摘要：【中文】本申请适用于计算机技术领域，提供了一种注意缺陷多动障碍的数据处理方法，包括：采集患病者和正常者使用虚拟现实环境完成任务时输出的特征参数，并通过采集到的特征参数训练机器学习模型，得到训练后的机器学习模型，最后利用训练后的机器学习模型对任一受试者运用虚拟现实环境采集的特征参数进行预测分类。本申请通过受试者完成虚拟现实环境中的任务采集的测试数据，受试者可以在轻松的环境中完成测试，避免了受试者因紧张造成采集的数据不准确的情况，另外，本申请是通过机器学习模型对特征参数进行预测分类的，避免了人为主观因素的评判，提高了对注意缺陷多动障碍的评判客观准确性。 【EN】The application is applicable to the technical field of computers, and provides a data processing method for attention deficit hyperactivity disorder, which comprises the following steps: collecting characteristic parameters output by patients and normal persons when the patients and the normal persons use the virtual reality environment to complete tasks, training a machine learning model through the collected characteristic parameters to obtain a trained machine learning model, and finally performing prediction classification on the characteristic parameters collected by any subject by using the virtual reality environment by using the trained machine learning model. According to the method and the device, the test data acquired by the tasks in the virtual reality environment are completed by the subject, the subject can complete the test in a relaxed environment, the condition that the acquired data is inaccurate due to tension of the subject is avoided, in addition, the characteristic parameters are predicted and classified through the machine learning model, the judgment of artificial subjective factors is avoided, and the objective accuracy of the judgment of attention defect hyperactivity disorder is improved.

摘要：【中文】本发明提供了一种基于5G通信技术的配网故障处理方法，针对现有的各种配网故障处理模式故障处理时间长、建设成本高、选择性差等缺点，利用5G通信的低延时、高带宽、传输稳定等特点，将5G通信作为故障信号传输通道，综合考虑5G通信传输延时、丢包率等技术指标,基于终端间故障信息交互传输与逻辑策略，提出可靠性高、选择性好、容错性强的配网故障处理方法，实现200毫秒内馈线故障快速定位与隔离、非故障区域自动恢复供电，实现配网故障处理分钟级向毫秒级转变，让停电区域面积更小、居民停电次数更少、来电等待时间更短，显著提高配网供电可靠性。 【EN】The invention provides a distribution network fault processing method based on 5G communication technology, aiming at the defects of long fault processing time, high construction cost, poor selectivity and the like of various existing distribution network fault processing modes, utilizing the characteristics of low delay, high bandwidth, stable transmission and the like of 5G communication, taking the 5G communication as a fault signal transmission channel, comprehensively considering the technical indexes of 5G communication transmission delay, packet loss rate and the like, providing high reliability based on fault information interactive transmission and logic strategies between terminals, the distribution network fault processing method with good selectivity and strong fault tolerance realizes rapid positioning and isolation of feeder line faults in 200 milliseconds and automatic power restoration of a non-fault area, realizes conversion from a distribution network fault processing minute level to a millisecond level, enables areas of power failure areas to be smaller, resident power failure times to be fewer, call waiting time to be shorter, and remarkably improves the reliability of distribution network power supply.

摘要：【中文】本发明公开了一种全自动重合器式馈线自动化功能测试装置，包括电流输出单元、电压输出单元、开关状态单元、控制单元以及接线端子，所述电流输出单元、电压输出单元、开关状态单元和控制单元均位于装置内部，所述接线端子位于装置外部。本发明能够模拟实际运行工况，将开关状态、遥测采集、终端策略动作有机结合。装置体积小，携带方便，可同时满足实验室和现场测试要求。装置仅需一个电流源，就可满足电流故障态与正常态的同步模拟，输出灵活，成本较低。装置将电压、电流、开关状态有机结合，可模拟实际配网故障状态下各终端的故障状况，模拟更真实。 【EN】The invention discloses a full-automatic recloser type feeder automation function testing device which comprises a current output unit, a voltage output unit, a switch state unit, a control unit and a wiring terminal, wherein the current output unit, the voltage output unit, the switch state unit and the control unit are all positioned in the device, and the wiring terminal is positioned outside the device. The invention can simulate the actual operation condition and organically combine the switch state, the remote measurement acquisition and the terminal strategy action. The device is small in size and convenient to carry, and can meet the requirements of laboratory and field tests at the same time. The device can satisfy the synchronous simulation of the current fault state and the normal state only by one current source, and has flexible output and lower cost. The device organically combines voltage, current and switch states, can simulate the fault condition of each terminal under the actual distribution network fault state, and is more real in simulation.