CN115664835A - Spring Cloud's face identification intelligence house use system based on little service architecture - Google Patents
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Abstract
The invention discloses a Spring Cloud face recognition intelligent home use system based on a micro-service architecture, which belongs to the technical field of intelligent home systems and comprises the following steps: the system comprises a registration module, a role authentication and authorization module, a user database, a user role database and a user authority database, wherein an information input and output interface of the registration module is connected with the registration module; the invention adopts the Spring Cloud framework in the micro-service architecture, decomposes the system into each relatively independent micro-service, has better expansibility and reduces the coupling degree among each service module. The service module of the system comprises: the system comprises a role authentication authorization service, a role management service, a room management service and a system management service, and avoids the phenomena of faults, jamming and the like when a certain family member user and another family member user issue different operation instructions to a certain household in the same room.
Description
Technical Field
The invention belongs to the technical field of home intelligent systems, and particularly relates to a Spring Cloud face recognition intelligent home using system based on a micro-service framework.
Background
In the current society, the intelligent home is greatly convenient for people to use, and can be used for the intelligent home through a mobile phone when people go out to work and study. Taking a timer as an example, a user can set the automatic on/off time of some products in advance through an intelligent device, such as 10:30, the heating is started, and the step 22. The final purpose of the smart home is to make the home more comfortable, more convenient, safer and more environment-friendly. With the continuous development of human consumption demand and house intelligence, today's smart home systems have richer contents, and the system configuration is more and more complex. The following problems result: 1. the use of these products by the elderly and young children in the home can be problematic, for example: the household is subjected to misoperation, or some households are forgotten to be closed after use when no one is in the households. 2. The potential safety hazard is more, and the information security system has a leak. The owner's information may be misappropriated. On the one hand they may cause your living room door to be wide-open; on the other hand, the safety of the current intelligent household equipment is poorer.
Disclosure of Invention
To solve the problems raised in the background art described above. The invention provides a Spring Cloud face recognition intelligent household use system based on a micro-service framework, which has the characteristics of being suitable for complex and variable conditions in the intelligent household system process, being diversified and improving the use safety of intelligent household.
In order to achieve the purpose, the invention provides the following technical scheme: a Spring Cloud face recognition intelligent home use system based on a micro-service architecture comprises: the system comprises a login module 4, wherein a user enters the login module 4 through a family member user terminal 1 through a gateway 2, an information input and output port of the login module 4 is connected with a registration module 3 and a role authentication and authorization module 5, and an information input and output port of the role authentication and authorization module 5 is connected with: the system comprises a user database 6, a user role database 7, a user authority database 8, a role management micro-service 9, a room management micro-service 10 and a system management micro-service 11, wherein information input and output ports of the role management micro-service 9, the room management micro-service 10 and the system management micro-service 11 are connected with the user database 6, the user role database 7 and the user authority database 8, information input and output ports of the role management micro-service 9 and the room management micro-service 10 are simultaneously connected with the system management micro-service 11, and information input and output ports of the role management micro-service 9, the room management micro-service 10 and the system management micro-service 11 are also connected with a gateway 2.
The user database 6 stores the number of users in the system, the user role database 7 stores roles of the users in the system, and the user permission database 8 stores that the users in the system have different operation permissions for different households and perform different operations for the same household due to different roles.
Specifically, the role management microservice 9 includes: the family role information input module 91, the family role purchase family information input module 92, the family role use information query module 93, the face recognition and camera module (97) and the role management micro-service operation module 94 are connected with the information input and output ports of the authentication authorization module 5, the family role purchase family information input module 92, the family role use information query module 93, the face recognition and camera module (97) are connected with the role management micro-service operation module 94, the role management micro-service operation module 94 is connected with the information input and output ports of the user database 6, the user role database 7, the user permission database 8, the gateway 2, the family purchase information database 95 and the role use information database 96.
The family role information entry module 91 is used for entering family member information and entering roles and role authorities thereof by a system administrator, and the family role purchase home information entry module 92 is used for entering new home information of a family member user into the system when the family member user purchases new home. The family role use information query module 93 is used for querying which person in family members performs what kind of operation on which kind of home, the face recognition and camera module (97) needs to perform face verification when users log in the system and operate some homes, the home purchase information database 95 stores home information purchased by the users, and the role use information database 96 stores which person in the family members performs what kind of operation on which kind of home.
Specifically, the room management microservice 10 includes: the system comprises a room selection module 101, a room information module 103, a room home operation module 107, a monitoring module 106, a room management micro-service operation module 102, a room information database 104 and a room home information state database 105 which are connected with an information input and output port of an authentication authorization module 5, wherein the room selection module 101, the room information module 103, the room home operation module 107 and the information input and output port of the monitoring module 106 are also connected with the room management micro-service operation module 102, and the information input and output port of the room management micro-service operation module 102 is simultaneously connected with a gateway 2.
The room selection module 101 is used for a user to select a room, the room information module 103 is used for the user to check home use information in each room, the room home operation module 107 is used for operating home in the room after the user checks the room information and selects the room, the monitoring module 106 monitors the home, and the room information database 104 stores environment information of each room. The in-room home information state database 105 stores home information in each room.
Specifically, the system management microservice 11 includes: the function management module 111, the user authority module 112, the user priority module 113, the user role management module 114, the operation log management module 115 and the system management side micro-service operation module 117 are respectively connected with the information input and output ports of the authentication authorization module 5, and the information input and output ports of the system management side micro-service operation module 117 are respectively connected with the gateway 2, the operation log database 116, the function management module 111, the user authority module 112, the user priority module 113, the user role management module 114, the operation log management module 115, the role management micro-service 9 and the room management micro-service 10.
The function management module 111 manages each function of the system, and may add, delete, or modify functions for subsequent users, the user authority module 112 grants different home operation authorities according to different user roles, the user priority module 113, when different users operate the same home, makes the home perform operations of roles with high priority according to the priority of the user authorities, the user role management module 114 grants different roles to different users by the administrator at the highest level of the system, and the operation log management module 115 and the operation log database 116 are used for viewing system operation logs and storing system log information.
The invention has the beneficial effects that:
1. the invention adopts a Spring Cloud framework in a micro-service architecture to divide a single intelligent home into a plurality of micro-service subsystems, including authentication authorization management service, role management service, room management service, system management service and the like, thereby avoiding the complexity in the future when the functions are expanded.
2. Based on the advantages of the micro-service architecture, the response time of the whole system is improved. The load balance of the micro-service cluster is realized by utilizing a Ribbon component in Spring Cloud, and a Hystrix fusing mechanism prevents a single service module from having problems so as to cause the avalanche phenomenon of the whole system.
3. The invention adopts face recognition, and can be carried out only after face recognition when a home user operates the home after logging in, thereby avoiding being stolen by other people, stealing information and the like and providing use safety.
Drawings
FIG. 1 is an overall framework diagram of a human face recognition smart home system based on a micro-service architecture according to the present invention;
FIG. 2 is a block diagram of a role management microservice of the present invention;
FIG. 3 is a block diagram of a room management microservice of the present invention;
FIG. 4 is a block diagram of a system management microservice of the present invention;
in the figure: 1. a family member user terminal; 2. a gateway; 3. a registration module; 4. a login module; 5. a role authentication authorization module; 6. a user database; 7. a user role database; 8. a user rights database; 9. role management microservice: 91. a family role information input module; 92. a home information input module for home character purchase; 93. the family role uses the information inquiry module; 94. a role management microservice operation module; 95. a home purchase information database; 96. a family role use information database; 97. a face recognition and camera module; 10. Room management microservice: 101. a room selection module; 102. a room management micro-service operation module; 103. a room information module; 104. a room information database; 105. a home state information database; 106. a monitoring module; 107. a room home operation module; 11. system management microservice: 111. a function management module; 112. a user authority module; 113. a user priority module; 114. a user role management module; 115. an operation log management module; 116. an operation log database; 117. and the system management end micro-service operation module.
Detailed Description
The technical solution of the present invention will be made clear and complete by the following embodiments in conjunction with the attached drawings
In a complete description, it is clear that the examples described are only a few examples of the invention, not all examples. All other examples, which can be obtained by a person skilled in the art without making any creative effort based on the examples in the present invention, belong to the protection scope of the present invention.
Example 1: referring to fig. 1 to 4, a Spring Cloud face recognition smart home using system based on micro-service architecture includes: the login module 4, when the user enters the login module 4 through the gateway 2 through the family member user terminal 1, the information input and output port of the login module 4 is connected with the registration module 3 and the role authentication authorization module 5, and the information input and output port of the role authentication authorization module 5 is connected with: the system comprises a user database 6, a user role database 7 and a user authority database 8, wherein the information input and output ports of the role authentication authorization module 5 are connected with a role management micro-service 9, a room management micro-service 10 and a system management micro-service 11, and the information input and output ports of the registration module 3 are connected with the login module 4. Information input and output ports of the role management micro-service 9, the room management micro-service 10 and the system management micro-service 11 are connected with the user database 6, the user role database 7, the user authority database 8 and the authentication and authorization module 5. The user database 6 stores the number of users of the system. The user role database 7 stores the roles of users in the system, for example: male owners, female owners, the elderly, children, etc. The user authority database 8 stores that the users in the system have different operation authorities for different houses due to different roles and different operations can be performed on the same house. The information input and output ports of the role management micro-service 9 and the room management micro-service 10 are connected to the system management micro-service 11. The information input and output ports of the role management microservice 9, the room management microservice 10 and the system management microservice 11 are also connected to the gateway, and the performed operations and information are transmitted to the gateway, and then the gateway feeds back the information to the user terminals of the family members.
The role management microservice 9 includes: the home role information input module 91, the home role purchasing home information input module 92, the home role use information inquiry module 93 and the face recognition and camera module 97 are connected with the information input and output ports of the authentication authorization module 5. The family role information entry module 91 is used for a system administrator to enter family member information and to enter roles and role authorities of the family member information. The family character purchase home information entry module 92 is used for entering new home information of the family member user into the system when the family member user purchases new home. The family character use information query module 93 may query which person in the family member performs what kind of operation on which home. The face recognition and camera module 97 needs to perform face verification when the user logs in the system and operates some homes. The information input and output ports of the family role information input module 91, the family role purchase home information input module 92, the family role use information query module 93 and the face recognition and camera module 97 are connected with a role management micro-service operation module 94. The information input and output ports of the family role information input module 91, the family role purchase home information input module 92, the family role use information query module 93 and the face recognition and camera module 97 are connected with a role management micro-service operation module 94. The information input port and the information output port of the role management micro-service operation module 94 are connected with the user database 6, the user role database 7 and the user authority database 8. The information input and information output port of the role management microservice operating module 94 is connected with a home purchase information database 95 and a role use information database 96. The home purchase information database 95 stores home information purchased by a user, and the character use information database 96 stores which person among the family members performs which operation on which home. The information input and output ports of the role management micro-service operation module 94 are connected with an authentication authorization module 5, and the information input and output ports of the authentication authorization module 5 are connected with a user database 6, a user role database 7 and a user authority database 8. The information input and output ports of the role authentication authorization module 5 are connected with a system management micro-service 11.
The room management microservice 10 includes: a room selection module 101, a room information module 103, a room home operation module 107 and a monitoring module 106 which are connected with the information input and output ports of the authentication and authorization module 5. The room selection module 101, the room information module 103, the room home operation module 107 and the monitoring module 106 are connected to the room management micro-service operation module 102 via information input and output ports. The room information database 10 and the room information state database 105 are connected to the information input and output ports of the room management microservice operating module 102. The information input and output port of the room management micro-service operation module 102 is connected with an authentication authorization module 5, and the information input and output port of the role authentication authorization module 5 is connected with a system management micro-service 11.
The system management microservice 11 includes: the system management microservice 11 includes: and the function management module 111, the user authority module 112, the user priority module 113, the user role management module 114 and the operation log management module 115 are respectively connected with the information input and output ports of the authentication authorization module (5). The function management module 111 manages each function of the system, and can add, delete or modify the function for subsequent users. The user authority module 112 grants different home operation authorities according to different user roles. When different users operate the same home, the user priority module 113 enables the home to execute the operation of the role with the high priority according to the priority of the user authority. User role management module 114 grants different roles to different users by the system administrator. The operation log management module 115 and the operation log database 116 view the system operation log and store the system log information. The information input and output ports of the function module management module 111, the user authority module 112, the user priority module 113, the user role management module 114 and the operation log management module 115 are connected with a system management side micro-service operation module 117 and a role authentication authorization module 5. The information input and output ports of the system management side micro-service operation module 117 are respectively connected with the operation log database 116, the role management micro-service 9 and the room management micro-service 10.
The gateway 2, the role management micro-service operation module 94, the room management micro-service operation module 102 and the system management micro-service operation module 118 are connected with the gateway 2 through information input and output ports.
A family member user terminal 1 connected with the gateway 2.
The working principle of the invention is as follows: if the system is used in the family for the first time, firstly, login is carried out at a user terminal of a family member, a login module 4 selects to jump to a registration module 3, role management micro-service 9 carries out system registration, face information is required to be input during registration, the registered role information is transmitted to an authentication and authorization module 5, the authentication and authorization module 5 stores user information and authority into a user database 6, a user role database 7 and a user authority database 8, an administrator with the highest authority of the system carries out checking and authorization on the stored information and authority, and the information is added into the user database 6, the user role database 7 and the user authority database 8.
If user rights have been previously obtained in the system, i.e. not for the first login. Firstly, logging is carried out through a logging module 4, a portrait needs to be verified during logging, logged information is transmitted to an authentication authorization module 5, the authentication authorization module 5 extracts data in a user database 6, a user role database 7 and a user authority database 8 to carry out identity and authority authentication, the authentication result is the highest administrator and user of the system, the highest administrator can automatically jump to a function management module 111, a user authority module 112, a user priority module 113, a user role management module 114 and an operation log management module 115, the highest administrator can enable or disable functions of a certain household in a room through the function management module 111, user roles can be authorized through the user authority module, the authority of an independent user can be authorized for a certain household alone, when different operation instructions are issued by the user priority module 113 for a family member for the same household, the household is operated according to the priority of the authority, the user of the system is authorized and prioritized through the user role management module 114, and the use condition is checked through the operation log management module 115.
If the user is a child among family members, because the age of the user is still small, the risk of some household can not be judged, so that the highest administrator of the system in the system can limit the authority and control the authority in priority.
When the user is a family member and has the use authority of all homes, after the user logs in, if a new home is purchased, home information of the user can be input into the system. If the system is used for other households, the use information and the users of the system are automatically backed up.
After the user logs in, the user can select a room to carry out home operation. After selecting a room, the room information may be viewed, for example: temperature, humidity, etc. The household in the room can be operated, and the room can be checked through the monitoring module.
The insecurity of the furniture system is optimized, if the program is invaded or when a mobile terminal connected with the system is picked up by others, the user firstly needs to log in the system according to the method, face recognition is needed during logging, the system opens the face recognition and camera module 97 at the moment, and the face information in the user database 6 is extracted for verification.
Although examples of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these examples without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The utility model provides a face identification intelligence house use system of Spring Cloud based on little service architecture which characterized in that includes: login module (4), the user passes through gateway (2) through family member user terminal (1) and gets into login module (4), and the information input and the output port of login module (4) are connected with registration module (3) and role authentication authorization module (5), and the information input and the output port of role authentication authorization module (5) are connected with: the system comprises a user database (6), a user role database (7), a user authority database (8), a role management micro-service (9), a room management micro-service (10) and a system management micro-service (11), wherein information input and output ports of the role management micro-service (9), the room management micro-service (10) and the system management micro-service (11) are connected with the user database (6), the user role database (7) and the user authority database (8), information input and output ports of the role management micro-service (9) and the room management micro-service (10) are simultaneously connected with the system management micro-service (11), and information input and output ports of the role management micro-service (9), the room management micro-service (10) and the system management micro-service (11) are also connected with a gateway (2).
2. The Spring Cloud based face recognition intelligent home use system based on the micro-service architecture according to claim 1, characterized in that: the user database (6) stores the number of users in the system, the user role database (7) stores the roles of the users in the system, and the user permission database (8) stores that the users in the system have different operation permissions for different households and perform different operations for the same household due to different roles.
3. The Spring Cloud face recognition intelligent home use system based on the micro-service architecture according to claim 1, characterized in that: the role management microservice (9) comprises: the system comprises a family role information input module (91) connected with an information input and output port of an authentication authorization module (5), a family role purchase home information input module (92), a family role use information query module (93), a face recognition and camera module (97) and a role management micro-service operation module (94), wherein the information input and output ports of the family role information input module (91), the family role purchase home information input module (92), the family role use information query module (93) and the face recognition and camera module (97) are connected with the role management micro-service operation module (94), and the information input and output ports of the role management micro-service operation module (94) are connected with a user database (6), a user role database (7), a user permission database (8), a gateway (2), a home purchase information database (95) and a role use information database (96).
4. The Spring Cloud based face recognition intelligent home use system based on micro-service architecture according to claim 3, characterized in that: family member information is typeeed by system administrator to family role information type module (91), type its role, the role authority, family role purchase house information type module (92) is arranged in when family member user buys new house, in the new house information type system with it, family role use information inquiry module (93) are used for inquiring which person has carried out what kind of operation to which kind of house among the family member, face identification and camera module (97) are when user login system and when operating some house, need carry out face authentication, house purchase information database (95) are storing the house information that the user purchased, which person has carried out what kind of operation to which kind of house in the family member is being stored to role use information database (96).
5. The Spring Cloud face recognition intelligent home use system based on the micro-service architecture according to claim 1, characterized in that: the room management microservice (10) comprises: the system comprises a room selection module (101), a room information module (103), a room home operation module (107), a monitoring module (106), a room management micro-service operation module (102), a room information database (104) and a room home information state database (105), wherein the room selection module (101), the room information module (103), the room home operation module (107) and the monitoring module (106) are connected with the room management micro-service operation module (102) through information input and output ports, and the information input and output ports of the room management micro-service operation module (102) are simultaneously connected with a gateway (2).
6. The Spring Cloud face recognition intelligent home use system based on the micro-service architecture according to claim 5, characterized in that: the room selection module (101) is used for a user to select a room, the room information module (103) is used for the user to check home use information in each room, the room home operation module (107) is used for operating home in the room after the user checks the room information and selects the room, the monitoring module (106) monitors the home, the room information database (104) stores environment information of each room, and the home information state database (105) in the room stores home information in each room.
7. The Spring Cloud based face recognition intelligent home use system based on the micro-service architecture according to claim 1, characterized in that: the system management microservice (11) comprises: the system comprises a function management module (111), a user authority module (112), a user priority module (113), a user role management module (114), an operation log management module (115) and a system management end micro-service operation module (117), wherein the function management module (111), the user authority module (112), the user priority module (113), the user role management module (114), the operation log management module (115), the role management micro-service (9) and the room management micro-service (10) are respectively connected with the information input and output ports of the system management end micro-service operation module (117).
8. The Spring Cloud face recognition intelligent home use system based on the micro-service architecture according to claim 7, characterized in that: the function management module (111) manages each function of the system, functions can be added or deleted or modified by subsequent users, the user authority module (112) grants different home operation authorities according to different user roles, the user priority module (113) enables the home to execute operations of roles with high priority according to the priorities of the user authorities when different users operate the same home, the user role management module (114) grants different roles to different users by a highest administrator of the system, and the operation log management module (115) and the operation log database (116) are used for viewing system operation logs and storing system log information.
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| CN113783719A (en) * | 2021-08-16 | 2021-12-10 | 佛山科学技术学院 | Internet of things data collection system, method and medium based on micro-service |
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