摘要：【中文】本发明提出了一种在线教育平台，包括服务器，登录模块、选择模块、推送模块、作业模块；所述登录模块包括用户单元和教师单元，用户单元用于提供用于注册以及登录验证，教师单元用于提供教师注册以及登录验证；所述选择模块包括互动教室单元、视频录播单元；所述作业模块包括测试单元、问答单元；所述推送模块用于在用户登录后推送课程和视频。本方案引进名校教学名师，采取网络互动直播和点播的授课模式，突破时空的限制，为广大的学生群体提供高效便捷的网络学习渠道。平台为学生提供海量、优质的课程，课程结构严谨，用户可以根据自身的学习程度，自主安排学习进度。 【EN】The invention provides an online education platform which comprises a server, a login module, a selection module, a pushing module and an operation module, wherein the login module is used for logging in a server; the login module comprises a user unit and a teacher unit, the user unit is used for providing login and login verification, and the teacher unit is used for providing teacher login and login verification; the selection module comprises an interactive classroom unit and a video recording and playing unit; the operation module comprises a test unit and a question-answering unit; the pushing module is used for pushing courses and videos after a user logs in. The scheme introduces famous school teaching teachers, adopts a teaching mode of network interactive live broadcasting and on-demand broadcasting, breaks through the limitation of time and space, and provides a high-efficiency and convenient network learning channel for vast student groups. The platform provides massive and high-quality courses for students, the course structure is rigorous, and users can independently arrange the learning progress according to the learning degree of the users.

摘要：【中文】本发明提供基于Spark Streaming的敏感内容识别的方法及装置，包括：Spark Streaming处理集群从kafka集群中获取文本数据，从TCP SOCKETS服务器中获取图片流数据，从敏感内容规则定义模块接收定义好的敏感内容识别规则；由Spark Streaming处理集群的Driver节点按照调度规则调度需要使用的Executor计算节点；Driver节点将计算方式、敏感内容识别规则发送给所述Executor计算节点；由所述Executor计算节点对获取到的文本数据、图片流数据进行计算，得到敏感内容及相应敏感内容出现的次数；将计算结果反馈到Driver节点，由Driver节点进行汇总处理；Driver节点输出敏感内容及相应敏感内容出现的次数。 【EN】The invention provides a method and a device for identifying sensitive content based on Spark Streaming, which comprises the following steps: the Spark Streaming processing cluster acquires text data from the kafka cluster, acquires picture stream data from a TCP socks server, and receives a defined sensitive content identification rule from a sensitive content rule definition module; scheduling an executive computing node to be used by a Driver node of the Spark Streaming processing cluster according to a scheduling rule; the Driver node sends a calculation mode and a sensitive content identification rule to the execution computing node; calculating the acquired text data and the acquired picture stream data by the Executor calculating node to obtain sensitive contents and the occurrence times of the corresponding sensitive contents; feeding back the calculation result to a Driver node, and performing summary processing by the Driver node; and the Driver node outputs the sensitive content and the occurrence frequency of the corresponding sensitive content.

摘要：【中文】本发明提供了一种汽车门锁控制系统、方法及车辆，系统包括：3D结构光采集装置、人脸识别核对装置、车门锁控制装置、汽车门锁和汽车电源；所述人脸识别核对装置包括嵌入式核对CPU和存储器。用户通过面对设置于汽车后视镜边缘3D结构光采集装置，录入用户的目标人脸结构光信息，嵌入式核对CPU根据目标人脸结构光信息和车主人脸结构光信息生成第一控制指令，车门锁控制装置再根据第一控制指令控制汽车门锁锁定或者解锁，从而关闭或者打开车门，本实施例提供的汽车门锁控制系统利用3D结构光信息进行解锁，不需要用户执行复杂的开锁操作，方便用户打开车门，同时，采集人脸3D结构光信息用于打开汽车车门相较于传统锁机制具有更高的安全性。 【EN】The invention provides an automobile door lock control system, method and vehicle, the system includes: the system comprises a 3D structure light acquisition device, a face recognition checking device, a vehicle door lock control device, a vehicle door lock and a vehicle power supply; the face recognition checking device comprises an embedded checking CPU and a memory. The user inputs target face structured light information of the user through facing the 3D structured light acquisition device arranged at the edge of the automobile rearview mirror, the embedded checking CPU generates a first control instruction according to the target face structured light information and the automobile owner face structured light information, the door lock control device controls the automobile door lock to be locked or unlocked according to the first control instruction, and therefore the automobile door is closed or opened.

摘要：【中文】本发明提供一种基于logstash的记录web服务管理员操作日志的方法及装置，所述方法包括：使用Logstash监听某一web服务所在服务器的端口，获取http中的数据信息；将获取的所述数据信息通过Logstash的kafka output插件输出到kafka中；创建Kafka消费者对象，数据解析服务从所述Kafka消费者对象中消费存储于Kafka中的数据，并解析该数据，获得解析结果数据；将所述解析结果数据输出到kafka中；使用Logstash的kafka input插件获取kafka中的解析结果数据，封装web服务管理员操作信息，使用ES output插件将所述web服务管理员操作信息存储于ES服务中。根据本发明的方案，能够实现web服务管理员的访问日志与web服务之间的解耦，并且能够实时、快速的查询web服务管理员的操作信息。 【EN】The invention provides a logstack-based method and a logstack-based device for recording operation logs of a web service administrator, wherein the method comprises the following steps: monitoring a port of a server where a certain web service is located by using the Logstash, and acquiring data information in the http; outputting the acquired data information to kafka through a kafka output plug-in of Logstash; creating a Kafka consumer object, and a data analysis service consumes data stored in the Kafka from the Kafka consumer object and analyzes the data to obtain analysis result data; outputting the analysis result data to kafka; and acquiring analysis result data in the kafka by using a kafka input plug-in of the Logstash, packaging the operation information of the web service administrator, and storing the operation information of the web service administrator in the ES service by using an ES output plug-in. According to the scheme of the invention, the decoupling between the access log of the web service administrator and the web service can be realized, and the operation information of the web service administrator can be inquired in real time and rapidly.

摘要：【中文】本发明提供了一种跨网络流量分析的系统，涉及通信领域。所述系统包括：流量探针、网络采集层、流量分析层、集中管控层以及数据展示层；网络采集层得到流量信息和VPN日志，流量分析层根据VPN日志分析得到终端访问网络的应用，根据流量信息分析得到应用的访问率、访问时长、响应时长，结合集中管控层检测异常行为；集中管控层用于对终端进行管控；数据展示层用于对统计和分析的结果和异常行为进行展示和报警。本发明的系统，得到全部网络的全流量信息和VPN日志，通过流量分析层分析得到终端上应用的访问率、访问时长、响应时长等数据，并且在有异常行为存在的时候，可以发出报警信息，实现了跨网络的流量监控、分析、控制。 【EN】The invention provides a cross-network traffic analysis system, and relates to the field of communication. The system comprises: the system comprises a flow probe, a network acquisition layer, a flow analysis layer, a centralized control layer and a data display layer; the method comprises the steps that a network acquisition layer obtains flow information and VPN logs, a flow analysis layer obtains application of a terminal for accessing a network according to analysis of the VPN logs, obtains access rate, access duration and response duration of the application according to analysis of the flow information, and detects abnormal behaviors by combining a centralized management and control layer; the centralized control layer is used for controlling the terminals; and the data display layer is used for displaying and alarming the statistical and analytical results and abnormal behaviors. The system of the invention obtains the full flow information and VPN logs of all networks, obtains the data such as the access rate, the access duration, the response duration and the like applied on the terminal through the analysis of the flow analysis layer, and can send alarm information when abnormal behaviors exist, thereby realizing the flow monitoring, analysis and control of the cross-network.

摘要：【中文】本发明公开了一种基于车辆的安全控制方法、系统、存储介质及处理器。其中，该方法包括：启动车辆，初始化车辆中的多个超晶格加解密芯片；车辆中内置的超晶格加解密芯片对网关和/或控制器采集到的存储数据、交互数据和通信数据中的至少之一进行加解密。本发明解决了现有技术中针对车辆中各个子系统和电子设备进行数据采集和通信等交互的过程中，采用RSA系列算法或者SM系列算法进行通信数据或存储数据的加解密过程，导致车载系统处理数据性能差的技术问题。 【EN】The invention discloses a safety control method and system based on a vehicle, a storage medium and a processor. Wherein, the method comprises the following steps: starting a vehicle and initializing a plurality of superlattice encryption and decryption chips in the vehicle; and a superlattice encryption and decryption chip built in the vehicle encrypts and decrypts at least one of the storage data, the interaction data and the communication data collected by the gateway and/or the controller. The invention solves the technical problem that the vehicle-mounted system has poor data processing performance due to the fact that the RSA series algorithm or the SM series algorithm is adopted to carry out the encryption and decryption process of communication data or stored data in the process of carrying out data acquisition, communication and other interaction on each subsystem and electronic equipment in a vehicle in the prior art.

摘要：【中文】本发明提出一种打印文件全程状态追溯的方法及系统，所述方法包括：用户终端安装打印驱动模块，用户将打印的文件通过打印驱动模块上报打印申请模块；打印申请模块将需要打印的文件上报当前用户的上级打印审批模块，并由相应权限领导对需要打印的文件进行审批；相应权限领导通过打印审批模块对需要打印的文件审批后，隐形水印模块将需要打印的文件加签隐形水印，并返回至用户终端；用户终端的打印驱动模块核定需要打印文件的隐形水印，确认无误后，提醒用户进行文件的打印；用户确认打印，打印驱动模块完成对文件的打印，并生成打印日志。本发明能实现对打印文件的全程状态追溯。 【EN】The invention provides a method and a system for tracing the whole process state of a printed file, wherein the method comprises the following steps: the user terminal is provided with a printing drive module, and a user reports a printed file to a printing application module through the printing drive module; the printing application module reports the file to be printed to a superior printing approval module of a current user, and the file to be printed is approved by a corresponding authority leader; after the corresponding authority leader approves the file to be printed through the printing approval module, the invisible watermark module tags the invisible watermark to the file to be printed and returns the file to the user terminal; a print driving module of the user terminal checks the invisible watermark of the file to be printed, and reminds the user to print the file after the user confirms that the watermark is correct; and the user confirms the printing, the printing drive module finishes the printing of the file and generates a printing log. The invention can realize the whole-process state tracing of the printed file.

摘要：【中文】本申请提供了一种防护数据泄漏的方法、系统、设备以及存储介质，涉及信息安全技术领域，旨在提供一种简单的，准确识别包含机密信息的敏感文件的解决方法。所述方法包括：所述检测器实时接收所述防护数据泄漏系统监控的终端收发的文件；所述检测器将所述文件发送给所述分类预测器；所述分类预测器对所述文件进行分类，得到文件类别信息；所述分类预测器将所述文件类别信息反馈给所述检测器；所述检测器将所述文件类别信息与预存的敏感类别进行匹配；所述检测器在所述文件类别信息符合所述敏感类别时，将所述文件发送给所述管理平台，以示所述文件为敏感文件。 【EN】The application provides a method, a system, equipment and a storage medium for protecting data leakage, relates to the technical field of information security, and aims to provide a simple solution for accurately identifying sensitive files containing confidential information. The method comprises the following steps: the detector receives files transmitted and received by a terminal monitored by the protection data leakage system in real time; the detector sends the file to the classification predictor; the classification predictor classifies the files to obtain file category information; the classification predictor feeds the file category information back to the detector; the detector matches the file category information with a pre-stored sensitive category; and when the file type information conforms to the sensitive type, the detector sends the file to the management platform to indicate that the file is a sensitive file.

摘要：【中文】本发明提供了一种应用管理方法、装置、插件、电子设备及计算机存储介质，通过插件获取第一用户权限下的第一目标应用的第一目标使用数据，再判断第一目标使用数据是否满足第一目标应用预设的第一标准数据；在第一目标使用数据满足第一标准数据的情况下，对第一用户权限下的第一目标应用进行限制，采用本实施例，可以设置第一目标应用，只对第一目标应用进行使用限制，不对其它应用进行使用限制，另外，对于第一目标应用，在第一用户使用第一目标应用达到预设的标准时，才对第一用户使用的第一目标应用进行限制，既能给予第一用户使用第一目标应用，又能避免第一用户无限制使用第一目标应用，进一步加强对第一用户对第一目标应用的使用管理。 【EN】The invention provides an application management method, an application management device, a plug-in, electronic equipment and a computer storage medium, wherein first target use data of a first target application under the authority of a first user are obtained through the plug-in, and whether the first target use data meet first standard data preset by the first target application is judged; in addition, for the first target application, when the first target application used by the first user reaches a preset standard, the first target application used by the first user is limited, so that the first user can be provided with the first target application, the first user can be prevented from using the first target application without limitation, and the use management of the first user on the first target application is further enhanced.

摘要：【中文】本发明提出了一种基于互联网的考试系统，包括总服务器、评卷单元、答卷单元；所述答卷单元包括多干个试卷采集点服务器，每个试卷采集点服务器均包含多干个用于答题的答题电脑终端；所述评卷单元包括若干个评卷服务器，每个评卷服务器又包含多个用于阅卷的阅卷电脑终端；所述总服务器用于将答卷单元采集到的考生的考卷答题信息进行存储以及将考生的考卷分配至评卷单元；本方案以计算机网络技术、图像识别技术及数据挖掘技术为依托,实现客观题计算机自动阅卷、主观题网上评卷并进行数据统计分析的系统。 【EN】The invention provides an examination system based on the Internet, which comprises a main server, a paper evaluation unit and an answer sheet unit, wherein the main server is connected with the examination paper evaluation unit; the answer sheet unit comprises a plurality of examination paper collecting point servers, and each examination paper collecting point server comprises a plurality of answer computer terminals for answering; the examination paper marking unit comprises a plurality of examination paper marking servers, and each examination paper marking server comprises a plurality of examination paper marking computer terminals for examination paper marking; the general server is used for storing the examination paper answer information of the examinees collected by the answer paper unit and distributing the examination papers of the examinees to the examination paper evaluation unit; the scheme is based on a computer network technology, an image recognition technology and a data mining technology, and the system for automatically marking the examination papers by an objective question computer, marking the examination papers on the main question network and carrying out data statistical analysis is realized.