CN106792629B - A smart card data system and using method - Google Patents
A smart card data system and using method Download PDFInfo
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- CN106792629B CN106792629B CN201510851504.9A CN201510851504A CN106792629B CN 106792629 B CN106792629 B CN 106792629B CN 201510851504 A CN201510851504 A CN 201510851504A CN 106792629 B CN106792629 B CN 106792629B
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- smart card
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
- H04W8/183—Processing at user equipment or user record carrier
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/06—Authentication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
- H04W8/20—Transfer of user or subscriber data
- H04W8/205—Transfer to or from user equipment or user record carrier
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- Computer Networks & Wireless Communication (AREA)
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Abstract
本发明涉及一种智能卡数据系统，包括：智能卡丛集单元可安装多个智能卡；智能卡中继服务运算单元为快取服务分配的服务单元；智能卡服务入口站台根据各自智能卡中继服务运算单元的快取区状态决定将使用者导向对应智能卡中继服务运算单元；智能卡互动码资料库包括多个智能卡互动码；终端装置通过智能卡中继服务运算单元与智能卡授权交接。与现有技术相比，本发明智能卡服务入口站台根据智能卡中继服务运算单元快取区状态决定将使用者导向对应智能卡中继服务运算单元，根据终端装置需求从智能卡丛集单元中配合选择一智能卡对应到智能卡互动码资料库中的互动码以对终端装置进行认证服务或下载，使大量使用者同时连接使用，减少运作延迟及流量浪费。
The invention relates to a smart card data system, comprising: a smart card cluster unit can install multiple smart cards; a smart card relay service computing unit is a service unit allocated for a cache service; a smart card service entrance platform is based on the cache of the respective smart card relay service computing units The zone state decision guides the user to the corresponding smart card relay service computing unit; the smart card interaction code database includes a plurality of smart card interaction codes; the terminal device authorizes the handover with the smart card through the smart card relay service computing unit. Compared with the prior art, the smart card service entrance platform of the present invention determines to guide the user to the corresponding smart card relay service computing unit according to the state of the smart card relay service computing unit cache area, and selects a smart card from the smart card cluster units according to the needs of the terminal device. Corresponding to the interactive code in the interactive code database of the smart card, the terminal device can be authenticated or downloaded, so that a large number of users can connect and use at the same time, thereby reducing operation delay and traffic waste.
Description
Technical Field
The invention belongs to the field of communication, and particularly relates to a smart card data system and a using method thereof.
Background
A service sharing system is known, which includes a user identification information database to store user identification information to be shared; the system comprises a scheduling management system and a service access device, wherein the scheduling management system selects proper user identification information from a user identification information database to be distributed to users according to the position of a user terminal and the type of requested service, the service access device is used for communicating with the scheduling management system to obtain the user identification information distributed by the scheduling management system, and the user identification information distributed by the scheduling management system is communicated with a corresponding operation service provider system to obtain the service requested by the users, such as cross-country and cross-network access service.
Therefore, there is a need to design a smart card data system to solve the above problems.
Disclosure of Invention
In order to overcome the above technical problems, the present invention provides a smart card data system and a method for using the same, which better handle a large number of users connecting to a service simultaneously, and reduce operation delay and save traffic.
The technical scheme adopted by the invention is an intelligent card data system, which comprises: a plurality of smart card cluster units, which are devices capable of installing a plurality of smart cards; the intelligent card relay service operation units are service units with a cache service distribution function and perform interaction with the intelligent card cluster unit through physical or network interfaces; a plurality of smart card service entry stations for directing users to corresponding smart card relay service operation units according to the cache area state of each smart card relay service operation unit; at least one smart card interactive code database, which comprises a plurality of smart card interactive codes, wherein the smart card interactive codes are information which can be obtained by storing some fixed or not actually accessing the smart card when the smart card is subjected to encryption authorization handover; and a plurality of terminal devices which perform authorized handover between the smart card and the smart card through the smart card relay service operation unit.
Furthermore, the intelligent card cluster unit is provided with an intelligent card cluster controller which can be connected with other devices through serial, parallel or packet type physical or network to carry out intelligent card authorization service and mediate authorization services of a plurality of intelligent cards at the same time.
Furthermore, the intelligent card interactive code database correspondingly distributes a virtual intelligent card on the terminal device, and the intelligent card interactive code is downloaded to the terminal device by the server.
Further, the smart card service entry platform directs the terminal device remotely requesting service to at least one of the smart card relay service computing units for service distribution.
Furthermore, the intelligent card service entrance platform guides the terminal device to a specific intelligent card relay service operation unit to carry out the access operation of a specific intelligent card through the accessed quick access information in the intelligent card relay service operation unit.
Furthermore, the terminal device is a communication technology module with 2G, 2.xG, 3G, 3.xG, 4G, 4.xG and other newer generations which need the smart card to carry out interaction authorization and can carry out wireless internet access.
The invention also provides a use method of the intelligent card data system, which comprises the following steps: step 1: firstly, establishing a cloud service architecture, wherein the cloud service architecture consists of a smart card service entrance platform, a smart card relay service operation unit, a smart card slave unit and a smart card interaction code database; step 2: connecting a terminal device to the smart card service entrance station; and step 3: the intelligent card service entrance platform determines to guide the user to the corresponding intelligent card relay service operation unit according to the cache area state of the respective intelligent card relay service operation unit, and the intelligent card relay service operation unit cooperatively selects an intelligent card from the intelligent card cluster unit according to the requirement of the terminal device so as to correspond to the interactive code in the intelligent card interactive code database or the intelligent card information and the intelligent card interactive code which exist in the cache area of the intelligent card, and then performs authentication service or required information downloading service on the terminal device.
Compared with the prior art, the smart card data system and the use method thereof guide the user to the corresponding smart card relay service operation unit through the smart card service entrance platform according to the cache area state of the respective smart card relay service operation unit, simultaneously the smart card relay service operation unit cooperatively selects a smart card from the smart card cluster unit according to the requirement of the terminal device so as to correspond to the interactive code in the smart card interactive code database or the smart card information and the smart card interactive code which exist in the cache area, and then performs authentication service or required information downloading service on the terminal device, so that a large number of users can simultaneously and quickly connect and use the service, and the operation delay and the flow waste are reduced.
Drawings
FIG. 1 is a diagram of a smart card data system of the present invention.
Detailed Description
The invention is further described with reference to the following figures and examples.
As shown in fig. 1, the present invention is a smart card data system, which includes: the intelligent card slave set unit, the intelligent card relay service operation unit, the intelligent card service entrance platform, the intelligent card interactive code database and the terminal device.
A plurality of smart card cluster units, which are devices capable of installing a plurality of smart cards; the intelligent card cluster unit is provided with an intelligent card cluster controller which can be connected with other devices through serial, parallel or packet physical or network to carry out intelligent card authorization service and mediate authorization services of a plurality of intelligent cards.
The intelligent card relay service operation units are service units with a cache service distribution function and perform interaction with the intelligent card cluster unit through physical or network interfaces; the quick access service of the intelligent card relay service operation unit is to allocate a quick access memory space in the intelligent card relay service operation unit.
A plurality of smart card service entry platforms which guide users to corresponding smart card relay service arithmetic units according to the cache area state of each smart card relay service arithmetic unit, and guide terminal devices of remote service request to at least one smart card relay service arithmetic unit for service distribution; the intelligent card service entrance platform guides the terminal device to a specific intelligent card relay service operation unit to carry out the access operation of a specific intelligent card through the accessed quick access information in the intelligent card relay service operation unit.
At least one smart card interactive code database, which comprises a plurality of smart card interactive codes, wherein the smart card interactive codes are information which can be obtained by storing some fixed or not actually accessing the smart card when the smart card is subjected to encryption authorization handover; the intelligent card interactive code database is correspondingly distributed with a virtual intelligent card at the terminal device, and the intelligent card interactive code is downloaded to the terminal device by the server.
A plurality of terminal devices which perform authorized handover with the smart card through the smart card relay service arithmetic unit; the terminal device is a communication technology module with 2G, 2.xG, 3G, 3.xG, 4G, 4.xG and other updated generations which need the intelligent card to carry out interaction authorization and can carry out wireless internet access.
As shown in fig. 1, the present invention also provides a method for using a smart card data system, which includes:
step 1: firstly, establishing a cloud service architecture, wherein the cloud service architecture consists of a smart card service entrance platform, a smart card relay service operation unit, a smart card cluster unit and a smart card interactive code database;
step 2: connecting a terminal device to the smart card service entrance station;
and step 3: the intelligent card service entrance platform determines to guide the user to the corresponding intelligent card relay service operation unit according to the cache area state of the respective intelligent card relay service operation unit, and the intelligent card relay service operation unit cooperatively selects an intelligent card from the intelligent card cluster unit according to the requirement of the terminal device so as to correspond to the interactive code in the intelligent card interactive code database or the intelligent card information and the intelligent card interactive code which exist in the cache area of the intelligent card, and then carries out authentication service or required information downloading service on the terminal device.
According to the smart card data system and the method for using the same, the invention provides distributed system services of a plurality of smart card service entrance stations and a plurality of smart card relay service operation units, when a plurality of terminal devices need to be served, the intelligent card service entrance platform guides the remote terminal device to be served to one of the intelligent card relay service operation units for service distribution, the distribution criterion takes into account the current operation amount of each intelligent card relay service operation unit, meanwhile, the quick access information existing in the relay service operation unit of the specific intelligent card is considered, and the intelligent card service entrance platform can quickly guide the terminal device to the relay service operation unit of the specific intelligent card to carry out the access operation of the specific intelligent card by the existing information, so that the action delay of the terminal device is reduced.
The intelligent card service entrance platform can be quickly distributed to a proper intelligent card relay service operation unit for service after being accessed, meanwhile, because the uninterrupted communication content required by the intelligent card when being activated is the same except for partial dynamic information, the intelligent card interaction code database can carry out storage management aiming at the interaction codes required by different intelligent cards, and when the intelligent card relay service operation unit is connected with the terminal device of a user, the intelligent card can be simultaneously downloaded after being configured for the user, the terminal device can be called at any time, and the quick access memory space is arranged for the intelligent card relay service operation unit to store the commonly used intelligent card information and the intelligent card interaction code quick access area, so that after the commonly used intelligent card is switched to the terminal device, when a new terminal device is connected, the intelligent card entrance platform can still quickly confirm that the intelligent card relay service operation unit has already connected the intelligent card The card information is put into the intelligent card relay service operation unit of the cache area, so that the terminal device can finish initialization at the highest speed and start to connect to the Internet.
In summary, the smart card data system of the present invention has the following advantages:
minimization of servers: the relay service arithmetic unit of the intelligent card has the function of fast access service distribution and flow management, so that the number of servers can be reduced.
Network traffic minimization: because the intelligent card data system is provided with the intelligent card interactive code database, a large number of interactive codes are accessed in the intelligent card data system, and the interactive codes can be downloaded in advance, so that the network access times are reduced, and the network flow is minimized.
Terminal device operation delay minimization: the service cache guide and the interactive code are downloaded in advance, so that the network access times are reduced, and the action delay of the terminal device is reduced.
Terminal device initialization speed optimization: the time for extracting the initial required content of the smart card is accelerated due to the service cache when the smart card is used for the first time, so that the initialization speed of the terminal device is high.
Claims (7)
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| CN201510851504.9A CN106792629B (en) | 2015-11-25 | 2015-11-25 | A smart card data system and using method |
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| CN201510851504.9A CN106792629B (en) | 2015-11-25 | 2015-11-25 | A smart card data system and using method |
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| CN106792629A CN106792629A (en) | 2017-05-31 |
| CN106792629B true CN106792629B (en) | 2021-03-19 |
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