摘要：【中文】本发明涉及一种互联互通地铁信标定位处理系统，该系统包括车载信号处理板卡、车载天线、应答器天线、地面应答器和信标，所述的应答器天线安装于机车上，连接车载信号处理板卡，所述的地面应答器分别与车载天线、应答器天线连接，所述的应答器天线与信标匹配设置；所述的地面应答器被车载天线发送的功率载波激活后，发送报文数据至应答器天线，当应答器天线经过信标的电气中心点时，应答器天线产生的信标中心点信号发送至车载信号处理板卡，所述的车载信号处理板卡通过信标中心点信号确定信标中心点。与现有技术相比，本发明具有高效率、高精度等优点。 【EN】The invention relates to an interconnection subway beacon positioning processing system, which comprises a vehicle-mounted signal processing board card, a vehicle-mounted antenna, a transponder antenna, a ground transponder and a beacon, wherein the transponder antenna is arranged on a locomotive and connected with the vehicle-mounted signal processing board card; the ground transponder is activated by a power carrier wave sent by the vehicle-mounted antenna and then sends message data to the transponder antenna, when the transponder antenna passes through an electric central point of a beacon, a beacon central point signal generated by the transponder antenna is sent to the vehicle-mounted signal processing board card, and the vehicle-mounted signal processing board card determines a beacon central point through the beacon central point signal. Compared with the prior art, the invention has the advantages of high efficiency, high precision and the like.

摘要：【中文】本发明公开了一种基于曲线拟合的无线传感器网络节点定位方法，在双移动锚节点的静态路径规划基础上实现。根据待定位节点和移动锚节点运动轨迹距离曲线拟合，再拟合后曲线极点，计算待定位节点位置。在同等路径规划条件下，仿真实验中比较了三边定位法和本发明所述方法的节点定位精度，结果表明本方法的优越性。 【EN】The invention discloses a wireless sensor network node positioning method based on curve fitting, which is realized on the basis of static path planning of double mobile anchor nodes. And fitting a curve according to the motion trail distance of the node to be positioned and the mobile anchor node, fitting the back curve pole, and calculating the position of the node to be positioned. Under the condition of equal path planning, node positioning accuracy of the trilateral positioning method and the node positioning accuracy of the method are compared in a simulation experiment, and the results show the superiority of the method.

摘要：【中文】本发明公开了闸机通行的方法、闸机、系统、计算机设备和存储介质，其中，获取第一摄像装置的第一人脸图像，提取该第一人脸图像的特征值，根据该特征值将该第一人脸图像与数据库中的人脸图像进行匹配，在该匹配成功的条件下，标记该第一人脸图像对应的第一行人为放行，发送开启指令给闸机，该开启指令指示该闸机开启闸门，在该开启闸门后的预设时间段内，获取到第二行人的第二人脸图像的条件下，且在该第二人脸图像匹配成功的条件下，控制该闸机维持该闸门的开启状态，解决了行人密集通过闸机的高峰时期，由于超出时间的累积导致客流积压的问题，提高了行人密集时的通行效率。 【EN】The invention discloses a method for gate passage, a gate, a system, a computer device and a storage medium, wherein, a first face image of a first camera device is obtained, a characteristic value of the first face image is extracted, the first face image is matched with a face image in a database according to the characteristic value, under the condition that the matching is successful, marking the first pedestrian corresponding to the first face image to be released, sending an opening instruction to the gate machine, the opening instruction instructs the gate machine to open the gate, and under the condition that a second face image of a second pedestrian is acquired within a preset time period after the gate is opened, and under the condition that the second face image is successfully matched, the gate is controlled to maintain the opening state of the gate, so that the peak period that pedestrians pass through the gate intensively is solved, the problem of overstocked passenger flow caused by the accumulation of the overtime is solved, and the traffic efficiency when the pedestrians are dense is improved.

摘要：【中文】本发明公开了一种多摄像头协同的通行控制方法、装置、系统及存储装置，在距离道闸最远的摄像头检测到通行对象经过时将所述通行对象添加至通行队列，并通过多个摄像头协同对通行对象进行识别，基于识别结果生成通行记录信息，根据所述通行记录信息能够获取到通行队列首部的一个或连续多个符合放行条件的通行对象时，对一个或连续多个符合放行条件的通行对象放行，提高了车辆的识别效率以及车辆的放行效率，能够避免由于通行车辆较多导致的交通堵塞。 【EN】The invention discloses a multi-camera-collaborative traffic control method, a multi-camera-collaborative traffic control device, a multi-camera-collaborative traffic control system and a multi-camera-collaborative traffic control storage device.

摘要：【中文】本申请提供一种提供无线保真WiFi网络接入服务的方法及电子设备，方法包括第一电子设备检测到其配置的第一WiFi网络未加密时，再创建一个隐藏WiFi网络；接着第一电子设备通过近场通信NFC方式发送该隐藏WiFi网络的第一配置信息至第二电子设备，并接收第二电子设备基于第一配置信息发送的接入请求；响应于该第一接入请求，第一电子设备与第二电子设备建立起通信连接。 【EN】The application provides a method and electronic equipment for providing wireless fidelity (WiFi) network access service, wherein the method comprises the steps that when the first electronic equipment detects that a first WiFi network configured by the first electronic equipment is not encrypted, a hidden WiFi network is created; then the first electronic equipment sends the first configuration information of the hidden WiFi network to the second electronic equipment in a Near Field Communication (NFC) mode, and receives an access request sent by the second electronic equipment based on the first configuration information; and responding to the first access request, and establishing communication connection between the first electronic equipment and the second electronic equipment by the first electronic equipment.

摘要：【中文】本发明实施例公开了一种存储设备的加密方法，应用于近距离通信NFC存储设备中，该方法包括：获取NFC存储设备的状态指示；当状态指示表征NFC存储设备处于加密状态时，基于NFC终端设备发送的解密信息，控制NFC存储设备进入解密状态；其中，解密信息至少包括NFC终端设备的身份标识；当状态指示表征NFC存储设备处于解密状态时，基于NFC终端设备发送的加密信息，控制NFC存储设备进入加密状态；其中，加密信息至少包括NFC终端设备的身份标识。本发明实施例还公开了一种存储设备的加密装置及存储介质。 【EN】The embodiment of the invention discloses an encryption method of a storage device, which is applied to Near Field Communication (NFC) storage devices and comprises the following steps: acquiring a state indication of the NFC storage device; when the state indication represents that the NFC storage device is in the encryption state, controlling the NFC storage device to enter the decryption state based on decryption information sent by the NFC terminal device; the decryption information at least comprises an identity of the NFC terminal equipment; when the state indication represents that the NFC storage device is in a decryption state, controlling the NFC storage device to enter the encryption state based on encryption information sent by the NFC terminal device; the encryption information at least comprises the identity of the NFC terminal equipment. The embodiment of the invention also discloses an encryption device and a storage medium of the storage equipment.

摘要：【中文】公开了一种实现自动机器学习的方法和装置，所述方法包括：获取针对目标数据集进行自动机器学习时采样的候选模型配置；对于获取到的候选模型配置中的至少部分候选模型配置中的每一个候选模型配置，利用第一保真度评价方法对该候选模型配置进行评价得到第一评价值，利用评价值残差预测器预测该候选模型配置的所述第一评价值与第二评价值之间的差值，并用该差值修正第一评价值来得到与该候选模型配置对应的修正后的评价值，其中，所述第二评价值指利用第二保真度评价方法对该候选模型配置进行评价时应得的评价值，第二保真度评价方法的保真度比第一保真度评价方法的保真度高；基于各候选模型配置对应的评价值，为目标数据集选择一个候选模型配置。 【EN】A method and apparatus for implementing automatic machine learning is disclosed, the method comprising: acquiring candidate model configuration sampled when automatic machine learning is carried out on a target data set; for each of at least some of the acquired candidate model configurations, evaluating the candidate model configuration by a first fidelity evaluation method to obtain a first evaluation value, predicting a difference between the first evaluation value and a second evaluation value of the candidate model configuration by an evaluation value residual predictor, and correcting the first evaluation value by the difference to obtain a corrected evaluation value corresponding to the candidate model configuration, wherein the second evaluation value is an evaluation value obtained when the candidate model configuration is evaluated by a second fidelity evaluation method, and the fidelity of the second fidelity evaluation method is higher than that of the first fidelity evaluation method; one candidate model configuration is selected for the target data set based on the evaluation value corresponding to each candidate model configuration.

摘要：【中文】本发明公开了一种高强度的天线支座，包括支座主体、紧固板、缓冲柱、浮动结构和三爪式固定结构，支座主体的一侧安装有紧固板，连接板的一侧安装有缓冲柱，第二固定板的一侧安装有浮动结构，浮动结构的内部安装有浮动球，底板的一侧安装有中空层，旋盖的一侧安装有三爪式固定结构。本发明通过旋转把手使得旋紧柱将两个紧固板进行紧固，使得固定块的连接牢固，方便天线的固定，且方便支座主体的拆卸与安装，通过缓冲柱和弹簧对力进行缓冲，通过浮动结构进行二次的缓冲，使得支座主体在受到力的作用时，使得支座主体的位置更稳定，通过活动柱旋转出使得活塞一侧的固定爪贯穿支座主体，可将支座主体能够固定在地下。 【EN】The invention discloses a high-strength antenna support which comprises a support main body, a fastening plate, a buffer column, a floating structure and a three-jaw fixing structure, wherein the fastening plate is installed on one side of the support main body, the buffer column is installed on one side of a connecting plate, the floating structure is installed on one side of a second fixing plate, a floating ball is installed inside the floating structure, a hollow layer is installed on one side of a bottom plate, and the three-jaw fixing structure is installed on one side of a spiral cover. According to the invention, the screwing column is used for fastening the two fastening plates by rotating the handle, so that the fixing blocks are firmly connected, the antenna is conveniently fixed, the support main body is convenient to disassemble and assemble, the buffering column and the spring are used for buffering force, the floating structure is used for buffering for the second time, so that the position of the support main body is more stable when the support main body is acted by force, and the movable column rotates out to enable the fixing claw on one side of the piston to penetrate through the support main body, so that the support main body can be fixed underground.

摘要：【中文】本发明公开了一种基于知识图谱的专业特长学者推荐方法，包含：获取学者信息并存入数据库中；抽取学者信息和用户输入信息中的实体及其关系；构建学者专业特长词典；获取学者信息中实体的权重；进行学者专业特长熟练度评价；将知识图谱中的节点和关系向量化；计算出学者专业特长专注度评价；综合两个评价信息获得学者专业特长评分；构成学者专业特长知识图谱；构成用户需求知识图谱；获得用户学者专业特长评分权重；进行打分，获得推荐学者列表。本发明通过结合多维度评价的方式生成学者专业特长评分，并将学者与用户的文字内容转化为知识图谱获得其专业特长权重，从而提高学者推荐的准确度，节省用户查找学者的时间，提高产学研的转化效率。 【EN】The invention discloses a professional speciality scholars recommendation method based on a knowledge graph, which comprises the following steps: acquiring student information and storing the student information in a database; extracting entities and relations thereof in the student information and the user input information; constructing a professional specialty dictionary of the learner; acquiring the weight of an entity in the student information; evaluating the professional expertise and proficiency of the scholars; vectorizing nodes and relations in the knowledge graph; calculating the professional special concentration evaluation of the scholars; integrating the two evaluation information to obtain professional speciality scores of the scholars; forming a professional specialty knowledge map of the scholars; forming a knowledge graph required by a user; acquiring professional specialty feature scoring weight of a user scholar; and (4) scoring to obtain a recommended scholars list. According to the invention, the professional speciality score of the student is generated by combining a multi-dimensional evaluation mode, and the text contents of the student and the user are converted into the knowledge graph to obtain the professional speciality weight of the student, so that the recommendation accuracy of the student is improved, the time for the user to search the student is saved, and the conversion efficiency of the obstetrical and academic researches is improved.

摘要：【中文】本发明提供了一种输送机构，包括：多个平行设置的驱动轴，多个驱动轴沿预设方向间隔设置，各个驱动轴均绕其轴线可旋转地设置；每个驱动轴上均装有滚动件，各个滚动件随相应的驱动轴可旋转地设置以驱动位于其上的工件运动；传动轴，传动轴沿预设方向延伸设置；多个第一锥齿轮，各个第一锥齿轮一一对应地与各个驱动轴连接；多个第二锥齿轮，多个第二锥齿轮均安装在传动轴上，各个第二锥齿轮与各个第一锥齿轮一一对应地啮合；旋转驱动源，旋转驱动源与传动轴传动连接，以驱动传动轴绕其轴线旋转；或者，旋转驱动源与多个驱动轴中的一个驱动轴连接，以驱动该驱动轴绕其轴线旋转。本发明的输送机构解决了现有技术中的输送机构的输送精度较低的问题。 【EN】The present invention provides a conveying mechanism, comprising: the driving shafts are arranged in parallel, the driving shafts are arranged at intervals along a preset direction, and each driving shaft is rotatably arranged around the axis of the driving shaft; each driving shaft is provided with a rolling element, and each rolling element is rotatably arranged along with the corresponding driving shaft so as to drive the workpiece on the driving shaft to move; the transmission shaft extends along a preset direction; the first bevel gears are connected with the driving shafts in a one-to-one correspondence mode; the second bevel gears are all arranged on the transmission shaft and are meshed with the first bevel gears in a one-to-one correspondence manner; the rotary driving source is in transmission connection with the transmission shaft so as to drive the transmission shaft to rotate around the axis of the transmission shaft; alternatively, the rotary drive source is connected to one of the drive shafts to drive the drive shaft to rotate about its axis. The conveying mechanism solves the problem of low conveying precision of the conveying mechanism in the prior art.