摘要：【中文】本发明公开了一种基于音频特征的异常信息采集方法，该基于音频特征的异常信息采集方法包括如下步骤：由移动终端收集音频信息；由移动终端捕获宏基站；在捕获宏基站之后，由移动终端监听宏基站发送的MIB以及SIB信息；在接收到宏基站发送的MIB以及SIB信息之后，由移动终端建立与宏基站的RRC连接；在建立与宏基站的RRC连接之后，如果宏基站确定调度小型小区基站以进行与移动终端的基站间载波聚合通信，则由宏基站对于移动终端进行RRC连接的重新配置；在完成RRC连接的重新配置之后，由移动终端向宏基站以及小型小区基站发送音频信息；宏基站以及小型小区基站向异常检测中心服务器发送音频信息。 【EN】The invention discloses an abnormal information acquisition method based on audio characteristics, which comprises the following steps: collecting audio information by the mobile terminal; capturing a macro base station by a mobile terminal; after a macro base station is captured, monitoring MIB and SIB information sent by the macro base station by a mobile terminal; after receiving the MIB and SIB information sent by the macro base station, the mobile terminal establishes RRC connection with the macro base station; after establishing RRC connection with the macro base station, if the macro base station determines to schedule the small cell base station to carry out carrier aggregation communication between the small cell base station and the base station of the mobile terminal, the RRC connection is reconfigured for the mobile terminal by the macro base station; after the reconfiguration of the RRC connection is completed, the mobile terminal sends audio information to the macro base station and the small cell base station; and the macro base station and the small cell base station send the audio information to the abnormality detection center server.

摘要：【中文】本发明公开了一种基于公共信息的智慧社区管理方法，包括如下步骤：由通信终端收集公共信息；由通信终端接收由第一传输接收点发送的第一探测参考信号，同时由通信终端接收由第二传输接收点发送的第二探测参考信号；由通信终端比较第一探测参考信号的接收强度以及第二探测参考信号的接收强度；如果第一探测参考信号的接收强度与第二探测参考信号的接收强度之差大于25%达到第一给定时间，并且如果第一探测参考信号的接收强度比第二探测参考信号的接收强度更小，则由通信终端向第一传输接收点发送切换请求；响应于接收到切换请求，由第一传输接收点确定是否进行切换；如果确定进行切换，则由第一传输接收点向第二传输接收点转发切换请求。 【EN】The invention discloses an intelligent community management method based on public information, which comprises the following steps: collecting, by a communication terminal, public information; receiving, by the communication terminal, a first sounding reference signal transmitted by a first transmission reception point, while receiving, by the communication terminal, a second sounding reference signal transmitted by a second transmission reception point; comparing, by the communication terminal, the reception intensity of the first sounding reference signal and the reception intensity of the second sounding reference signal; transmitting, by the communication terminal, a handover request to the first transmission reception point if a difference between the reception intensity of the first sounding reference signal and the reception intensity of the second sounding reference signal is greater than 25% for a first given time and if the reception intensity of the first sounding reference signal is smaller than the reception intensity of the second sounding reference signal; determining, by the first transmit receive point, whether to perform the handover in response to receiving the handover request; if the handover is determined, the handover request is forwarded by the first transceiver point to the second transceiver point.

摘要：【中文】本发明公开了一种基于多种类传感器的多通道信息管理及预警方法，包括如下步骤：由具有通信功能的传感器收集感兴趣的信息；由具有通信功能的传感器向第一信息管理中心发送第一信息管理中心通信建立请求；由第一信息管理中心确定第一信息管理中心的缓冲存储器状态，并由第一信息管理中心确定第一信息管理中心的缓冲存储器中存储的待处理信息是否达到缓冲存储器上限；如果确定第一信息管理中心的缓冲存储器中存储的待处理信息未达到缓冲存储器上限，则由第一信息管理中心向具有通信功能的传感器发送第一信息管理中心通信建立响应消息；基于第一信息管理中心通信建立响应消息，由具有通信功能的传感器与第一信息管理中心建立通信连接。 【EN】The invention discloses a multi-channel information management and early warning method based on various sensors, which comprises the following steps: collecting information of interest by a sensor having a communication function; sending a first information management center communication establishment request to a first information management center by a sensor with a communication function; determining the buffer memory state of the first information management center by the first information management center, and determining whether the information to be processed stored in the buffer memory of the first information management center reaches the upper limit of the buffer memory by the first information management center; if the information to be processed stored in the buffer memory of the first information management center is determined not to reach the upper limit of the buffer memory, the first information management center sends a first information management center communication establishment response message to a sensor with a communication function; and establishing communication connection with the first information management center by the sensor with the communication function based on the first information management center communication establishment response message.