CN107277805B - Data transmission method and terminal based on man-machine interaction - Google Patents
Data transmission method and terminal based on man-machine interaction Download PDFInfo
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Abstract
本发明提供一种基于人机交互的数据传送方法和终端，其中，该方法包括：终端接收用户的发送请求，发送请求中包括待传输数据单元、可信存储根类型标识；终端根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根；终端将待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中；终端通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置，使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。
The present invention provides a data transmission method and terminal based on human-computer interaction, wherein the method includes: the terminal receives a sending request from a user, and the sending request includes a data unit to be transmitted and a trusted storage root type identifier; The root type identifier is used to determine the trusted storage root corresponding to the trusted storage root type identifier; the terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier; The network corresponding to the type identifier sends the trusted storage root storing the data unit to be transmitted to the receiving device, so that various types of to-be-transmitted units are transmitted through the corresponding network, saving network resources.
Description
技术领域technical field
本发明涉及信息安全领域，尤其涉及一种基于人机交互的数据传送方法和终端。The invention relates to the field of information security, in particular to a data transmission method and terminal based on human-computer interaction.
背景技术Background technique
随着通信技术的发展，可信计算平台开始应用到通信领域，可信计算平台是在计算和通信系统中广泛使用基于硬件安全模块支持下的平台，可信计算平台可以提高通信系统的安全性。With the development of communication technology, trusted computing platforms have begun to be applied to the communication field. Trusted computing platforms are widely used in computing and communication systems based on the support of hardware security modules. Trusted computing platforms can improve the security of communication systems. .
现有技术的可信计算平台，终端可以接收用户的输入或者选择的数据单元，然后终端与网络，或者终端与终端进行数据交互的过程，进而进行数据单元的传送。In the trusted computing platform of the prior art, the terminal can receive the user's input or the selected data unit, and then the terminal and the network, or the terminal and the terminal perform data interaction, and then transmit the data unit.
然而现有技术中终端会将所有类型的数据单元通过同一种网络传输给另一方终端或网络，这样的传输方式会使得数据单元必须满足同一种网络的要求，进而需要在进行网络传输之前进行数据单元的调整；例如需要进行加密等处理的数据单元接触密钥之后，通过无法加密的网络传输出去，或者，不需要加密等处理的数据单元进行加密之后，通过必须加密的网络传输出去；进而会降低数据单元传输的速度，同时浪费网络资源。However, in the prior art, a terminal will transmit all types of data units to another terminal or network through the same network. Such a transmission method will make the data units meet the requirements of the same network, and then need to perform data transmission before network transmission. Unit adjustment; for example, after the data unit that needs to be encrypted and other processing contacts the key, it is transmitted through the network that cannot be encrypted, or, after the data unit that does not need encryption and other processing is encrypted, it is transmitted through the network that must be encrypted; Reduce the speed at which data units are transmitted while wasting network resources.
发明内容SUMMARY OF THE INVENTION
本发明提供一种基于人机交互的数据传送方法和装置，用以解决现有技术中数据单元传输的速度较低，浪费网络资源的问题。The present invention provides a data transmission method and device based on human-computer interaction, which are used to solve the problem of low data unit transmission speed and waste of network resources in the prior art.
本发明的一方面提供一种基于人机交互的数据传送方法，包括：One aspect of the present invention provides a data transmission method based on human-computer interaction, comprising:
终端接收用户的发送请求，所述发送请求中包括待传输数据单元、可信存储根类型标识；The terminal receives the sending request from the user, and the sending request includes the data unit to be transmitted and the type identifier of the trusted storage root;
所述终端根据所述可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根；The terminal determines, according to the trusted storage root type identifier, a trusted storage root corresponding to the trusted storage root type identifier;
所述终端将所述待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中；The terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier;
所述终端通过与可信存储根类型标识对应的网络，将存放了所述待传输数据单元的可信存储根发送给接收装置。The terminal sends the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier.
如上所述的方法中，所述可信存储根类型标识为基本关系可信存储根类型标识；In the above method, the trusted storage root type identifier is a basic relationship trusted storage root type identifier;
相应的，所述终端根据所述可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，包括：Correspondingly, the terminal determines the trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier, including:
所述终端根据所述基本关系可信存储根类型标识，确定与基本关系可信存储根类型标识对应的基本关系可信存储根，所述基本关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、基本应用程序标识；The terminal determines, according to the basic relationship trusted storage root type identifier, a basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier, and the basic relationship trusted storage root includes a unified extensible firmware interface identifier. , operating system identification, basic application identification;
相应的，所述终端将所述待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中，包括：Correspondingly, the terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier, including:
所述终端将所述待传输数据单元，存放入与基本关系可信存储根类型标识对应的基本关系可信存储根中；The terminal stores the data unit to be transmitted in the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier;
相应的，所述终端通过与可信存储根类型标识对应的网络，将存放了所述待传输数据单元的可信存储根发送给接收装置，包括：Correspondingly, the terminal sends the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier, including:
所述终端通过与基本关系可信存储根类型标识对应的计算机网络，将存放了所述待传输数据单元的基本关系可信存储根发送给接收装置。The terminal sends the basic relationship trusted storage root storing the to-be-transmitted data unit to the receiving device through the computer network corresponding to the basic relationship trusted storage root type identifier.
如上所述的方法中，所述可信存储根类型标识为互信关系可信存储根类型标识；In the above method, the trusted storage root type identifier is a mutual trust relationship trusted storage root type identifier;
相应的，所述终端根据所述可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，包括：Correspondingly, the terminal determines the trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier, including:
所述终端根据所述互信关系可信存储根类型标识，确定与互信关系可信存储根类型标识对应的互信关系可信存储根，所述互信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、多主体应用程序标识；The terminal determines a mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier according to the mutual trust relationship trusted storage root type identifier, and the mutual trust relationship trusted storage root includes a unified extensible firmware interface identifier. , operating system identification, multi-agent application identification;
相应的，所述终端将所述待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中，包括：Correspondingly, the terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier, including:
所述终端将所述待传输数据单元，存放入与互信关系可信存储根类型标识对应的互信关系可信存储根中；The terminal stores the to-be-transmitted data unit in the mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier;
相应的，所述终端通过与可信存储根类型标识对应的网络，将存放了所述待传输数据单元的可信存储根发送给接收装置，包括：Correspondingly, the terminal sends the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier, including:
所述终端通过与互信关系可信存储根类型标识对应的电信网络，将存放了所述待传输数据单元的互信关系可信存储根发送给接收装置。The terminal sends the trusted storage root of the mutual trust relationship storing the data unit to be transmitted to the receiving device through the telecommunication network corresponding to the type identification of the trusted storage root of the mutual trust relationship.
如上所述的方法中，所述可信存储根类型标识为公信关系可信存储根类型标识；In the above method, the trusted storage root type identifier is a public trust relationship trusted storage root type identifier;
相应的，所述终端根据所述可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，包括：Correspondingly, the terminal determines the trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier, including:
所述终端根据所述公信关系可信存储根类型标识，确定与公信关系可信存储根类型标识对应的公信关系可信存储根，所述公信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、公众应用程序标识；The terminal determines the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier according to the public trust relationship trusted storage root type identifier, and the public trust relationship trusted storage root includes the unified extensible firmware interface identifier. , operating system logo, public application logo;
相应的，所述终端将所述待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中，包括：Correspondingly, the terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier, including:
所述终端将所述待传输数据单元，存放入与公信关系可信存储根类型标识对应的公信关系可信存储根中；The terminal stores the to-be-transmitted data unit in the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier;
相应的，所述终端通过与可信存储根类型标识对应的网络，将存放了所述待传输数据单元的可信存储根发送给接收装置，包括：Correspondingly, the terminal sends the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier, including:
所述终端通过与公信关系可信存储根类型标识对应的广播电视信息网络，将存放了所述待传输数据单元的公信关系可信存储根发送给接收装置。The terminal sends the public trust relationship trusted storage root storing the to-be-transmitted data unit to the receiving device through the radio and television information network corresponding to the public trust relationship trusted storage root type identifier.
如上所述的方法中，与可信存储根类型标识对应的可信存储根，存储在所述终端中的与可信存储根类型标识对应的存储单元中；In the above method, the trusted storage root corresponding to the trusted storage root type identifier is stored in the storage unit corresponding to the trusted storage root type identifier in the terminal;
并且，与可信存储根类型标识对应的存储单元和与可信存储根类型标识对应的网络，通过网络融合接口卡NCIC连接。In addition, the storage unit corresponding to the trusted storage root type identifier and the network corresponding to the trusted storage root type identifier are connected through the network fusion interface card NCIC.
本发明的另一方面提供一种终端，包括：Another aspect of the present invention provides a terminal, comprising:
接收模块，用于接收用户的发送请求，所述发送请求中包括待传输数据单元、可信存储根类型标识；a receiving module, configured to receive a sending request from a user, where the sending request includes a data unit to be transmitted and a trusted storage root type identifier;
确定模块，用于根据所述可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根；a determining module, configured to determine a trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier;
存放模块，用于将所述待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中；a storage module, configured to store the data unit to be transmitted in a trusted storage root corresponding to the trusted storage root type identifier;
发送模块，用于通过与可信存储根类型标识对应的网络，将存放了所述待传输数据单元的可信存储根发送给接收装置。The sending module is configured to send the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier.
如上所述的终端中，所述可信存储根类型标识为基本关系可信存储根类型标识；In the above terminal, the trusted storage root type identifier is a basic relationship trusted storage root type identifier;
相应的，所述确定模块，具体用于：Correspondingly, the determining module is specifically used for:
根据所述基本关系可信存储根类型标识，确定与基本关系可信存储根类型标识对应的基本关系可信存储根，所述基本关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、基本应用程序标识；According to the basic relationship trusted storage root type identifier, a basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier is determined, and the basic relationship trusted storage root includes a unified extensible firmware interface identifier, an operating system Identification, basic application identification;
相应的，所述存放模块，具体用于：Correspondingly, the storage module is specifically used for:
所述终端将所述待传输数据单元，存放入与基本关系可信存储根类型标识对应的基本关系可信存储根中；The terminal stores the data unit to be transmitted in the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier;
相应的，所述发送模块，具体用于：Correspondingly, the sending module is specifically used for:
所述终端通过与基本关系可信存储根类型标识对应的计算机网络，将存放了所述待传输数据单元的基本关系可信存储根发送给接收装置。The terminal sends the basic relationship trusted storage root storing the to-be-transmitted data unit to the receiving device through the computer network corresponding to the basic relationship trusted storage root type identifier.
如上所述的终端中，所述可信存储根类型标识为互信关系可信存储根类型标识；In the above terminal, the trusted storage root type identifier is a mutual trust relationship trusted storage root type identifier;
相应的，所述确定模块，具体用于：Correspondingly, the determining module is specifically used for:
所述终端根据所述互信关系可信存储根类型标识，确定与互信关系可信存储根类型标识对应的互信关系可信存储根，所述互信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、多主体应用程序标识；The terminal determines a mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier according to the mutual trust relationship trusted storage root type identifier, and the mutual trust relationship trusted storage root includes a unified extensible firmware interface identifier. , operating system identification, multi-agent application identification;
相应的，所述存放模块，具体用于：Correspondingly, the storage module is specifically used for:
所述终端将所述待传输数据单元，存放入与互信关系可信存储根类型标识对应的互信关系可信存储根中；The terminal stores the to-be-transmitted data unit in the mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier;
相应的，所述发送模块，具体用于：Correspondingly, the sending module is specifically used for:
所述终端通过与互信关系可信存储根类型标识对应的电信网络，将存放了所述待传输数据单元的互信关系可信存储根发送给接收装置。The terminal sends the trusted storage root of the mutual trust relationship storing the data unit to be transmitted to the receiving device through the telecommunication network corresponding to the type identification of the trusted storage root of the mutual trust relationship.
如上所述的终端中，所述可信存储根类型标识为公信关系可信存储根类型标识；In the above terminal, the trusted storage root type identifier is a public trust relationship trusted storage root type identifier;
相应的，所述确定模块，具体用于：Correspondingly, the determining module is specifically used for:
所述终端根据所述公信关系可信存储根类型标识，确定与公信关系可信存储根类型标识对应的公信关系可信存储根，所述公信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、公众应用程序标识；The terminal determines the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier according to the public trust relationship trusted storage root type identifier, and the public trust relationship trusted storage root includes the unified extensible firmware interface identifier. , operating system logo, public application logo;
相应的，所述存放模块，具体用于：Correspondingly, the storage module is specifically used for:
所述终端将所述待传输数据单元，存放入与公信关系可信存储根类型标识对应的公信关系可信存储根中；The terminal stores the to-be-transmitted data unit in the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier;
相应的，所述发送模块，具体用于：Correspondingly, the sending module is specifically used for:
所述终端通过与公信关系可信存储根类型标识对应的广播电视信息网络，将存放了所述待传输数据单元的公信关系可信存储根发送给接收装置。The terminal sends the public trust relationship trusted storage root storing the to-be-transmitted data unit to the receiving device through the radio and television information network corresponding to the public trust relationship trusted storage root type identifier.
如上所述的终端中，还包括：In the above-mentioned terminal, it also includes:
各存储单元，各存储单元与各可信存储根类型标识对应，所述存储单元连接在所述存放模块与所述发送模块之间，并且，与可信存储根类型标识对应的存储单元和与可信存储根类型标识对应的网络，通过NCIC连接；Each storage unit, each storage unit corresponds to each trusted storage root type identifier, the storage unit is connected between the storage module and the sending module, and the storage unit corresponding to the trusted storage root type identifier and the The network corresponding to the trusted storage root type identification is connected through NCIC;
与可信存储根类型标识对应的存储单元，用于存储与可信存储根类型标识对应的可信存储根。The storage unit corresponding to the trusted storage root type identifier is used to store the trusted storage root corresponding to the trusted storage root type identifier.
本实施例通过根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，然后将待传输数据单元存放入与可信存储根类型标识对应的可信存储根中，从而可以通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置。从而在用户选择了可信存储根类型标识之后，根据与可信存储根类型标识对应的网络将可信存储根发送给网络或另一方的终端，从而使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。In this embodiment, the trusted storage root corresponding to the trusted storage root type identifier is determined according to the trusted storage root type identifier, and then the data unit to be transmitted is stored in the trusted storage root corresponding to the trusted storage root type identifier, Therefore, the trusted storage root storing the data unit to be transmitted can be sent to the receiving device through the network corresponding to the trusted storage root type identifier. Therefore, after the user selects the trusted storage root type identifier, the trusted storage root is sent to the network or the terminal of the other party according to the network corresponding to the trusted storage root type identifier, so that various types of units to be transmitted pass through the corresponding Network transmission, saving network resources.
附图说明Description of drawings
图1为本发明实施例一提供的基于人机交互的数据传送方法的流程图；1 is a flowchart of a data transmission method based on human-computer interaction provided in Embodiment 1 of the present invention;
图2为本发明实施例二提供的基于人机交互的数据传送方法的流程图；2 is a flowchart of a data transmission method based on human-computer interaction provided by Embodiment 2 of the present invention;
图3为本发明实施例三提供的终端的结构示意图；3 is a schematic structural diagram of a terminal according to Embodiment 3 of the present invention;
图4为本发明实施例四提供的终端的结构示意图。FIG. 4 is a schematic structural diagram of a terminal according to Embodiment 4 of the present invention.
具体实施方式Detailed ways
为使本发明实施例的目的、技术方案和优点更加清楚，下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。In order to make the purposes, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments These are some embodiments of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.
图1为本发明实施例一提供的基于人机交互的数据传送方法的流程图，如图1所示，本实施例的方法包括：FIG. 1 is a flowchart of a data transmission method based on human-computer interaction provided by Embodiment 1 of the present invention. As shown in FIG. 1 , the method of this embodiment includes:
步骤101、终端接收用户的发送请求，发送请求中包括待传输数据单元、可信存储根类型标识。Step 101: The terminal receives a sending request from the user, and the sending request includes the data unit to be transmitted and the identifier of the trusted storage root type.
在本实施例中，具体的，用户通人机信任接口，向终端中输入发送请求，此时用户可以选择可信存储根的可信存储根类型标识，可信存储根分为了基本关系可信存储根、互信关系可信存储根和公信关系可信存储根。In this embodiment, specifically, the user enters a sending request into the terminal through the man-machine trust interface, and the user can select the trusted storage root type identifier of the trusted storage root. The trusted storage root is divided into the basic relationship trusted storage root. Storage root, trusted storage root of mutual trust relationship and trusted storage root of public trust relationship.
同时，用户需要在终端中确定待传输数据单元。At the same time, the user needs to determine the data unit to be transmitted in the terminal.
从而终端接收到由待传输数据单元、可信存储根类型标识构成的发送请求。Therefore, the terminal receives the sending request consisting of the data unit to be transmitted and the trusted storage root type identifier.
步骤102、终端根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根。Step 102: The terminal determines a trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier.
在本实施例中，具体的，终端根据发送请求中的可信存储根类型标识，确定出与可信存储根类型标识对应的可信存储根。可信存储根分为了基本关系可信存储根、互信关系可信存储根和公信关系可信存储根，从而若可信存储根类型标识为基本关系可信存储根类型标识，可以确定出与基本关系可信存储根类型标识对应的基本关系可信存储根，若可信存储根类型标识为互信关系可信存储根类型标识，可以确定出与互信关系可信存储根类型标识对应的互信关系可信存储根，若可信存储根类型标识为公信关系可信存储根类型标识，可以确定出与公信关系可信存储根类型标识对应的公信关系可信存储根。In this embodiment, specifically, the terminal determines the trusted storage root corresponding to the trusted storage root type identifier according to the trusted storage root type identifier in the sending request. Trusted storage root is divided into basic relationship trusted storage root, mutual trust relationship trusted storage root and public trust relationship trusted storage root, so if the trusted storage root type identifier is the basic relationship trusted storage root type identifier, it can be determined that The basic relationship trusted storage root corresponding to the relationship trusted storage root type identifier, if the trusted storage root type identifier is the mutual trust relationship trusted storage root type identifier, it can be determined that the mutual trust relationship corresponding to the mutual trust relationship trusted storage root type identifier can be determined. Trust storage root, if the trusted storage root type identifier is the trust relationship trusted storage root type identifier, the trust relationship trust storage root corresponding to the trust relationship trust storage root type identifier can be determined.
步骤103、终端将待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中。Step 103: The terminal stores the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier.
在本实施例中，具体的，可以将可信存储根物理隔离为四个存储空间，其中的一个存储空间中用于存储数据单元。从而终端可以将待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中。In this embodiment, specifically, the trusted storage root may be physically isolated into four storage spaces, one of which is used to store data units. Therefore, the terminal can store the data unit to be transmitted in the trusted storage root corresponding to the trusted storage root type identifier.
步骤104、终端通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置。Step 104: The terminal sends the trusted storage root storing the data unit to be transmitted to the receiving device through the network corresponding to the trusted storage root type identifier.
在本实施例中，具体的，不同类型的可信存储根分别对应连接着不同类型的网络，从而可信存储根类型标识、可信存储根、以及承载的网络之间是一一对应的。In this embodiment, specifically, different types of trusted storage roots are respectively connected to different types of networks, so that there is a one-to-one correspondence between trusted storage root type identifiers, trusted storage roots, and bearer networks.
终端可以通过与可信存储根类型标识对应的网络，将步骤103中的存放了待传输数据单元的可信存储根发送给接收装置。接收装置可以是服务器，也可以是另一方的终端。The terminal may send the trusted storage root storing the data unit to be transmitted in
本实施例通过根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，然后将待传输数据单元存放入与可信存储根类型标识对应的可信存储根中，从而可以通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置。从而在用户选择了可信存储根类型标识之后，根据与可信存储根类型标识对应的网络将可信存储根发送给网络或另一方的终端，从而使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。In this embodiment, the trusted storage root corresponding to the trusted storage root type identifier is determined according to the trusted storage root type identifier, and then the data unit to be transmitted is stored in the trusted storage root corresponding to the trusted storage root type identifier, Therefore, the trusted storage root storing the data unit to be transmitted can be sent to the receiving device through the network corresponding to the trusted storage root type identifier. Therefore, after the user selects the trusted storage root type identifier, the trusted storage root is sent to the network or the terminal of the other party according to the network corresponding to the trusted storage root type identifier, so that various types of units to be transmitted pass through the corresponding Network transmission, saving network resources.
图2为本发明实施例二提供的基于人机交互的数据传送方法的流程图，在实施例一的基础上，如图2所示，本实施例的方法中，可信存储根类型标识为基本关系可信存储根类型标识；FIG. 2 is a flowchart of a data transmission method based on human-computer interaction provided by Embodiment 2 of the present invention. On the basis of Embodiment 1, as shown in FIG. 2 , in the method of this embodiment, the trusted storage root type identifier is Basic relationship trusted storage root type identifier;
相应的，步骤102，具体包括：Correspondingly, step 102 specifically includes:
步骤102a、终端根据基本关系可信存储根类型标识，确定与基本关系可信存储根类型标识对应的基本关系可信存储根，基本关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、基本应用程序标识；Step 102a, the terminal determines the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier according to the basic relationship trusted storage root type identifier, and the basic relationship trusted storage root includes the unified extensible firmware interface identifier, the operating system Identification, basic application identification;
相应的，步骤103，具体包括：Correspondingly, step 103 specifically includes:
步骤103a、终端将待传输数据单元，存放入与基本关系可信存储根类型标识对应的基本关系可信存储根中；
相应的，步骤104，具体包括：Correspondingly, step 104 specifically includes:
步骤104a、终端通过与基本关系可信存储根类型标识对应的计算机网络，将存放了待传输数据单元的基本关系可信存储根发送给接收装置。Step 104a: The terminal sends the basic relationship trusted storage root storing the data unit to be transmitted to the receiving device through the computer network corresponding to the basic relationship trusted storage root type identifier.
在本实施例中，具体的，若步骤101中用户通过人机信任接口，确定了选择了基本关系的信任层次，从而用户确定选择了基本关系可信存储根类型标识。In this embodiment, specifically, if the user determines the trust level of the basic relationship selected through the man-machine trust interface in
然后，终端可以根据基本关系可信存储根类型标识，确定与基本关系可信存储根类型标识对应的基本关系可信存储根。由于将可信存储根物理隔离位四个存储空间，从而基本关系可信存储根中的四个存储空间分别为统一可扩展固件接口(Unified ExtensibleFirmware Interface，简称UEFI)标识的存储空间、操作系统(Operating System，简称OS)标识的存储空间、基本应用程序(Applications，简称App)标识的存储空间、独立数据单元的存储空间。从而基本关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、基本应用程序标识，还包括了独立数据单元的存储空间，大但是此时独立数据单元的存储空间中没有待传输数据单元。Then, the terminal can determine the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier according to the basic relationship trusted storage root type identifier. Since the trusted storage root is physically separated into four storage spaces, the four storage spaces in the basic relationship trusted storage root are the storage space identified by the Unified Extensible Firmware Interface (UEFI), the storage space identified by the operating system ( The storage space identified by the Operating System, referred to as OS), the storage space identified by the basic application program (Applications, referred to as App), and the storage space of the independent data unit. Therefore, the basic relationship trusted storage root includes the unified extensible firmware interface identifier, the operating system identifier, the basic application program identifier, and also includes the storage space of the independent data unit, which is large, but there is no data to be transmitted in the storage space of the independent data unit at this time. unit.
进而，终端将待传输数据单元，存放入与基本关系可信存储根类型标识对应的基本关系可信存储根中，具体来说，终端将待传输数据单元存放入基本关系可信存储根中的独立数据单元的存储空间中。Further, the terminal stores the data unit to be transmitted in the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier. Specifically, the terminal stores the to-be-transmitted data unit in the basic relationship trusted storage root. in the storage space of an independent data unit.
由于基本关系可信存储根是与计算机网络对应连接的，从而基本关系可信存储根类型标识与计算机网络是相应的。终端通过计算机网络，将存放了待传输数据单元的基本关系可信存储根发送给接收装置。Since the basic relationship trusted storage root is correspondingly connected with the computer network, the basic relationship trusted storage root type identifier is corresponding to the computer network. The terminal sends the basic relationship trusted storage root storing the data unit to be transmitted to the receiving device through the computer network.
从而，可以实现存放了待传输数据单元的基本关系可信存储根，通过与其对应的计算机网络进行发送的目的。Therefore, the purpose of sending the basic relational trusted storage root storing the data unit to be transmitted through the corresponding computer network can be achieved.
或者，可信存储根类型标识为互信关系可信存储根类型标识；Or, the trusted storage root type identifier is the trusted storage root type identifier of the mutual trust relationship;
相应的，步骤102，具体包括：Correspondingly, step 102 specifically includes:
步骤102b、终端根据互信关系可信存储根类型标识，确定与互信关系可信存储根类型标识对应的互信关系可信存储根，互信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、多主体应用程序标识；
相应的，步骤103，具体包括：Correspondingly, step 103 specifically includes:
步骤103b、终端将待传输数据单元，存放入与互信关系可信存储根类型标识对应的互信关系可信存储根中；
相应的，步骤104，具体包括：Correspondingly, step 104 specifically includes:
步骤104b、终端通过与互信关系可信存储根类型标识对应的电信网络，将存放了待传输数据单元的互信关系可信存储根发送给接收装置。Step 104b: The terminal sends the trusted storage root of the mutual trust relationship storing the data unit to be transmitted to the receiving device through the telecommunication network corresponding to the type identifier of the trusted storage root of the mutual trust relationship.
在本实施例中，具体的，若步骤101中用户通过人机信任接口，确定了选择了互信关系的信任层次，从而用户确定选择了互信关系可信存储根类型标识。In this embodiment, specifically, if the user determines the trust level of the mutual trust relationship selected through the man-machine trust interface in
然后，终端可以根据互信关系可信存储根类型标识，确定与互信关系可信存储根类型标识对应的互信关系可信存储根。由于将可信存储根物理隔离位四个存储空间，从而互信关系可信存储根中的四个存储空间分别为统一可扩展固件接口(Unified ExtensibleFirmware Interface，简称UEFI)标识的存储空间、操作系统(Operating System，简称OS)标识的存储空间、多主体应用程序(Groupware Applications，简称GApp)标识的存储空间、独立数据单元的存储空间。从而互信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、多主体应用程序标识，还包括了独立数据单元的存储空间，大但是此时独立数据单元的存储空间中没有待传输数据单元。Then, the terminal may determine the mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier according to the mutual trust relationship trusted storage root type identifier. Since the trusted storage root is physically separated into four storage spaces, the four storage spaces in the trusted storage root of the mutual trust relationship are respectively the storage space identified by the Unified Extensible Firmware Interface (UEFI), the storage space identified by the operating system ( The storage space identified by the Operating System, referred to as OS), the storage space identified by the multi-subject application (Groupware Applications, referred to as GApp), and the storage space of the independent data unit. Therefore, the trusted storage root of the mutual trust relationship includes the unified extensible firmware interface identification, the operating system identification, the multi-agent application identification, and also includes the storage space of the independent data unit, which is large, but there is no storage space to be transmitted in the storage space of the independent data unit at this time. data unit.
进而，终端将待传输数据单元，存放入与互信关系可信存储根类型标识对应的互信关系可信存储根中，具体来说，终端将待传输数据单元存放入互信关系可信存储根中的独立数据单元的存储空间中。Further, the terminal stores the data unit to be transmitted in the mutual trust relationship trusted storage root corresponding to the type identifier of the mutual trust relationship trusted storage root. Specifically, the terminal stores the to-be-transmitted data unit in the mutual trust relationship trusted storage root. in the storage space of an independent data unit.
由于互信关系可信存储根是与电信网络对应连接的，从而互信关系可信存储根类型标识与电信网络是相应的。终端通过电信网络，将存放了待传输数据单元的互信关系可信存储根发送给接收装置。Since the trusted storage root of the mutual trust relationship is correspondingly connected to the telecommunication network, the type identifier of the trusted storage root of the mutual trust relationship is corresponding to the telecommunication network. The terminal sends the trusted storage root of the mutual trust relationship storing the data unit to be transmitted to the receiving device through the telecommunication network.
从而，可以实现存放了待传输数据单元的互信关系可信存储根，通过与其对应的电信网络进行发送的目的。Therefore, the purpose of storing the trust storage root of the mutual trust relationship of the data unit to be transmitted can be realized, and the purpose of sending it through the corresponding telecommunication network can be realized.
或者，可信存储根类型标识为公信关系可信存储根类型标识；Or, the trusted storage root type identifier is the public trust relationship trusted storage root type identifier;
相应的，步骤102，具体包括：Correspondingly, step 102 specifically includes:
步骤102c、终端根据公信关系可信存储根类型标识，确定与公信关系可信存储根类型标识对应的公信关系可信存储根，公信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、公众应用程序标识；
相应的，步骤103，具体包括：Correspondingly, step 103 specifically includes:
步骤103c、终端将待传输数据单元，存放入与公信关系可信存储根类型标识对应的公信关系可信存储根中；Step 103c, the terminal stores the data unit to be transmitted in the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier;
相应的，步骤104，具体包括：Correspondingly, step 104 specifically includes:
步骤104c、终端通过与公信关系可信存储根类型标识对应的广播电视信息网络，将存放了待传输数据单元的公信关系可信存储根发送给接收装置。
在本实施例中，具体的，若步骤101中用户通过人机信任接口，确定了选择了公信关系的信任层次，从而用户确定选择了公信关系可信存储根类型标识。In this embodiment, specifically, if the user determines the trust level of the public trust relationship through the man-machine trust interface in
然后，终端可以根据公信关系可信存储根类型标识，确定与公信关系可信存储根类型标识对应的公信关系可信存储根。由于将可信存储根物理隔离位四个存储空间，从而公信关系可信存储根中的四个存储空间分别为统一可扩展固件接口(Unified ExtensibleFirmware Interface，简称UEFI)标识的存储空间、操作系统(Operating System，简称OS)标识的存储空间、公众应用程序(PApp Public Applications，简称PApp)标识的存储空间、独立数据单元的存储空间。从而公信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、公众应用程序标识，还包括了独立数据单元的存储空间，大但是此时独立数据单元的存储空间中没有待传输数据单元。Then, the terminal may determine the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier according to the public trust relationship trusted storage root type identifier. Because the trusted storage root is physically separated into four storage spaces, the four storage spaces in the trusted storage root of the public trust relationship are the storage space identified by the Unified Extensible Firmware Interface (UEFI), the storage space identified by the operating system ( The storage space identified by the Operating System, referred to as OS), the storage space identified by the public application (PApp Public Applications, referred to as PApp), and the storage space of the independent data unit. Therefore, the trusted storage root of the public trust relationship includes the unified extensible firmware interface identification, the operating system identification, the public application identification, and also includes the storage space of the independent data unit, which is large, but there is no data to be transmitted in the storage space of the independent data unit at this time. unit.
进而，终端将待传输数据单元，存放入与公信关系可信存储根类型标识对应的公信关系可信存储根中，具体来说，终端将待传输数据单元存放入公信关系可信存储根中的独立数据单元的存储空间中。Further, the terminal stores the data unit to be transmitted in the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier. Specifically, the terminal stores the to-be-transmitted data unit in the public trust relationship trusted storage root. in the storage space of an independent data unit.
由于公信关系可信存储根是与广播电视信息网络对应连接的，从而公信关系可信存储根类型标识与广播电视信息网络是相应的。终端通过广播电视信息网络，将存放了待传输数据单元的公信关系可信存储根发送给接收装置；广播电视信息网络以广播的方式在物理信道中直接传输公信关系可信存储根。Since the public trust relationship trusted storage root is correspondingly connected with the radio and television information network, the type identifier of the public trust relationship trusted storage root is corresponding to the radio and television information network. The terminal sends the public trust relationship trusted storage root storing the data unit to be transmitted to the receiving device through the radio and television information network; the radio and television information network directly transmits the public trust relationship trusted storage root in the physical channel by broadcasting.
从而，可以实现存放了待传输数据单元的公信关系可信存储根，通过与其对应的广播电视信息网络进行发送的目的。Therefore, it is possible to achieve the purpose of storing the public trust relationship trusted storage root of the data unit to be transmitted and sending it through the corresponding radio and television information network.
在实施例二中，基本输入输出系统(Basic Input Output System，简称BIOS)设置中，会将用户进行输入输出后的终端的控制器交给控制权交给光盘驱动器。终端中的各存储单元与各可信存储根类型标识是相对应的，从而与可信存储根类型标识对应的可信存储根，会存储在终端中的与可信存储根类型标识对应的存储单元中。In the second embodiment, in the Basic Input Output System (Basic Input Output System, BIOS for short) setting, the controller of the terminal after the user performs input and output is handed over to the optical disc drive for control. Each storage unit in the terminal corresponds to each trusted storage root type identifier, so the trusted storage root corresponding to the trusted storage root type identifier will be stored in the terminal corresponding to the trusted storage root type identifier. in the unit.
与可信存储根类型标识对应的存储单元和与可信存储根类型标识对应的网络，会通过NCIC进行连接，具体来说，各不同类型的可信存储根，和与其对应网络通过NCIC直接连接。NCIC也会与接收装置连接，例如，NCIC与控制器连接，控制器与现实设备、或者内存、或者CPU连接。The storage unit corresponding to the trusted storage root type identifier and the network corresponding to the trusted storage root type identifier will be connected through NCIC. Specifically, different types of trusted storage roots are directly connected to their corresponding networks through NCIC. . The NCIC is also connected to the receiving device, for example, the NCIC is connected to the controller, and the controller is connected to the real device, or the memory, or the CPU.
本实施例通过将包含有待发送的数据单元的可信存储根划分基本关系可信存储根、互信关系可信存储根、公信关系可信存储根三种类型，在用户选择了可信存储根类型标识之后，将待传输数据单元存放入与可信存储根类型标识对应的可信存储根中，然后根据与可信存储根类型标识对应的网络将可信存储根发送给网络或另一方的终端，从而使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。同时，将终端看做一个平台，实现了人机交互平台的可信。In this embodiment, the trusted storage root containing the data unit to be sent is divided into three types: the basic relationship trusted storage root, the mutual trust relationship trusted storage root, and the public trust relationship trusted storage root. When the user selects the trusted storage root type After the identification, the data unit to be transmitted is stored in the trusted storage root corresponding to the trusted storage root type identification, and then the trusted storage root is sent to the network or the other party's terminal according to the network corresponding to the trusted storage root type identification. , so that various types of units to be transmitted are transmitted through the corresponding network, saving network resources. At the same time, the terminal is regarded as a platform, which realizes the credibility of the human-computer interaction platform.
图3为本发明实施例三提供的终端的结构示意图，如图3所示，本实施例提供的终端，包括：FIG. 3 is a schematic structural diagram of a terminal provided by Embodiment 3 of the present invention. As shown in FIG. 3 , the terminal provided by this embodiment includes:
接收模块31，用于接收用户的发送请求，发送请求中包括待传输数据单元、可信存储根类型标识；The receiving
确定模块32，用于根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根；A
存放模块33，用于将待传输数据单元，存放入与可信存储根类型标识对应的可信存储根中；The
发送模块34，用于通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置。The sending
本实施例的终端可执行本发明实施例一提供的基于人机交互的数据传送方法，其实现原理相类似，此处不再赘述。The terminal in this embodiment can execute the data transmission method based on human-computer interaction provided in Embodiment 1 of the present invention, and the implementation principle thereof is similar, which is not repeated here.
本实施例通过根据可信存储根类型标识，确定与可信存储根类型标识对应的可信存储根，然后将待传输数据单元存放入与可信存储根类型标识对应的可信存储根中，从而可以通过与可信存储根类型标识对应的网络，将存放了待传输数据单元的可信存储根发送给接收装置。从而在用户选择了可信存储根类型标识之后，根据与可信存储根类型标识对应的网络将可信存储根发送给网络或另一方的终端，从而使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。In this embodiment, the trusted storage root corresponding to the trusted storage root type identifier is determined according to the trusted storage root type identifier, and then the data unit to be transmitted is stored in the trusted storage root corresponding to the trusted storage root type identifier, Therefore, the trusted storage root storing the data unit to be transmitted can be sent to the receiving device through the network corresponding to the trusted storage root type identifier. Therefore, after the user selects the trusted storage root type identifier, the trusted storage root is sent to the network or the terminal of the other party according to the network corresponding to the trusted storage root type identifier, so that various types of units to be transmitted pass through the corresponding Network transmission, saving network resources.
图4为本发明实施例四提供的终端的结构示意图，在实施例三的基础上，如图4所示，本实施例提供的终端，可信存储根类型标识为基本关系可信存储根类型标识；FIG. 4 is a schematic structural diagram of a terminal provided by Embodiment 4 of the present invention. On the basis of Embodiment 3, as shown in FIG. 4 , in the terminal provided by this embodiment, the trusted storage root type is identified as a basic relationship trusted storage root type identification;
相应的，确定模块32，具体用于：Correspondingly, the determining
根据基本关系可信存储根类型标识，确定与基本关系可信存储根类型标识对应的基本关系可信存储根，基本关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、基本应用程序标识；According to the basic relationship trusted storage root type identification, determine the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identification. The basic relationship trusted storage root includes the unified extensible firmware interface identification, the operating system identification, the basic application program identification;
相应的，存放模块33，具体用于：Correspondingly, the
终端将待传输数据单元，存放入与基本关系可信存储根类型标识对应的基本关系可信存储根中；The terminal stores the data unit to be transmitted in the basic relationship trusted storage root corresponding to the basic relationship trusted storage root type identifier;
相应的，发送模块34，具体用于：Correspondingly, the sending
终端通过与基本关系可信存储根类型标识对应的计算机网络，将存放了待传输数据单元的基本关系可信存储根发送给接收装置。The terminal sends the basic relationship trusted storage root storing the data unit to be transmitted to the receiving device through the computer network corresponding to the basic relationship trusted storage root type identifier.
或者，可信存储根类型标识为互信关系可信存储根类型标识；Or, the trusted storage root type identifier is the trusted storage root type identifier of the mutual trust relationship;
相应的，确定模块32，具体用于：Correspondingly, the determining
终端根据互信关系可信存储根类型标识，确定与互信关系可信存储根类型标识对应的互信关系可信存储根，互信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、多主体应用程序标识；The terminal determines the mutual trust relationship trusted storage root corresponding to the mutual trust relationship trusted storage root type identifier according to the mutual trust relationship trusted storage root type identifier. The mutual trust relationship trusted storage root includes the unified extensible firmware interface identifier, the operating system identifier, the subject application ID;
相应的，存放模块33，具体用于：Correspondingly, the
终端将待传输数据单元，存放入与互信关系可信存储根类型标识对应的互信关系可信存储根中；The terminal stores the data unit to be transmitted in the trusted storage root of the mutual trust relationship corresponding to the type identifier of the trusted storage root of the mutual trust relationship;
相应的，发送模块34，具体用于：Correspondingly, the sending
终端通过与互信关系可信存储根类型标识对应的电信网络，将存放了待传输数据单元的互信关系可信存储根发送给接收装置。The terminal sends the trusted storage root of the mutual trust relationship storing the data unit to be transmitted to the receiving device through the telecommunication network corresponding to the type identifier of the trusted storage root of the mutual trust relationship.
或者，可信存储根类型标识为公信关系可信存储根类型标识；Or, the trusted storage root type identifier is the public trust relationship trusted storage root type identifier;
相应的，确定模块32，具体用于：Correspondingly, the determining
终端根据公信关系可信存储根类型标识，确定与公信关系可信存储根类型标识对应的公信关系可信存储根，公信关系可信存储根中包括统一可扩展固件接口标识、操作系统标识、公众应用程序标识；The terminal determines the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier according to the public trust relationship trusted storage root type identifier. The public trust relationship trusted storage root includes the unified extensible firmware interface identifier, the operating system identifier, the public trust relationship Application ID;
相应的，存放模块33，具体用于：Correspondingly, the
终端将待传输数据单元，存放入与公信关系可信存储根类型标识对应的公信关系可信存储根中；The terminal stores the data unit to be transmitted in the public trust relationship trusted storage root corresponding to the public trust relationship trusted storage root type identifier;
相应的，发送模块34，具体用于：Correspondingly, the sending
终端通过与公信关系可信存储根类型标识对应的广播电视信息网络，将存放了待传输数据单元的公信关系可信存储根发送给接收装置。The terminal sends the public trust relationship trusted storage root storing the data unit to be transmitted to the receiving device through the radio and television information network corresponding to the public trust relationship trusted storage root type identifier.
本实施例提供的终端，还包括：The terminal provided by this embodiment further includes:
各存储单元41，各存储单元41与各可信存储根类型标识对应，存储单元41连接在存放模块33与发送模块34之间，并且，与可信存储根类型标识对应的存储单元41和与可信存储根类型标识对应的网络，通过NCIC连接；Each
与可信存储根类型标识对应的存储单元41，用于存储与可信存储根类型标识对应的可信存储根。The
本实施例的终端可执行本发明实施例二提供的基于人机交互的数据传送方法，其实现原理相类似，此处不再赘述。The terminal in this embodiment can execute the data transmission method based on human-computer interaction provided in Embodiment 2 of the present invention, and the implementation principle thereof is similar, which is not repeated here.
本实施例通过将包含有待发送的数据单元的可信存储根划分基本关系可信存储根、互信关系可信存储根、公信关系可信存储根三种类型，在用户选择了可信存储根类型标识之后，将待传输数据单元存放入与可信存储根类型标识对应的可信存储根中，然后根据与可信存储根类型标识对应的网络将可信存储根发送给网络或另一方的终端，从而使得各种类型的待传输单元通过对应的网络进行传输，节约了网络资源。同时，将终端看做一个平台，实现了人机交互平台的可信。In this embodiment, the trusted storage root containing the data unit to be sent is divided into three types: the basic relationship trusted storage root, the mutual trust relationship trusted storage root, and the public trust relationship trusted storage root. When the user selects the trusted storage root type After the identification, the data unit to be transmitted is stored in the trusted storage root corresponding to the trusted storage root type identification, and then the trusted storage root is sent to the network or the other party's terminal according to the network corresponding to the trusted storage root type identification. , so that various types of units to be transmitted are transmitted through the corresponding network, saving network resources. At the same time, the terminal is regarded as a platform, which realizes the credibility of the human-computer interaction platform.
本领域普通技术人员可以理解：实现上述各方法实施例的全部或部分步骤可以通过程序指令相关的硬件来完成。前述的程序可以存储于一计算机可读取存储介质中。该程序在执行时，执行包括上述各方法实施例的步骤；而前述的存储介质包括：ROM、RAM、磁碟或者光盘等各种可以存储程序代码的介质。Those of ordinary skill in the art can understand that all or part of the steps of implementing the above method embodiments may be completed by program instructions related to hardware. The aforementioned program can be stored in a computer-readable storage medium. When the program is executed, the steps including the above method embodiments are executed; and the foregoing storage medium includes: ROM, RAM, magnetic disk or optical disk and other media that can store program codes.
最后应说明的是：以上实施例仅用以说明本发明的技术方案，而非对其限制；尽管参照前述实施例对本发明进行了详细的说明，本领域的普通技术人员应当理解：其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换；而这些修改或者替换，并不使相应技术方案的本质脱离本发明各实施例技术方案的精神和范围。Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, but not to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that it can still be The technical solutions described in the foregoing embodiments are modified, or some technical features thereof are equivalently replaced; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of the embodiments of the present invention.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101431403A (en) * | 2007-11-08 | 2009-05-13 | 北京工业大学 | Apparatus and method for providing interface data and credible computing system |
| CN103282910A (en) * | 2011-09-15 | 2013-09-04 | 谷歌公司 | Enabling users to select between secure service providers using a central trusted service manager |
| CN103648090A (en) * | 2013-12-12 | 2014-03-19 | 北京利云技术开发公司 | Method for realizing security and credibility of intelligent mobile terminal and system thereof |
| CN103888477A (en) * | 2014-04-13 | 2014-06-25 | 北京工业大学 | Data transmission method suitable for trusted connection |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101431403A (en) * | 2007-11-08 | 2009-05-13 | 北京工业大学 | Apparatus and method for providing interface data and credible computing system |
| CN103282910A (en) * | 2011-09-15 | 2013-09-04 | 谷歌公司 | Enabling users to select between secure service providers using a central trusted service manager |
| CN103648090A (en) * | 2013-12-12 | 2014-03-19 | 北京利云技术开发公司 | Method for realizing security and credibility of intelligent mobile terminal and system thereof |
| CN103888477A (en) * | 2014-04-13 | 2014-06-25 | 北京工业大学 | Data transmission method suitable for trusted connection |
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