categories to the users in different states (red, orange and green): firstly, allocating a copper account for a user in a green state, if the copper account is unsuccessful, allocating a silver account, and if the silver account is unsuccessful, allocating a gold account; firstly, allocating a bank account number for the user in the orange state, and if the bank account number is unsuccessful, allocating a gold account number; allocating a gold account number for the user in the red state;
and the shared account pool is used for storing accounts and is composed of a plurality of accounts which can be shared by the user and corresponding account attributes.
The object of the invention is thus achieved.
The invention relates to a mobile terminal-oriented network application account sharing system.A sharing manager is constructed on a sharing account server, receives a network application account application transmitted by a user controller in a mobile terminal, and selects an account and a password meeting requirements from a sharing account pool to distribute to a user by cooperating with the account manager according to the user state and the account category; the user controller sends the information to a network application APP in the mobile terminal, the APP automatically logs in the network application by using an account and a password, and feeds back state information whether the user logs in successfully or not to the user controller, and the user controller feeds back the state information to the sharing manager; the sharing manager updates the user state according to the user state; meanwhile, the account manager updates the account attribute in the shared account pool according to the state information of whether the account is used successfully or not, so that the sharing of the network application account by the mobile terminal user is realized.
In addition, the invention also has the following beneficial effects:
the invention is based on the idea of internet virtual resource time sharing, constructs a credible and high-efficiency network application account sharing system for mobile terminal users by utilizing the technologies of network interaction control, resource dynamic sharing and the like, and optimally uses account resources while meeting the network application sharing access limiting conditions by designing management rules. The sharing management of the account is realized by introducing a third party between the mobile user and the service provider, so that the effective sharing of the network application account among friends, family and strangers is realized, the utilization efficiency of the account is improved, and the use cost is reduced.
Drawings
Fig. 1 is a schematic diagram of an architecture of an embodiment of a mobile terminal-oriented network application account sharing system according to the present invention;
FIG. 2 is a timing diagram illustrating a successful account allocation and recovery process according to the present invention;
Detailed Description
The following description of the embodiments of the present invention is provided in order to better understand the present invention for those skilled in the art with reference to the accompanying drawings. It is to be expressly noted that in the following description, a detailed description of known functions and designs will be omitted when it may obscure the subject matter of the present invention.
Currently, most of network services capable of sharing accounts are provided, a service provider allows each shared account to be shared by a plurality of users, the users can log in to access network application services simultaneously by using the same account, a network service provider (hereinafter referred to as a service provider) limits the number of users (or devices) sharing the same account, and M is used for limiting the number of users (or devices) sharing the same accountuRepresenting the maximum number of users who are allowed to share the same account number and simultaneously log on to access a network application, among which the facilitator allows some users to access paid content simultaneously, we use MvRepresenting the maximum number of users allowed to share the same account while accessing paid service content. MuAnd MvThe value of (c) depends on the limitations of the particular service provider. For example, for an online video playback application, the facilitator allows up to 5 users to log on simultaneously using the same account (i.e., M)u5) and a maximum of 2 users can access the paid content (M) at the same timev2). For simplicity of description, in the present invention, we denote the user accessing the pay content by Vuser, when Mv＝MuIn time, account allocation and sharing are simpler, so the invention mainly aims at Mv<MuThe case (1).
Between family members and between friends, we can share accounts to access network application services on the premise of meeting the limitation of service providers, but because of the trust problem and the difficulty problem of account management and maintenance, account sharing is difficult to realize among unfamiliar people, at this time, if a credible third party is available to provide management work such as authentication of users, account allocation, maintenance, recovery and the like, we can realize account sharing among strangers, so that the use efficiency of accounts is improved and the use cost is reduced, therefore, the invention provides a network application account sharing system facing a mobile terminal.
Fig. 1 is a schematic diagram of an architecture of an embodiment of a mobile terminal-oriented network application account sharing system according to the present invention.
In this embodiment, as shown in fig. 1, the mobile terminal-oriented network application account sharing system of the present invention includes five logic function components, which are respectively: user controller 101, network application APP 102, sharing manager 201, account manager 202, shared account pool 3,. The network application APP is various currently common network application client programs allowing account sharing, the user controller 101 and the network application APP 102 run on the mobile intelligent terminal 1, and the sharing manager 201 and the account manager 202 run on the sharing account server 2.
The user controller 101 is used for a user to lift a network application account application to the sharing manager 201 through the user controller 101; after receiving the allocated account and password from the sharing manager 201, the user controller 101 sends the account and the password to the network application APP 102, and starts the network application APP 102 to automatically log in the network application server 5 through the internet 4 (internet); the user controller 101 obtains the status information of whether the account is successfully used or not from the network application APP 102, and feeds back the status information to the sharing manager 201, and feeds back a user exit message to the sharing manager 201 when the user exits from the network application.
The sharing manager 201 is configured to receive a network application account application and send the application to the account manager 202 together with a user status; after receiving the assigned account and password from the account manager 202, forward them to the user controller 101; receiving status information of whether the shared account is successfully used or not and a user exit message fed back by the user controller 101, sending the status information to the account manager 202, and updating the user status according to the status information of whether the shared account is successfully used or not; the sharing manager 201 adopts a method combining history and current state (state information of whether the account is used successfully or not) to evaluate the possibility of the user to access the paid content, and divides the user into three states of red, orange and green according to the possibility of the user to access the paid content, thereby providing a basis for sharing account allocation;
the account manager 202 is configured to receive a network application account application and a user status, allocate accounts of different categories and corresponding passwords to users in different statuses (red, orange, and green), and feed back the accounts and the corresponding passwords to the users through the sharing manager; meanwhile, if the received status information of whether the shared account is successfully used or not is unsuccessful, the account and the password are redistributed and fed back to the user through the sharing manager again, and the account attribute is updated; if the status information of whether the shared account is successfully used or not is received, updating the account attribute; when a user exit message is received, recovering an account and a password and updating the account attribute;
the account attributes comprise accounts, passwords, user total number upper limit, user number of access paid content, user number upper limit of access paid content, user number of each state and account type, wherein the user total number is the number of users sharing the account, the value of the user total number is the sum of the user numbers of each state, the user total number upper limit is the maximum user number which allows a service provider to simultaneously share the account to access network application, the user number of access paid content is the user number which shares the account to access paid content, the user number upper limit of access paid content is the maximum user number which allows the service provider to simultaneously share the account to access paid content, the user number of each state is the user number which shares the account in three states of red, orange and green, and the account type is divided into four states of gold, silver, copper and iron;
the account category is determined according to the total number of users and the number of users in each state: if the total number of the users is equal to the upper limit of the total number of the users, the account is in an iron state; the gold, silver and bronze accounts reflect the intensity of access to paid content (determined by the number of users in each state) by using the accounts: the intensity of the copper account accessing the paid content is highest, the silver account is centered, and the gold account is lowest;
the account manager allocates accounts and corresponding passwords of different categories to the users in different user states (red, orange and green): firstly, allocating a copper account for a user in a green state, if the copper account is unsuccessful, allocating a silver account, and if the silver account is unsuccessful, allocating a gold account; firstly, allocating a bank account number for the user in the orange state, and if the bank account number is unsuccessful, allocating a gold account number; allocating a gold account number for the user in the red state;
the shared account pool 3 is used for storing accounts and is composed of a plurality of accounts which can be shared by users and corresponding account attributes.
1. Sharing manager
In order to complete the allocation management of the shared account, in this embodiment, the sharing manager maintains a user basic information table, each user has a series of attribute values, and an entry of one user in the user basic information table is as shown in table 1.
| User ID | Cipher code | Device ID | Shared accounts | P value | State (Red, orange, green) |
TABLE 1
User ID: recording the identity of the user, so that the sharing manager can conveniently manage the user;
password: the password for the user to log in the shared account server (the password is different from the password for accessing the network application service), so that the shared manager can conveniently authenticate the user;
device ID: the mobile intelligent terminal equipment identifier used by the user;
sharing account numbers: sharing the account number allocated to the user by the manager, wherein if the user is not currently allocated and logs in a network application server by using the account number, the attribute is Null (NIL);
p value: the possibility that the user accesses the paid content, P is more than or equal to 0 and less than or equal to 1, and the default value is 0.5;
the state is as follows: according to the P value of the user, the state of the user is divided into red, orange and green, wherein the red user has the highest possibility of accessing the paid content, the green is the lowest, and the orange is centered.
As described above, in the present embodiment, the P value is used to evaluate the possibility of the user accessing the paid content, and the sharing manager calculates the P value according to the access condition of the user to the paid content by:
if the user currently accesses the paid content, the instant P value is P’If it is known that the user is not currently accessing the premium content, P is 1’＝0；
The account currently has NuSharing by each user, wherein the number of V users reaches the upper limit M of the number of V usersvBut is not specifically aware of NuWhich users are V users, and the instant P value of each user is P’＝Mv/Nu. For example, if an account currently has 3 users sharing and using, and 2 users accessing paid content (specifically, which user is not known), the probability that each user accesses paid content is P’＝2/3；
If it is completely unknown whether the user is currently accessing the premium content, then P' is set to 0.5 by default, i.e., equal likelihood of being a V user or not.
The sharing manager combines the history with the current state, and adopts a weighted average method to evaluate the possibility of the user to access the paid content, thereby obtaining a P value:
P＝(1-a)*P+a*P’；(1)
in this embodiment, P on the right side of the above equation (1) is a P value before updating, P' is an instantaneous P value, a is a weight (0< a ≦ 1), and the size of a may be determined according to specific implementation. The calculation of the P value combines the historical state and the current state of the user, and the P value of the user can be calculated by adjusting the size of a to give a higher weight to the current state because the current interest of the user can reflect the access preference of the user in a short period.
In the embodiment, the sharing manager divides the user state according to the P value, and gives a threshold value TMAnd TH(TM<TH) We use three states of red, orange and green to represent the possibility of the user accessing the pay content:
red user: satisfies that P is more than or equal to THThe user has a higher probability of accessing paid content;
orange user: satisfy TM≤P<THThe likelihood of a user accessing premium content, etc.;
and (4) green users: satisfy P<TMThe user has a lower probability of accessing the pay content.
2. Account manager
In this embodiment, the account manager manages accounts in an account pool, and for convenience of management, each account has a plurality of attributes for indicating information related to the account, each account corresponds to one group, and a group member is a user who currently shares the account for login.
Table 2 is an example of attributes of shared accounts, each of which contains several attributes: such as account number, password and total number N of usersuUpper limit of total number of users MuNumber N of V usersvUpper limit of V number of users MvThe number of users in various states, the P value, the account number category and the like.
TABLE 2
Account number: a shared account used for logging in the network application service;
password: sharing a password corresponding to the account;
total number of users Nu: the number of users using the account and the password, that is, the number of users who currently share the account and log in at the same time, is the sum of the number of users in various states: n is a radical ofu＝Nr+No+NgAnd N isu≤Mu；
Upper limit of total number of users Mu: the maximum number of users the facilitator is allowed to share the account while accessing the network application;
number N of V usersv: number of users currently sharing the account while accessing paid content, Nv≤MvWhen N is presentvWhen unknown, the default value is Null (NIL);
upper limit of V number of users Mv: a maximum number of users allowed by the facilitator to share the account while accessing the premium content;
number of users in various states: the number of users in red, orange and green states, that is, the number N of red users currently sharing the accountrNumber of orange users NoAnd number of green users Ng；
The sum of P values: the sum of the P values of all users reflects the possibility of the account number being used by the paying user, and generally, the larger the sum of the P values is, the more the total number of users is or the more the number of users accessing the paying content is, otherwise, the less the sum of the P values is;
account number category: the method is divided into four categories of gold, silver, copper and iron, and the division standard is as follows:
the account manager classifies the shared accounts in the account pool, and for each shared account, if the total number of users reaches the service provider limit (N)u＝Mu) The account category identifies the saturation degree of the account and the intensity of the access paid content (determined by the number of users in each state), the saturation degree of gold, silver, copper and iron accounts or the intensity of the access paid content are sequentially increased, so that the possibility of accepting V users is sequentially reduced, and the account meaning of each category is as follows:
iron account number: the account number is saturated, i.e. the total number of users NuEqual to the upper limit M of the total number of usersuNo more users can be accommodated.
Copper account number: the account is not saturated and the intensity of access to paid content is relatively high, accepting green users but not orange and red users. Number N of V users of copper accountvNIL and Nr≥MvThat is, when the number of V users is unknown, the number of red users has reached the upper limit of the number of V users of the service provider; or NvNot equal to NIL and Nv＝MvThat is, when the number of V users is known, the number of V users reaches the upper limit of the number of V users of the service provider. Thus, the account is no longer assigned to users with a medium or high likelihood of accessing premium content (e.g., orange and red users), but green users with a low likelihood of accessing premium content may also be accommodated because the account is not yet saturated.
The silver account number is as follows: account number is not saturated yet, intensity of accessing paid content is moderate, and total number of users NuThe upper limit of the number of V users (i.e. M) has been reachedv≤Nu) Green and orange users may be accommodated, but red users may not. Number N of V users of silver accountvNIL and Nr<Mv≤NuThat is, when the V user is unknown, the number of red users is smaller than the upper limit of the number of V users, and the total number of users has reached the upper limit of the number of V users; or NvNot equal to NIL and Nv<Mv≤NuI.e. number N of V usersvWhen the number of the V users is known, the number of the V users is smaller than the upper limit of the number of the V users, and meanwhile, the total number of the users reaches the upper limit of the number of the V users.
The gold account number: the account number is not saturated, the intensity of accessing paid content is low, and users in various states can be accepted, namely N of the golden account numberu<MvThat is, the total number of users is smaller than the upper limit of the number of V users, so that the user can allocate the account number to the user in any state.
3. Account assignment
The correspondence between each user status user and each category account is shown in table 3.
TABLE 3
The account manager divides the accounts in the account pool into four queues according to the categories of gold, silver, copper and iron, each queue stores accounts of a corresponding category, the accounts in the same queue are arranged from small to large according to the P value, and the P value and the smallest account are arranged at the head of the queue.
In this embodiment, a method for allocating and recovering an account is provided, and a specific account allocation and recovery process is as follows:
(1) the user lifts a network application account application to the sharing manager through the user controller;
(2) the sharing manager receives the application of the network application account number, completes the authentication of the user based on the user basic information in the table 1, if the user is a new user, the new user registration management needs to be completed, the user basic information is added into the table 1, and the P value of the newly registered user is defaulted to 0.5;
(3) the sharing manager sends the user states (red, orange and green) to the account manager, the account manager selects corresponding category accounts from the account pool based on the user states, further selects the P value and the smallest account in the category account queue to be allocated to the user, and sends the allocated accounts and the password to the user controller;
(4) the user controller starts a network application APP, the network application is logged in by using the allocated account and the password, and if the login is successful, the account allocation is successful; if the current user accesses the paid content and the number of the paid users reaches the number V of users, the network application APP fails to access the network application service, and the user controller considers that the account number distribution fails; and the user controller feeds back information about whether the account allocation is successful or not to the sharing manager, the sharing manager and the account manager respectively update the user state and the account attribute, and if the account allocation is failed, the step 3-4 is repeated to re-allocate the account to the user.
And if the user quits the APP, the user controller sends quit information to the sharing manager, the sharing manager and the account manager cooperate to complete account recovery, and the user information and the account attribute are respectively updated.
A typical sequence of successful account assignment and recovery processes is shown in fig. 2.
TABLE 4
In conjunction with the foregoing account assignment process, table 4 is an account assignment sequence based on the user status. In this embodiment, the account allocation method adopted by the account manager depends on the status of the user and the category of the account, and numbers (1), (2) and (3) in table 4 indicate the priority order of account allocation, for example, account (1) is preferentially allocated to the user, when account (1) allocation is unsuccessful and the status of the user changes, account (2) is selected to be allocated to the user, and so on.
And combining the content of the table 4, detailing the steps 3-4 in the account number distribution process: in this embodiment, for users in different user states (red, orange, green), the account with the minimum P value in the accounts of the corresponding category and the account with the minimum P value are selected and allocated to the user, and the specific process is as follows:
(1) allocating account numbers to green users
Because the number of users accessing paid content in the copper account is more, but users not accessing paid content can be accepted, and the possibility of accessing paid content by green users is less, the account manager firstly checks a copper account queue in a shared account pool, and selects a head P value of the queue and the smallest copper account to distribute to the green users;
1.1) if the green user successfully logs in the network application by using the account and the password, the account is considered to be successfully allocated, the user controller feeds back the information to the sharing manager, and the sharing manager updates the attribute information of the user in the table 1, such as the used account, the P value, the state and the like, at this time, because N is already in the copper account before the green user arrivesr≥MvOr Nv＝Mv(the number of red users or the number of V users has reached the upper limit of the number of V users), the sharing manager considers that the green user does not access the paid content currently, otherwise, the user login is likely to fail, so that the instant P value P' of the user is 0 at this time, the P value is updated according to the formula (1), and then the user status is updated. The account manager updates attribute information of the account in table 2, such as total number of users, number of users in various states, P value, account category, etc., and if the copper account is saturated (N)u＝Mu) Then becomes the iron account numberAnd put into the iron account queue;
1.2), if a green user logs in to access paid content by using the account and the number of original V users of the account reaches the maximum limit, the access is failed, at the moment, the account allocation is considered to be failed, the user controller feeds back the information to the sharing manager, because the green user accesses the paid content, the sharing manager updates an instant P value P' to be 1, updates the P value according to a formula (1), then updates the user state (at the moment, the green user is likely to become an orange or red user), and sends the user state to the account manager, and the account manager reallocates the account according to the user state;
(2) assigning an account number to an orange user
The possibility that an orange user accesses paid content is medium, so the account manager firstly checks a silver account queue in the shared account pool, and selects a head P value of the queue and the minimum silver account to distribute to the user;
2.1), if the orange user successfully logs in the network application by using the account and the password, the account is considered to be successfully allocated, the user controller feeds back the information to the sharing manager, the sharing manager updates the attribute information of the user in the table 1, such as the used account, the P value, the user state and the like, at this time, because whether the user currently accesses the paid content is unknown, the instant P value P' is 0.5, the P value is updated according to the formula (1), and then the user state is updated; the account manager updates account attributes in table 2, such as total number of users, number of users in various states, P value, account category and the like, and if the number of red users reaches MvLimiting, wherein the silver account is changed into a copper account, and the account manager removes the copper account from the silver account queue and puts the copper account into the copper account queue;
2.2) if the orange user logs in the account to access the paid content, the access is failed, which shows that the number of V users of the original silver account reaches MvAnd limiting, at this moment, considering account number distribution failure, feeding back the information to the sharing manager by the user controller, informing the account number manager that the account number type in the update table 2 is a bronze account number, moving the account number out of a silver account number queue and placing the account number into the bronze account number queue, and updating the instant P value P 'of the account number member in the update table 1 by the sharing manager'Is Mv/NuMeanwhile, updating the P' of the current application user to 1, updating the P value and the user state of the current user in table 1 (at this time, the orange user is likely to become a red user), and reallocating the account according to the user state;
(3) assigning accounts to users in red
The probability of accessing paid content by a red user is high, in order to ensure successful account allocation, an account manager checks a gold account queue in an account pool, and selects a head P value of the queue and the smallest gold account to allocate to the user;
after the allocation is successful, the sharing manager updates the attribute information of the user in table 1, such as the used account, the P value, the user status, and the like, at this time, since it is unknown whether the user currently accesses the paid content, P' is 0.5, the P value is updated according to formula (1), and then the user status is updated; the account manager updates the attributes of the golden account in table 2, such as the total number of users, the number of users in various states, the P value, the account category and the like, and if the number of red users reaches the maximum V user number limit (N)r＝Mv) If the number of red users is less than the number limit of V users but the total number of users reaches the maximum number limit of V users (namely N)r<Nu＝Mv) If the account number is changed into a bank account number, the account number manager puts the bank account number into a corresponding account number queue according to the account number category change.
In this implementation, the specific process of account recovery is as follows:
when a user accesses the network application and finishes quitting the network application APP, the user controller informs the sharing manager of a user quit message, the sharing manager removes the user from the shared account, sets the shared account corresponding to the user in table 1 as NIL, and simultaneously updates the total number of the user, the number of the users in various states, the P value, the account category and the like of the shared account in table 2, wherein the updating of the account category is carried out according to the division standard of the account category, and the queue where the updated account is located and the position of the updated account in the queue according to the account category and the P value. For example, a shared account corresponds to 4 users (N)u4) where the red, orange and green users are 2, 1 and 1, respectively (N)r＝2,No＝1,Ng＝1)，NvUnknown, the service provider's limit is Mu＝5，Mv2, so the account is currently the bronze account, and when a red user exits, the account will become the silver account (now N is satisfied)v＝NIL and Nr<Mv≤Nu)。
The invention has the following advantages: the invention is based on the idea of internet virtual resource time sharing, constructs a credible and high-efficiency network application account sharing system for mobile terminal users by utilizing the technologies of network interaction control, resource dynamic sharing and the like, and optimally uses account resources while meeting the network application sharing access limiting conditions by designing management rules. The sharing management of the account is realized by introducing a third party between the mobile user and the network service provider, so that the effective sharing of the network application account among friends, family and strangers is realized, the utilization efficiency of the account is improved, and the use cost is reduced.
Although illustrative embodiments of the present invention have been described above to facilitate the understanding of the present invention by those skilled in the art, it should be understood that the present invention is not limited to the scope of the embodiments, and various changes may be made apparent to those skilled in the art as long as they are within the spirit and scope of the present invention as defined and defined by the appended claims, and all matters of the invention which utilize the inventive concepts are protected.
Claims (5)
1. A network application account number sharing system facing to a mobile terminal is characterized by comprising:
the sharing manager runs on the sharing account server and is used for receiving the network application account application from the user controller and sending the application to the account manager together with the user state; after receiving the allocated account and the password from the account manager, forwarding the allocated account and the password to the user controller; receiving state information and a user exit message fed back by a user controller, wherein the state information indicates whether the shared account is successfully used or not, sending the state information and the user exit message to an account manager, and updating the user state according to the state information indicating whether the shared account is successfully used or not; the sharing manager adopts a method combining history and current state to evaluate the possibility of the user to access the paid content, and divides the user into three states of red, orange and green according to the possibility of the user to access the paid content, thereby providing a basis for sharing account allocation;
the account manager runs on the shared account server and is used for receiving the application of the network application accounts and the user states, distributing accounts of different types and corresponding passwords aiming at the users of different states and feeding back the accounts and the corresponding passwords to the users through the shared manager; meanwhile, if the status information that the shared account is unsuccessfully used is received, the account and the password are redistributed and fed back to the user through the shared manager again, and the account attribute is updated; if the state information that the shared account is successfully used is received, updating the account attribute; when a user exit message is received, recovering an account and a password and updating the account attribute;
the account attributes comprise accounts, passwords, user total number upper limit, user number of access paid content, user number upper limit of access paid content, user number of each state and account category, wherein the user total number is the number of users sharing the account, the value of the user total number is the sum of the user numbers of each state, the user total number upper limit is the maximum user number which allows a service provider to simultaneously share the account to access network application, the user number of access paid content is the user number which shares the account to access paid content, the user number upper limit of access paid content is the maximum user number which allows the service provider to simultaneously share the account to access paid content, the user number of each state is the user number which shares the account in three states of red, orange and green, and the account category is divided into gold, silver, copper and iron;
the account category is determined according to the total number of users and the number of users in each state: if the total number of the users is equal to the upper limit of the total number of the users, the account is an iron account; the gold account, the silver account and the copper account reflect the intensity of accessing the paid content by using the account, the intensity of accessing the paid content by using the copper account is highest, the silver account is centered, and the gold account is lowest;
the account manager distributes accounts and passwords of different categories to the users in different states: firstly, allocating a copper account for a user in a green state, if the copper account is unsuccessful, allocating a silver account, and if the silver account is unsuccessful, allocating a gold account; firstly, allocating a bank account number for the user in the orange state, and if the bank account number is unsuccessful, allocating a gold account number; allocating a gold account number for the user in the red state;
and the shared account pool is used for storing accounts and is composed of a plurality of accounts which can be shared by the user and corresponding account attributes.
2. The network application account sharing system according to claim 1, wherein the user status is divided according to the level of the value P, and a threshold T is givenMAnd TH，TM<THAnd then:
red user: satisfies that P is more than or equal to THThe likelihood that the user will access the premium content is high,
orange user: satisfy TM≤P<THThe likelihood of a user accessing premium content, etc.,
and (4) green users: satisfy P<TMThe user has a low probability of accessing paid content;
wherein, the P value is the possibility of the user to access the paid content, and the P value is:
P＝(1-a)*P+a*P’； (1)
p on the right side of the formula (1) is a P value before updating, P' is an instant P value, a is a weight, a is more than 0 and less than or equal to 1, and the size of a can be determined according to specific implementation conditions;
if the user is known not to access the paid content currently, the value P' is 0;
the account currently has NuSharing by each user, wherein the number of V users reaches the upper limit M of the number of V usersvBut is not specifically aware of NuWhich users are V users, and the instant P value of each user is P' ═ Mv/Nu；
If it is completely unknown whether the user is currently accessing the premium content, then P' is set to 0.5 by default.
3. The network application account sharing system according to claim 1, wherein the account classification criteria is:
iron account number: represents the total number of users NuEqual to the upper limit M of the total number of usersuNo longer can accommodate any users;
copper account number: represents the total number of users NuLess than the upper limit M of the total number of usersuThe intensity of accessing paid content is relatively high, so that a green user can be accepted, but orange and red users cannot be accepted, at this time, when the number of the V users is unknown, the number of the red users reaches the upper limit of the number of the V users of a service provider, or when the number of the V users is known, the number of the V users reaches the upper limit of the number of the V users of the service provider;
the silver account number is as follows: represents the total number of users NuLess than the upper limit M of the total number of usersuThe intensity of accessing paid content is moderate, green users and orange users can be accepted, but red users are not accepted, at the moment, when the V users are unknown, the number of the red users is smaller than the upper limit of the number of the V users, and meanwhile, the total number of the users reaches the upper limit of the number of the V users, or the number N of the V usersvWhen the number of the V users is known, the number of the V users is smaller than the upper limit of the number of the V users, and meanwhile, the total number of the users reaches the upper limit of the number of the V users;
the gold account number: represents the total number of users NuLess than the upper limit M of the number of V usersVVarious user status users may be accommodated.
4. The network application account sharing system according to claim 1, wherein the account attribute further includes a sum of P values, which represents a sum of P values of users sharing the account;
and in the distribution process, for the accounts of the same category, selecting the account with the minimum P value and distributing the account to the user.
5. The network application account sharing system according to claim 2, wherein the allocation of different categories of accounts and passwords to the users in different user states is:
(1) allocating account numbers to green users
Firstly, checking copper account numbers in a shared account number pool, and selecting a P value and the smallest copper account number to distribute to green users;
1.1), if the green user successfully logs in the network application by using the account and the password, the account is considered to be successfully allocated, the user controller feeds back the information to the sharing manager, the sharing manager updates the attribute information of the user, at the moment, the instant P value P' is 0, the P value is updated according to the formula (1), and then the user state is updated; the account manager updates the attribute information of the account, and if the copper account is saturated, the copper account is changed into an iron account;
1.2), if a green user logs in to access paid content by using the account and the number of original V users of the account reaches the maximum limit, the access will fail, at the moment, the account allocation is considered to fail, the sharing manager updates an instant P value P' to 1, updates the P value according to a formula (1), then updates the user state, and sends the user state to the account manager, and the account manager reallocates the account according to the user state;
(2) assigning an account number to an orange user
Firstly, checking the silver accounts in a shared account pool, and selecting the silver account with the minimum P value and distributing the silver account to a user;
2.1), if the orange user successfully logs in the network application by using the account and the password, the account is considered to be successfully allocated, the user controller feeds back the information to the sharing manager, the sharing manager updates the attribute information of the user, at the moment, the instant P value P' is 0.5, the P value is updated according to the formula (1), and then the user state is updated; the account manager updates account attributes, and if the number of red users reaches MvLimiting, the silver account number to become a bronze account number;
2.2) if the orange user logs in the account to access the paid content, which results in access failure, the account allocation is considered to be failed, the account manager updates the account type to be the copper account, and the sharing manager updates the instant P value P' of the account member to be Mv/NuMeanwhile, updating the P' of the current application user to be 1, the P value and the user state of the current user, and reallocating the account according to the user state;
(3) assigning accounts to users in red
Checking the gold account numbers in the account number pool, and selecting the P value and the smallest gold account number to be distributed to the user;
after the successful allocation, the sharing manager updates the attribute information of the user, at this time, because whether the user accesses the paid content currently is unknown, P' is 0.5, the P value is updated according to the formula (1), and then the user state is updated;
the account manager updates the attribute of the golden account;
the recovery of the account is as follows:
when a user accesses the network application and finishes quitting the network application APP, the user controller informs the sharing manager of a user quit message, the sharing manager removes the user from the shared account, sets the shared account corresponding to the user to be empty, and simultaneously updates the total number of the user of the shared account, the number of users in various states, the P value and the account category, wherein the account category is updated according to the division standard.
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| JP2004227467A (en) * | 2003-01-27 | 2004-08-12 | Nec Soft Ltd | Account management system |
| CN102137067A (en) * | 2010-01-26 | 2011-07-27 | 上海美你德软件有限公司 | Method and system for sharing online subscription accounts in online community |
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