WO2011130981A1 - 一种实现物联网业务的方法及系统 - Google Patents

一种实现物联网业务的方法及系统 Download PDF

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Publication number
WO2011130981A1
WO2011130981A1 PCT/CN2010/076145 CN2010076145W WO2011130981A1 WO 2011130981 A1 WO2011130981 A1 WO 2011130981A1 CN 2010076145 W CN2010076145 W CN 2010076145W WO 2011130981 A1 WO2011130981 A1 WO 2011130981A1
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WIPO (PCT)
Prior art keywords
application
module
access module
access
service
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PCT/CN2010/076145
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English (en)
French (fr)
Inventor
李钦
周功财
宋亚宁
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Priority to EP10850113.1A priority Critical patent/EP2563092B1/en
Priority to US13/643,005 priority patent/US9071657B2/en
Publication of WO2011130981A1 publication Critical patent/WO2011130981A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/34Network arrangements or protocols for supporting network services or applications involving the movement of software or configuration parameters 
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/50Service provisioning or reconfiguring
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/70Services for machine-to-machine communication [M2M] or machine type communication [MTC]

Definitions

  • the present invention relates to the field of mobile wireless communication networks, and in particular, to a method and system for implementing an Internet of Things service. Background technique
  • the Internet of Things is the Internet of Things. This has two meanings: First, the core and foundation of the Internet of Things is still the Internet, a network that extends and expands on the Internet; Second, its client extends and extends between any item and item for information exchange and communication. Therefore, the Internet of Things is defined as information sensing devices such as radio frequency identification (RFID), infrared sensors, global positioning systems, laser scanners, etc., which connect any item to the Internet according to a contractual agreement.
  • RFID radio frequency identification
  • the Internet of Things is a world full of intelligence. .
  • the "object” here needs to meet the following conditions to be included in the scope of the Internet of Things: 1. Receiver with corresponding information; 2. Have a data transmission channel; 3. Have a certain storage function; 4. Have a CPU 5, to have an operating system; 6, to have a special application; 7, to have a data transmitter; 8, follow the Internet of Things communication protocol; 9, in the Internet has a unique number that can be identified.
  • the Internet of Things is widely used in intelligent transportation, environmental protection, government work, public safety, safe home, intelligent fire protection, industrial monitoring, elderly care, personal health, flower cultivation, water monitoring, food traceability, enemy investigation and intelligence gathering. field.
  • the Internet of Things is fully utilized in all walks of life, in particular, by embedding and equipping sensors into the grid.
  • various objects such as railways, bridges, tunnels, highways, buildings, water supply systems, dams, oil and gas pipelines, etc., then integrate the Internet of Things with the existing Internet to realize the integration of human society and physical systems in this integrated network.
  • there is a super-powerful central computer cluster that enables real-time management and control of people, machines, equipment and infrastructure within the integrated network.
  • Figure 1 shows the networking diagram of the existing IoT service.
  • the application of the IoT service has the following shortcomings: 1.
  • the lack of a control center controls the IoT service, and combines the applications in the IoT business system.
  • Providing comprehensive services and services, making various applications have certain difficulties in achieving comprehensive utilization of resources and sharing information; for example, fire warning systems, when there is smoke, there will be an alarm sound and the sprinkler will be turned on, but not with External contact, such as triggering the user's mobile phone to automatically dial 119;
  • the Internet of Things business is formed at a time, later modification and update is more difficult, because in the modification of the business must be modified for each terminal of the Internet of Things, and the Internet of Things
  • the number of terminals is huge, so if you make changes, the workload is huge. Summary of the invention
  • the main object of the present invention is to provide a method and system for implementing an Internet of Things service, and to rapidly develop an integrated Internet of Things service.
  • the present invention provides a system for implementing an Internet of Things service, including: a service generation module, an application generation module, an access module, a control module, and an execution module;
  • a service generation module configured to generate a description script and a process script according to the required service, send the description script to the application generation module, and send the process script to the control module;
  • An application generation module configured to generate an application according to the description script, and send the application to the access Module
  • An access module configured to receive an input of the Internet of Things terminal, process the input of the Internet of Things terminal by using the application, and send the processed data to the control module;
  • control module configured to run the process script, and invoke an execution module to perform an operation according to data sent by the access module
  • An execution module for performing an operation based on a call of the control module.
  • the method further includes:
  • An application management module respectively connected to the application generation module and the access module is configured to receive an application generated by the application generation module, manage the application, and provide a program to the access module.
  • the access module is further configured to: send a registration request to the application management module, and save an authentication code and an identity identification number (ID) allocated by the application management module;
  • ID identity identification number
  • the application management module is further configured to: register the access module, and allocate an authentication code and an ID to the registered access module.
  • the access module is further configured to: request, according to the authentication code, the application management module to operate an authentication code, and/or request to download/upgrade an application;
  • the application management module is further configured to: verify the access module according to the authentication code, perform operation on the authentication code after the verification is passed, and/or allow the access module to download/upgrade the application program.
  • the application management module is configured to provide an application to the access module as: dividing the application into multiple binary files, and assigning serial numbers to the binary files in order;
  • the access module is further configured to: sort the received binary files according to the serial number, and assemble the complete file to obtain the application.
  • the invention also provides a method for implementing an Internet of Things service, comprising:
  • the application generation module generates an application according to the description script generated by the service generation module, and concurrently generates Send to the access module;
  • the access module receives the input of the Internet of Things terminal, processes the input of the Internet of Things terminal by using the application program, and sends the processed data to the control module;
  • the control module runs the process script generated by the service generation module, and according to the data sent by the access module, invokes the corresponding execution module to perform the operation.
  • the method before the sending to the access module, the method further includes:
  • the application management module receives the application generated by the application generation module, and manages the application
  • the access module sends a registration request to the application management module
  • the application management module registers the access module, and allocates an authentication code and an ID to the registered access module;
  • the access module saves the authentication code and ID assigned by the application management module
  • the application management module provides an application to the access module.
  • the above method further includes:
  • the access module requests the application management module to operate the authentication code based on the authentication code, and/or requests to download/upgrade the application;
  • the application management module verifies the access module according to the authentication code, and after the verification is passed, operates the authentication code, and/or allows the access module to download/upgrade the application.
  • the method before the application generation module generates the application according to the description script generated by the service generation module, the method further includes:
  • the service generation module generates a process script and a description script according to the required service, sends the description script to the application generation module, and sends the process script to the control module;
  • the process script is used to describe a business process, and the description script is used to describe the application capability of the service.
  • the application generation module generates a description script generated according to the service generation module.
  • the application is:
  • the application generation module analyzes the description script sent by the service generation module by using a grammar, generates executable code according to the configuration, and compiles the compiler to compile the code to obtain an application.
  • the application management module provides an application to the access module as: dividing the application into multiple binary files, and assigning serial numbers to the binary files in order;
  • the method further includes: sorting the received binary files according to the serial number, and assembling the complete file to obtain the application.
  • the application management module manages the application, and the method includes: the application management module receives the application sent by the application generation module, assigns a number to the application, adds a function description of the application, and performs an application on the application based on the number. management.
  • the invention provides a method and system for realizing the Internet of Things business, fully utilizes the resources of the Internet of Things, succinctly formulates the process script of the Internet of Things service, and automatically generates an application program, and uses the access module to uniformly receive the input of the Internet of Things terminal, and controls The module controls the process and rapidly deploys the operation of the IoT business, so that the modules in the system can coordinate work, quickly develop a comprehensive IoT business, improve market competitiveness, and have obvious economic and social benefits.
  • control module monitors the process of the IoT service, it ensures the security of the IoT service. At the same time, because the control module is only responsible for controlling the information, it does not perform the IoT service, and does not cause the load of the IoT control module. is too big.
  • FIG. 1 is a schematic diagram of networking of an Internet of Things service in the prior art
  • FIG. 2 is a schematic structural diagram of a system for implementing an Internet of Things service according to an embodiment of the present invention
  • FIG. 3 is a schematic flowchart of a method for implementing an Internet of Things service according to an embodiment of the present invention.
  • the present invention provides a method and system for implementing an Internet of Things service.
  • the basic idea is:
  • the application generation module generates an application according to a description script generated by the service generation module, and sends the application to the access module;
  • the access module receives the input of the Internet of Things terminal.
  • the application program is used to process the input of the Internet of Things terminal, and the processed data is sent to the control module;
  • the control module runs the process script generated by the service generation module, and invokes the corresponding execution module according to the data sent by the access module. Perform the operation.
  • FIG. 2 is a schematic structural diagram of a system for implementing an Internet of Things service according to an embodiment of the present invention.
  • the system includes: a service generation module 21, an application generation module 22, The access module 24, the control module 25, and the execution module 26, wherein the service generation module 21 is configured to generate a description script and a process script, and send the description script and the control module 25 to the application generation module 22 and the control module 25 respectively;
  • the process the content of which is the information of the script itself, the code of the business process, the name of the business process, the service provider described in the business process; the description script is used to describe the application capability of the business;
  • the application generating module 22 is configured to generate an application according to the description script sent by the service generation module 21, and send the application to the access module 24;
  • the access module 24 is configured to receive an input of the Internet of Things terminal, process the input of the Internet of Things terminal by using the application, and send the processed data to the control module 25;
  • the control module 25 is configured to run a process script sent by the service generation module 21, and invoke the execution module 26 to perform an operation according to the data sent by the access module 24;
  • the execution module 26 is configured to perform an operation according to the call of the control module 25; in a system, the application according to the Internet of Things service may have multiple execution modules for performing different operations according to the call of the control module 25; for example, For the application of regional temperature monitoring, there are the following execution modules: the execution module of the air conditioner, the execution module of the alarm administrator, and the execution module of the alarm alarm;
  • the system further includes:
  • the application management module 23 is connected to the application generation module 22 and the access module 24, respectively, for receiving the application generated by the application generation module 22, managing the application, and providing the application to the access module 24;
  • the application management module 23 is also used to register the access module 24;
  • the processing of the application by the application management module 23 is specifically: the application management module 23 receives the application sent by the application generation module 22, assigns the number to the application, and adds information such as the function description of the application, and according to the size of the application, The application is split into multiple small files, which are binary files;
  • the application management module 23 registers the access module 24, specifically: the application management module 23 receives the registration request of the access module 24, registers the access module 24, and assigns an authentication code and an identity to the registered access module 24. Number (ID, IDentity);
  • the access module 24 can receive multiple files, assemble the multiple files into a complete application, and save the authentication code and ID assigned by the application management module 23; the access module 24 utilizes the authentication code.
  • the application management module 23 interacts with the application management module 23 to delete/modify the authentication code and extend the use period of the authentication code.
  • the access module 24 can download the application and upgrade from the application management module 23.
  • the application module 24 processes the input of the Internet of Things terminal by using the application program, and sends the processed data to the control module 25; if the authentication code of the access module 24 is verified by the application management module 23
  • the application management module 23 deletes the authentication code, and the application management module 23 deletes the authentication code of the access module 24.
  • the application management module 23 re-allocates the authentication code.
  • the weight code is sent to the access module 24, and the new authentication code is sent to the access module 24, and the application management module 23 enters the old authentication code. Update.
  • FIG. 3 is a schematic flowchart of a method for implementing an Internet of Things service according to an embodiment of the present invention. As shown in FIG. 3, the method includes the following steps: Step 301: A process for generating a service generation module a script and a description script, and respectively sent to the control module and the application generation module;
  • the service generation module generates a process script and a description script according to the required service, and the process script is provided to the control module, where the process script is used to describe the business process, and the content is the information of the script itself, such as the code of the business process, the business process.
  • the period of setting the script is 5 minutes, and the script is run every day;
  • the control module provides various application capabilities and algorithms.
  • the application capability and algorithm provided by the control module are described by a script, which is a description script, and the description script is provided to the application generation.
  • the description script is used to describe the application capabilities of the business.
  • the application capabilities include access to the database, location, short message, MMS, image processing, etc. For example, for regional temperature monitoring applications, four application capabilities are required, namely temperature acquisition.
  • the process script and the description script are extensible markup language (XML) scripts;
  • the control module abstracts the application capability of the service into various XML tags, and each tag corresponds to the icon, providing a visual mode.
  • the tag is a description of the application capability.
  • An application capability corresponds to a tag.
  • the tag has attributes. Each attribute corresponds to a code.
  • the attributes of the application capability such as ip, user, password, etc.; the icon corresponds to the class, the class is stored in the memory of the system, and the element in the class is used to correspond to the value of the attribute in the tag, and the attribute in the tag
  • the control module can interpret the process script; when generating the process script, based on the control statement provided by the control module, combined with the icons corresponding to the various XML tags, the process script can be generated;
  • the service generation module After the process script and the description script are generated, the service generation module automatically packages the two scripts into compressed files, and sends them to the control module and the application generation module respectively through the provided web interface; because the flow of the method of the present invention is generated based on this step. Two scripts are executed, so when it is necessary to re-establish the IoT business or modify the formed IoT business, you only need to re-define the process script and description script in this step, or modify the process script and description script. Yes, there is no need to reconfigure every module in the system.
  • Step 302 The application generation module generates an application according to the description script, and sends the application to the application management module.
  • the application generation module receives the description script sent by the service generation module, because the control module can provide a plurality of solidified control statements, application capabilities, algorithms, and syntax, because the control statements and algorithms are represented by classes, and corresponding
  • the code is implemented, the application generation module interprets the code describing the attributes of the tags in the script, and according to the configuration, generates code that can be run on the operating system, and the compiler that calls the operating system under the operating system compiles the code to compile the code.
  • get the application the application generation module sends the application to the application management module; the configuration is the type of the operating system that specifies the application to run.
  • Step 303 The application management module manages the application and registers the access module. Specifically, the application management module receives the application generated by the application generation module, assigns the number to the application, and adds information such as the function description of the application.
  • the function description of the application facilitates the application management module to manage the application and facilitate the user to view the function of the application; the number assigned to the application is convenient for the application management module to manage the application, After the management module generates a new application, the corresponding number and function description of the application are saved in the application list; in the actual application, the application management module sends the application to the access module through the multimedia message, the application
  • the size of the attachment usually exceeds the size of the attachment that the MMS can carry, so the application is divided into multiple small files according to the size of the application.
  • the file in this embodiment is a binary file; multiple small files of the same application.
  • the theme of the file is the same.
  • the number of the small files is different.
  • the number consists of two parts, one is the number of the application where the file is located, and the other is the serial number of the file.
  • the serial number of the file is the application management module according to the application when splitting the application. The order in which the files are split is assigned to the file;
  • the application management module receives the registration request of the access module through the provided web page, registers the access module, and assigns an authentication code and an identity identification number (ID, Identity) to the registered access module, and the authentication code may be random.
  • the generated string may be generated according to the registration order of the access module.
  • the application management module encrypts the randomly generated authentication code by using a unified encryption function, and then sends the encrypted authentication code to the access module.
  • the ingress module saves the encrypted authentication code, and each time the access module and the application management module interact to provide an authentication code, the application management module searches for a unified decryption function corresponding to the unified encryption function to decrypt the authentication code.
  • the decrypted authentication code is consistent with the authentication code assigned by the application management module to the access module, and the access module passes the verification.
  • the application management module can receive the access module. After the access module is registered, the application management module saves the authentication code sent to the access module. ID;
  • the application management module can receive the request to delete/modify the authentication code sent by the access module according to the requirement, extend the use period of the authentication code, download the application, and upgrade the application. After receiving the request, the application management module can delete and modify the authentication code, which can extend the use period of the authentication code, and can allow the access module to download the application and upgrade the application.
  • Step 304 The access module receives the input of the Internet of Things terminal, processes the input of the Internet of Things terminal by using an application acquired from the application management module, and sends the processed data to the control mode. Piece;
  • the access module receives input of the Internet of Things terminal, such as camera, infrared, and recording; after receiving the input of the Internet of Things terminal, the access module sends a request to the application management module to request to acquire an application, and the request carries The access module wants to obtain the number of the application, and the access module sends the authentication code and the ID to the application management module. After the application management module verifies the authentication code, the application management module can receive the access sent by the access module.
  • the Internet of Things terminal such as camera, infrared, and recording
  • the request of the application, the application corresponding to the number is found in the application list according to the number, and the plurality of files obtained after processing the application are sequentially sent to the access module by using the multimedia message; the list is preset in the access module, in the list
  • the IoT terminal connected to the access module is stored, and the application that needs to be utilized for processing the data of each IoT terminal, and the number of the program are updated, and the list is updated each time a new application is generated.
  • the list access module can know the application that the input of the Internet of Things terminal needs to utilize, And the number corresponding to the application, the number is sent to the application management module; the application management module receives the registration when the access module first requests the application management module to acquire the program, and then obtains from the application management module.
  • the program no longer needs to register; the access module receives multiple files from the application management module, finds multiple files with the same theme according to the theme, and determines the order of each file in the entire file according to the serial number of each file, The files are sorted and finally assembled into a complete file.
  • This file is the application.
  • the access module needs to save the assigned authentication code and ID.
  • the authentication code can be used to interact with the application management module. After the authentication code is verified, The application management module can delete/modify the authentication code and extend the use period of the authentication code.
  • the access module can download the application and upgrade the application from the application management module. If the access module is interacting with the application management module, Cannot download the application and upgrade without providing the authentication code and ID.
  • An application or the like if the authentication code of the access module is verified by the application management module, requesting the application management module to delete the authentication code, and the application management module deletes the authentication code of the access module, if the access module requests the application
  • the management module modifies the authentication code, and the application management module re-assigns the authentication code to the access module, and sends the new authentication code. Giving the access module, and the application management module updates the old authentication code;
  • the access module processes the input of the Internet of Things terminal by using an application acquired from the application management module, and sends the processed data to the control module in a standard format, where the standard format is a string separated by a ##;
  • the access module communicates with the IoT terminal having the temperature sensing function, and the IoT terminal writes the sensed temperature data into the file, sends the file to the access module, and the access module utilizes the slave application.
  • the application capability of the read file in the application acquired by the management module reads the temperature data from the file, and the data is represented by a string, and the middle is separated by a # or a comma, and the data includes time, place, temperature.
  • Etc. using the algorithm to obtain the substring from the string, in this example, only need to use the temperature data to judge, so the algorithm does not obtain the substring of the data such as time and place, only need to obtain the substring of the temperature data, if the object
  • the networking terminal gets the Fahrenheit temperature, but the region uses Celsius.
  • Temperature it is necessary to use the algorithm to convert the temperature data, use the organization algorithm to organize the temperature data to be sent, form the data in the format that the control module can receive, and then the access module adds the identifier to the temperature data and sends it to the control module. , identifies the IoT terminal used to distinguish the input of the data.
  • Step 305 The control module runs a process script, and according to the data sent by the access module, invokes a corresponding execution module to perform an operation;
  • the control module receives the process script sent by the service generation module, and parses the process script; because the content in the process script is an association between the icon and the icon, the control module cannot interpret the content of the process script, and the control module according to the icon of the process script Find the class corresponding to the icon in the memory, assign the value of the attribute in the tag corresponding to the icon to the element in the class, so that the control module can interpret the content of the process script through the value of the element in the class, that is, the process
  • the business process described by the script the control module executes the business process described in the process script, and the control module receives the data sent by the access module, calls the algorithm to process the data, and according to the processed data, invokes the corresponding execution module to perform the operation.
  • the processing may be an operation of determining, calculating, or the like; For example, for the application of the regional temperature monitoring, the control module obtains the IoT terminal that inputs the data according to the identifier in the data sent by the access module, and determines the current temperature range according to the corresponding algorithm of the IoT terminal, and the Internet of Things terminal and the corresponding The corresponding relationship of the algorithm may be pre-configured in the control module; if the temperature data sent by the IoT terminal to the access module indicates that the temperature is higher than 10 degrees and lower than 20 degrees, the control module invokes the execution module of the air conditioner to turn on the air conditioner.
  • the control module calls the execution module of the alarm administrator, and the alarm light is on, reminding the administrator that the temperature is higher than 20 degrees. If the temperature data sent by the IoT terminal to the access module indicates that the temperature is higher than 30 degrees, the control module invokes the execution module of the alarm alarm, the alarm bells, and issues an alarm; the control module and the access module and each execution module Interaction can be achieved by SMS.

Abstract

本发明公开一种实现物联网业务的方法和系统。本发明方案中:业务生成模块根据需求的业务生成描述脚本和流程脚本,并分别发送给应用生成模块和控制模块;应用生成模块根据业务生成模块生成的描述脚本生成应用程序,并发送给接入模块;接入模块接收物联网终端的输入,利用所述应用程序对物联网终端的输入进行处理,将处理后的数据发送给控制模块;控制模块运行业务生成模块发送的流程脚本,并根据接入模块发送的数据,调用执行模块执行操作;执行模块根据控制模块的调用执行操作。根据本发明的技术方案,快速的开发出综合的物联网业务。

Description

一种实现物联网业务的方法及系统 技术领域
本发明涉及移动无线通信网领域, 尤其涉及一种实现物联网业务的方 法及系统。 背景技术
物联网 (The Internet of Things )就是 "物物相连的互联网", 这有两层 意思: 第一, 物联网的核心和基础仍然是互联网, 是在互联网基础之上延 伸和扩展的一种网络; 第二, 其用户端延伸和扩展到了任何物品与物品之 间, 进行信息交换和通信。 因此, 物联网的定义是通过射频识别 (RFID, Radio Frequency Identification ), 红外感应器、 全球定位系统、 激光扫描器 等信息传感设备, 按约定的协议, 把任何物品与互联网连接起来, 进行信 息交换和通信, 以实现智能化识别、 定位、 跟踪、 监控和管理的一种网络。 在这个网络中, 物品能够彼此进行交流, 而无需用户的干预, 其实质是利 用各种技术, 通过计算机互联网实现物品的自动识别和信息的互联与共享, 可以说物联网是充满智能化的世界。 这里的 "物" 需要满足以下条件才能 够被纳入物联网的范围: 1、 要有相应信息的接收器; 2、 要有数据传输通 道; 3、 要有一定的存储功能; 4、 要有 CPU; 5、 要有操作系统; 6、 要有 专门的应用程序; 7、 要有数据发送器; 8、 遵循物联网的通信协议; 9、 在 互联网中有可被识别的唯一编号。
物联网用途广泛, 遍及智能交通、 环境保护、 政府工作、 公共安全、 平安家居、 智能消防、 工业监测、 老人护理、 个人健康、 花卉栽培、 水系 监测、 食品溯源、 敌情侦查和情报搜集等多个领域。 物联网把新一代 IT技 术充分运用在各行各业之中, 具体地说, 就是把感应器嵌入和装备到电网、 铁路、 桥梁、 隧道、 公路、 建筑、 供水系统、 大坝、 油气管道等各种物体 中, 然后将物联网与现有的互联网整合起来, 实现人类社会与物理系统的 整合, 在这个整合的网络当中, 存在能力超级强大的中心计算机群, 能够 对整合网络内的人员、 机器、 设备和基础设施实施实时的管理和控制, 在 此基础上, 人类可以以更加精细和动态的方式管理生产和生活, 达到 "智 慧" 状态, 提高资源利用率和生产力水平, 改善人与自然间的关系; 毫无 疑问, 如果物联网时代来临, 人们的日常生活将发生翻天覆地的变化。
图 1 为现有的物联网业务的组网示意图, 目前物联网业务的应用存在 以下一些缺陷: 1、 缺少一个控制中心对物联网业务进行控制, 将物联网业 务系统中的各个应用结合起来, 提供全面的业务和服务, 使得各种应用在 实现综合利用资源和共享信息方面存在一定的困难; 例如, 火灾预警系统, 在检测到有浓烟时会有报警声并开启洒水装置, 但是不能与外部联系, 比 如触发用户的手机自动拨打 119; 2、 物联网业务是一次成型的, 后期的修 改和更新比较困难, 因为在修改业务时必须针对物联网的每个终端进行修 改, 而物联网的终端数量是巨大的, 因此如果进行修改, 工作量也是巨大 的。 发明内容
有鉴于此, 本发明的主要目的在于提供一种实现物联网业务的方法及 系统, 快速的开发出综合的物联网业务。
为达到上述目的, 本发明的技术方案是这样实现的:
本发明提供一种实现物联网业务的系统, 包括: 业务生成模块、 应用 生成模块、 接入模块、 控制模块、 执行模块; 其中,
业务生成模块, 用于根据需求的业务生成描述脚本和流程脚本, 并将 描述脚本发送给应用生成模块、 将流程脚本发送给控制模块;
应用生成模块, 用于根据所述描述脚本生成应用程序, 并发送给接入 模块;
接入模块, 用于接收物联网终端的输入, 利用所述应用程序对物联网 终端的输入进行处理, 将处理后的数据发送给控制模块;
控制模块, 用于运行所述流程脚本, 并根据接入模块发送的数据, 调 用执行模块执行操作;
执行模块, 用于根据控制模块的调用执行操作。
上述系统中, 还包括:
分别与应用生成模块和接入模块相连接的应用管理模块, 用于接收应 用生成模块生成的应用程序, 对所述应用程序进行管理, 并向接入模块提 供应用程序。
上述系统中, 所述接入模块, 还用于: 向所述应用管理模块发送注册 请求, 并保存应用管理模块分配的鉴权码和身份标识号码(ID ) ;
所述应用管理模块, 还用于: 对所述接入模块进行注册, 对通过注册 的接入模块分配鉴权码和 ID。
上述系统中, 所述接入模块, 还用于: 基于所述鉴权码请求所述应用 管理模块对鉴权码进行操作, 和 /或, 请求下载 /升级应用程序;
所述应用管理模块, 还用于: 根据所述鉴权码对接入模块进行验证, 验证通过后, 对所述鉴权码进行操作, 和 /或, 允许所述接入模块下载 /升级 应用程序。
上述系统中, 应用管理模块用于向接入模块提供应用程序为: 将应用 程序分割为多个二进制文件, 按照顺序为二进制文件分配序号;
所述接入模块, 还用于: 根据所述序号对接收的二进制文件进行排序, 并组装成完整的文件, 得到所述应用程序。
本发明还提供一种实现物联网业务的方法, 包括:
应用生成模块根据业务生成模块生成的描述脚本生成应用程序, 并发 送给接入模块;
接入模块接收物联网终端的输入, 利用所述应用程序对物联网终端的 输入进行处理, 将处理后的数据发送给控制模块;
控制模块运行业务生成模块生成的流程脚本, 并根据接入模块发送的 数据, 调用相应的执行模块执行操作。
上述方法中, 所述发送给接入模块之前, 进一步包括:
应用管理模块接收应用生成模块生成的应用程序, 对所述应用程序进 行管理;
接入模块向所述应用管理模块发送注册请求;
应用管理模块对所述接入模块进行注册, 对通过注册的接入模块分配 鉴权码和 ID;
接入模块保存应用管理模块分配的鉴权码和 ID;
应用管理模块向接入模块提供应用程序。
上述方法中, 进一步包括:
接入模块基于所述鉴权码请求应用管理模块对鉴权码进行操作,和 /或, 请求下载 /升级应用程序;
应用管理模块根据所述鉴权码对接入模块进行验证, 验证通过后, 对 所述鉴权码进行操作, 和 /或, 允许所述接入模块下载 /升级应用程序。
上述方法中, 所述应用生成模块根据业务生成模块生成的描述脚本生 成应用程序之前, 还包括:
业务生成模块根据需求的业务生成流程脚本和描述脚本, 将描述脚本 发送给应用生成模块, 将流程脚本发送给控制模块;
所述流程脚本用于描述业务流程, 所述描述脚本用于描述业务的应用 能力。
上述方法中, 所述应用生成模块根据业务生成模块生成的描述脚本生 成应用程序为:
应用生成模块利用语法对业务生成模块发送的描述脚本进行分析, 根 据配置, 生成可运行的代码, 调用编译器对所述代码进行编译, 得到应用 程序。
上述方法中, 所述应用管理模块向接入模块提供应用程序为: 将应用 程序分割为多个二进制文件, 按照顺序为二进制文件分配序号;
所述利用所述应用程序对物联网终端的输入进行处理之前, 还包括: 根据所述序号对接收的二进制文件进行排序, 并组装成完整的文件, 得到 所述应用程序。
上述方法中, 所述应用管理模块对应用程序进行管理, 包括: 应用管理模块接收应用生成模块发送的应用程序, 分配编号给应用程 序, 添加应用程序的功能说明, 基于所述编号对应用程序进行管理。
本发明提供实现物联网业务的方法及系统, 充分利用物联网的资源, 简洁地制定物联网业务的流程脚本, 并可自动生成应用程序, 利用接入模 块统一接收物联网终端的输入, 通过控制模块控制流程, 快速的部署物联 网业务运行, 使系统中的模块可以协调工作, 快速的开发出综合的物联网 业务, 提高市场竟争力, 并具有明显的经济效益和社会效益。
由于控制模块对物联网业务的流程进行全程监控, 保障了物联网业务 的安全性; 同时, 由于控制模块只负责控制信息, 并不执行物联网业务, 并不会造成物联网的控制模块的负荷过大。 附图说明
图 1为现有技术中物联网业务的组网示意图;
图 2为本发明实施例中实现物联网业务的系统的结构示意图; 图 3为本发明实施例中实现物联网业务的方法的流程示意图。 具体实施方式
本发明提供一种实现物联网业务的方法及系统, 其基本思想是: 应用 生成模块根据业务生成模块生成的描述脚本生成应用程序, 并发送给接入 模块; 接入模块接收物联网终端的输入, 利用所述应用程序对物联网终端 的输入进行处理, 将处理后的数据发送给控制模块; 控制模块运行业务生 成模块生成的流程脚本, 并根据接入模块发送的数据, 调用相应的执行模 块执行操作。
下面通过附图及具体实施例对本发明再做进一步的详细说明。
本发明提供一种实现物联网业务的系统, 图 2是本发明实施例中实现 物联网业务的系统的结构示意图, 如图 2所示, 该系统包括: 业务生成模 块 21、 应用生成模块 22、 接入模块 24、 控制模块 25、 执行模块 26; 其中, 业务生成模块 21 , 用于生成描述脚本和流程脚本, 并分别发送给应用 生成模块 22和控制模块 25; 所述流程脚本用于描述业务流程, 其内容是脚 本自身的信息, 该信息包括业务流程的代码、 业务流程的名称、 业务流程 所述的服务提供商; 描述脚本用于描述业务的应用能力;
应用生成模块 22 ,用于根据业务生成模块 21发送的描述脚本生成应用 程序, 并发送给接入模块 24;
接入模块 24, 用于接收物联网终端的输入, 利用应用程序对物联网终 端的输入进行处理, 将处理后的数据发送给控制模块 25;
控制模块 25 , 用于运行业务生成模块 21发送的流程脚本, 并根据接入 模块 24发送的数据, 调用执行模块 26执行操作;
执行模块 26, 用于根据控制模块 25的调用执行操作; 在一套系统中, 根据物联网业务的应用可以存在多个执行模块, 用于根据控制模块 25的调 用执行不同的操作; 例如, 对于区域温度监控的应用, 有如下执行模块: 开启空调的执行模块、 告警管理员的执行模块、 告警器报警的执行模块; 该系统进一步包括:
应用管理模块 23 , 分别与应用生成模块 22和接入模块 24相连接, 用 于接收应用生成模块 22生成的应用程序, 对应用程序进行管理, 并向接入 模块 24提供应用程序;
应用管理模块 23还用于对接入模块 24进行注册;
应用管理模块 23对应用程序的处理具体为: 应用管理模块 23接收应 用生成模块 22发送的应用程序, 分配编号给应用程序, 并且添加应用程序 的功能说明等信息, 并根据应用程序的大小, 将应用程序分割成多个小的 文件, 该文件为二进制文件;
应用管理模块 23对接入模块 24进行注册具体为: 应用管理模块 23接 收接入模块 24的注册请求, 对接入模块 24进行注册, 对通过注册的接入 模块 24分配鉴权码和身份标识号码(ID, IDentity ) ;
所述接入模块 24可以接收到多个文件, 并将多个文件组装成一个完整 的应用程序, 并保存应用管理模块 23分配的鉴权码和 ID; 接入模块 24利 用所述鉴权码与应用管理模块 23进行交互, 鉴权码通过验证后, 应用管理 模块 23进行删除 /修改鉴权码、 延长鉴权码的使用期限, 接入模块 24可以 从应用管理模块 23下载应用程序和升级应用程序; 接入模块 24利用所述 应用程序对物联网终端的输入进行处理, 并将处理后的数据发送给控制模 块 25; 如果接入模块 24的鉴权码在通过应用管理模块 23验证后, 请求应 用管理模块 23删除鉴权码, 应用管理模块 23将该接入模块 24的鉴权码删 除, 如果接入模块 24请求应用管理模块 23修改鉴权码, 应用管理模块 23 就重新分配鉴权码给接入模块 24, 将新的鉴权码发送给接入模块 24, 同时 应用管理模块 23对旧的鉴权码进行更新。
本发明中各个模块的运行环境可以是各种类型的操作系统, 如 Windows操作系统、 Linux操作系统等。 本发明提供一种实现物联网业务的方法, 图 3是本发明实施例中实现 物联网业务的方法的流程示意图, 如图 3所示, 该方法包括以下步骤: 步骤 301 , 业务生成模块生成流程脚本和描述脚本, 并分别发送给控制 模块和应用生成模块;
具体的, 业务生成模块根据需求的业务生成流程脚本和描述脚本, 流 程脚本被提供给控制模块, 流程脚本用于描述业务流程, 其内容是脚本自 身的信息, 如业务流程的代码、 业务流程的名称、 业务流程所属的服务提 供商等; 例如, 对于区域温度监控的应用, 流程脚本需要周期性运行, 设 置该脚本的周期是 5分钟, 每天都运行该脚本;
控制模块提供各种应用能力和算法, 在充分考虑业务的实际应用的情 况下, 将控制模块提供的应用能力和算法, 用一个脚本描述出来, 该脚本 为描述脚本, 描述脚本被提供给应用生成模块; 描述脚本用于描述业务的 应用能力, 应用能力包括访问数据库、 定位、 短信息、 彩信、 图像处理等; 例如, 对于区域温度监控的应用, 需要具备四种应用能力, 分别是获取温 度的应用能力、 开启空调的应用能力、 告警管理员的应用能力和告警器报 警的应用能力;
本实施例中,流程脚本和描述脚本是可扩展标记语言( XML, Extensible Markup Language )脚本; 控制模块将业务的应用能力抽象为各种 XML标 签, 每个标签都与图标对应, 提供可视化的模式; 标签是对应用能力的描 述, 一种应用能力对应一个标签, 标签中有属性, 每个属性对应一个代码, 如数据库访问应用能力标签为 <Database ip=10.130.72.144 user=user password=pass\>, 这个标签就告诉控制模块需要访问数据库, 并告诉控制 模块访问的地址、 用户和密码, 这些标签是预设好的; 图标是用来方便简 洁地生成流程脚本的, 如对于数据库应用能力, 就可以对应一个图标, 把 图标放到业务生成模块中, 然后单击图标, 就会弹出对话框, 填入数据库 应用能力的属性, 如 ip、 user, password等; 图标与类对应, 所述类保存在 系统的内存中, 类中的元素是用于与标签中的属性的值对应的, 将标签中 的属性的值赋给类中的元素后, 控制模块就可以解读流程脚本; 在生成流 程脚本时,基于控制模块提供的控制语句,结合各种 XML标签对应的图标, 就可以生成流程脚本;
生成流程脚本和描述脚本后, 业务生成模块自动对两个脚本分别打包 成压缩文件, 通过提供的 web界面分别发送给控制模块和应用生成模块; 因为本发明方法的流程都是基于本步骤中生成的两个脚本进行的, 因此当 需要重新制定物联网业务或者对已形成物联网业务进行修改时, 只需要在 本步骤中重新制定流程脚本和描述脚本, 或者对流程脚本和描述脚本进行 修改即可, 不需要针对系统中的每一个模块进行重新配置。
步骤 302,应用生成模块根据描述脚本生成应用程序, 并发送给应用管 理模块;
具体的, 应用生成模块接收业务生成模块发送的描述脚本, 由于控制 模块能够提供很多固化的控制语句、 应用能力、 算法和语法, 因为控制语 句和算法都是以类来体现的, 并且提供了相应的代码来实现, 应用生成模 块解读出描述脚本中标签的属性的代码, 根据配置, 生成可运行于操作系 统的代码, 在该操作系统下应用生成模块调用操作系统的编译器对该代码 进行编译, 得到应用程序, 应用生成模块将应用程序发送到应用管理模块; 所述配置就是指定应用程序要运行的操作系统的类型。
步骤 303 ,应用管理模块对应用程序进行管理,并对接入模块进行注册; 具体的, 应用管理模块接收应用生成模块生成的应用程序, 分配编号 给应用程序, 并且添加应用程序的功能说明等信息, 该应用程序的功能说 明便于应用管理模块对应用程序进行管理以及便于用户查看应用程序的功 能; 分配给应用程序的编号是便于应用管理模块对应用程序进行管理, 应 用管理模块在生成一个新的应用程序后, 会将该应用程序对应的编号、 功 能说明保存在应用程序列表中; 在实际应用中应用管理模块是通过彩信向 接入模块发送应用程序, 应用程序的大小通常会超出彩信可承载的附件的 大小, 所以根据应用程序的大小, 将应用程序分割成多个小的文件, 本实 施例中的文件是二进制文件; 同一个应用程序的多个小的文件的主题相同, 多个小的文件的编号不同, 该编号由两部分组成, 一部分是文件所在应用 程序的编号, 另一部分为文件的序号; 文件的序号是应用管理模块在分割 应用程序时按照被分割出来文件的顺序分配给文件的;
应用管理模块通过提供的 web页面接收接入模块的注册请求, 对接入 模块进行注册, 对通过注册的接入模块分配鉴权码和身份标识号码(ID , Identity ) , 鉴权码可以是随机生成的字符串, ID可以是根据接入模块的注 册顺序生成的, 应用管理模块利用统一的加密函数对随机生成的鉴权码加 密后, 将加密后的鉴权码发送给接入模块, 接入模块保存该加密后的鉴权 码, 每次接入模块和应用管理模块进行交互都需要提供鉴权码, 应用管理 模块查找与统一的加密函数对应的统一的解密函数对鉴权码进行解密处 理, 解密后的鉴权码如果与应用管理模块分配给接入模块的鉴权码一致, 该接入模块就通过验证, 成功通过鉴权码的验证后应用管理模块才能接收 接入模块发送的信息; 在接入模块注册通过后, 应用管理模块会保存对该 接入模块下发的鉴权码和 ID; 除此之外, 鉴权码通过验证后, 应用管理模 块才能接收接入模块根据需求发送的删除 /修改鉴权码、 延长鉴权码的使用 期限、 下载应用程序和升级应用程序等请求, 接收到请求后, 应用管理模 块可以删除、 修改鉴权码, 可以延长鉴权码的使用期限, 可以允许接入模 块下载应用程序以及对应用程序进行升级。
步骤 304,接入模块接收物联网终端的输入, 利用从应用管理模块获取 的应用程序对物联网终端的输入进行处理, 将处理后的数据发送给控制模 块;
具体的, 接入模块接收物联网终端的输入, 例如摄像、 红外和录音等; 收到物联网终端的输入后, 接入模块发送请求给应用管理模块, 请求获取 应用程序, 请求中携带有接入模块想要获取的应用程序的编号, 接入模块 同时将鉴权码和 ID发送给应用管理模块, 应用管理模块对鉴权码进行验证 后, 应用管理模块可以收到接入模块发送的获取应用程序的请求, 根据编 号在应用程序列表中找到该编号对应的应用程序, 将处理应用程序后得到 的多个文件通过彩信依次发送给接入模块; 接入模块中预设了列表, 列表 中保存了接入模块所连接的物联网终端, 以及处理每个物联网终端的数据 需要利用的应用程序, 以及该程序的编号, 每次生成一个新的应用程序就 对该列表进行更新, 通过该列表接入模块可以知道物联网终端的输入需要 利用的应用程序, 以及该应用程序对应的编号, 将该编号发送给应用管理 模块; 应用管理模块在收到当接入模块第一次请求从应用管理模块获取程 序时, 才进行注册, 此后再从应用管理模块获取程序就不再需要注册; 接 入模块从应用管理模块接收到多个文件, 根据主题找到主题相同的多个文 件, 根据其中每个文件的序号, 判断出各文件在整个文件中的顺序, 对文 件进行排序, 最后组装成一个完整的文件, 这个文件就是应用程序, 接入 模块需要保存分配的鉴权码和 ID, 利用鉴权码可以与应用管理模块进行交 互, 鉴权码通过验证后, 应用管理模块可以删除 /修改鉴权码、 进行延长鉴 权码的使用期限等操作, 接入模块可以从应用管理模块下载应用程序和升 级应用程序, 如果接入模块在与应用管理模块交互时, 不能提供鉴权码和 ID , 就不能完成下载应用程序、 升级应用程序等操作; 如果接入模块的鉴 权码在通过应用管理模块验证后, 请求应用管理模块删除鉴权码, 应用管 理模块将该接入模块的鉴权码删除, 如果接入模块请求应用管理模块修改 鉴权码, 应用管理模块就重新分配鉴权码给接入模块, 将新的鉴权码发送 给接入模块, 同时应用管理模块对旧的鉴权码进行更新;
接入模块利用从应用管理模块获取的应用程序, 对物联网终端的输入 进行处理, 并将处理后的数据以标准格式发送给控制模块, 所述标准格式 是利用 #号分隔的字符串; 例如, 对于区域温度监控的应用, 接入模块与具 有感知温度功能的物联网终端进行通信, 物联网终端将感知到的温度数据 写进文件, 将文件发送给接入模块, 接入模块利用从应用管理模块获取的 应用程序中的读取文件的应用能力从文件中读取温度数据, 该数据是以字 符串的形式体现的, 中间利用#号或者逗号进行分隔, 该数据包括时间、 地 点、 温度等, 利用算法从字符串中获取子串, 在本示例中, 只需要利用到 温度数据进行判断, 所以算法不获取时间和地点等数据的子串, 只需要获 取温度数据的子串, 如果物联网终端获取的是华氏温度, 但是本地区使用 的是摄氏温度, 就需要利用算法对温度数据进行换算, 利用组织算法对将 要发送的温度数据进行组织整理, 形成控制模块可以接收的格式的数据, 然后接入模块对该温度数据添加标识后发送给控制模块, 标识用于区别输 入该数据的物联网终端。
步骤 305 , 控制模块运行流程脚本, 并根据接入模块发送的数据, 调用 相应的执行模块执行操作;
具体的, 控制模块接收业务生成模块发送的流程脚本, 对流程脚本进 行解析; 因为流程脚本中的内容是图标与图标的关联, 所以控制模块无法 解读流程脚本的内容, 控制模块根据流程脚本的图标, 在内存中找到该图 标对应的类, 将该图标所对应的标签中的属性的值赋给类中的元素, 这样 控制模块就可以通过类中的元素的值解读流程脚本的内容, 即流程脚本所 描述的业务流程; 控制模块执行流程脚本中所描述的业务流程, 同时控制 模块接收接入模块发送的数据, 调用算法对数据进行处理, 根据处理后的 数据, 调用相应的执行模块执行操作, 所述处理可以是判断、 计算等操作; 例如, 对于区域温度监控的应用, 控制模块根据接入模块发送的数据 中的标识得到输入该数据的物联网终端, 根据物联网终端调用对应的算法, 判断当前温度的范围, 物联网终端与对应的算法的对应关系可以在控制模 块中进行预先配置; 如果物联网终端发送给接入模块的温度数据表示温度 高于 10度而低于 20度时, 控制模块调用开启空调的执行模块, 开启空调 进行降温; 如果物联网终端发送给接入模块的温度数据表示温度高于 20度 低于 30度时, 控制模块调用告警管理员的执行模块, 此时报警灯亮, 提醒 管理员温度高于 20度; 如果物联网终端发送给接入模块的温度数据表示温 度高于 30度时, 控制模块调用告警器报警的执行模块, 告警器响铃, 发出 报警; 控制模块与接入模块和各个执行模块的交互可以通过短信方式实现。
以上所述, 仅为本发明的较佳实施例而已, 并非用于限定本发明的保 护范围, 凡在本发明的精神和原则之内所作的任何修改、 等同替换和改进 等, 均应包含在本发明的保护范围之内。

Claims

权利要求书
1、 一种实现物联网业务的系统, 其特征在于, 该系统包括: 业务生成 模块、 应用生成模块、 接入模块、 控制模块、 执行模块; 其中,
业务生成模块, 用于根据需求的业务生成描述脚本和流程脚本, 并将 描述脚本发送给应用生成模块、 将流程脚本发送给控制模块;
应用生成模块, 用于根据所述描述脚本生成应用程序, 并发送给接入 模块;
接入模块, 用于接收物联网终端的输入, 利用所述应用程序对物联网 终端的输入进行处理, 将处理后的数据发送给控制模块;
控制模块, 用于运行所述流程脚本, 并根据接入模块发送的数据, 调 用执行模块执行操作;
执行模块, 用于根据控制模块的调用执行操作。
2、 根据权利要求 1所述的系统, 其特征在于, 该系统还包括: 应用管理模块, 分别与应用生成模块和接入模块相连, 用于接收应用 生成模块生成的应用程序, 对所述应用程序进行管理, 并向接入模块提供 应用程序。
3、 根据权利要求 2所述的系统, 其特征在于,
所述接入模块, 还用于向所述应用管理模块发送注册请求, 并保存应 用管理模块分配的鉴权码和身份标识号码(ID ) ;
所述应用管理模块, 还用于对所述接入模块进行注册, 对通过注册的 接入模块分配鉴权码和 ID。
4、 根据权利要求 3所述的系统, 其特征在于,
所述接入模块, 还用于基于所述鉴权码请求所述应用管理模块对鉴权 码进行操作, 和 /或, 请求下载 /升级应用程序;
所述应用管理模块, 还用于根据所述鉴权码对接入模块进行验证, 验 证通过后, 对所述鉴权码进行操作, 和 /或, 允许所述接入模块下载 /升级应 用程序。
5、 根据权利要求 2所述的系统, 其特征在于,
所述应用管理模块向接入模块提供应用程序为: 将应用程序分割为多 个二进制文件, 按照顺序为二进制文件分配序号;
所述接入模块, 还用于根据所述序号对接收的二进制文件进行排序, 并组装成完整的文件, 得到所述应用程序。
6、 一种实现物联网业务的方法, 其特征在于, 该方法包括:
应用生成模块根据业务生成模块生成的描述脚本生成应用程序, 并发 送给接入模块;
接入模块接收物联网终端的输入, 利用所述应用程序对物联网终端的 输入进行处理, 将处理后的数据发送给控制模块;
控制模块运行业务生成模块生成的流程脚本, 并根据接入模块发送的 数据, 调用相应的执行模块执行操作。
7、 根据权利要求 6所述的方法, 其特征在于, 所述将应用程序发送给 接入模块之前, 该方法进一步包括:
应用管理模块接收应用生成模块生成的应用程序, 对所述应用程序进 行管理;
接入模块向所述应用管理模块发送注册请求; 应用管理模块对所述接 入模块进行注册, 对通过注册的接入模块分配鉴权码和 ID; 接入模块保存 应用管理模块分配的鉴权码和 ID;
应用管理模块向接入模块提供应用程序。
8、 根据权利要求 7所述的方法, 其特征在于, 该方法进一步包括: 接入模块基于所述鉴权码请求应用管理模块对鉴权码进行操作,和 /或, 请求下载 /升级应用程序; 应用管理模块根据所述鉴权码对接入模块进行验证, 验证通过后, 对 所述鉴权码进行操作, 和 /或, 允许所述接入模块下载 /升级应用程序。
9、 根据权利要求 6至 8任一所述的方法, 其特征在于, 所述应用生成 模块根据业务生成模块生成的描述脚本生成应用程序之前, 该方法还包括: 业务生成模块根据需求的业务生成流程脚本和描述脚本, 将描述脚本 发送给应用生成模块, 将流程脚本发送给控制模块;
所述流程脚本用于描述业务流程, 所述描述脚本用于描述业务的应用 能力。
10、 根据权利要求 6至 8任一所述的方法, 其特征在于, 所述应用生 成模块根据业务生成模块生成的描述脚本生成应用程序为:
应用生成模块利用语法对业务生成模块发送的描述脚本进行分析, 根 据配置, 生成可运行的代码, 调用编译器对所述代码进行编译, 得到应用 程序。
11、 根据权利要求 7或 8所述的方法, 其特征在于,
所述应用管理模块向接入模块提供应用程序为: 将应用程序分割为多 个二进制文件, 按照顺序为二进制文件分配序号;
所述利用所述应用程序对物联网终端的输入进行处理之前, 该方法还 包括: 根据所述序号对接收的二进制文件进行排序, 并组装成完整的文件, 得到所述应用程序。
12、 根据权利要求 7或 8所述的方法, 其特征在于, 所述应用管理模 块对应用程序进行管理, 包括:
应用管理模块接收应用生成模块发送的应用程序, 分配编号给应用程 序, 添加应用程序的功能说明, 基于所述编号对应用程序进行管理。
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