42results about How to "Solve misidentification" patented technology

The invention discloses a hierarchical multi-source data fusion method for a pipeline linkage monitoring network, which comprises the following steps: carrying out data level preprocessing for various primary linkage detection signals acquired by a sensor at a common node of the monitoring network by using wavelet transformation, and extracting leakage-sensitive characteristic parameters; establishing a characteristic level data fusion model based on an ant colony neural network, processing the leakage characteristic parameters extracted by various sensors on the node, and constructing an elementary probability assignment function of evidence according to the output result of the ant colony neural network; and carrying out evidence synthesis at a cluster-head node according to an evidencecombination rule, and making final decisions according to a maximum trust value method. The invention provides the hierarchical multi-source linkage detection data fusion method from the data level and characteristic level to decision level, and solves the multi-source data processing problem of the pipeline linkage monitoring network; and the method utilizes the linkage detection information acquired by various sensors in the network so as to effectively improve the accuracy rate of leakage identification.

The invention discloses a fast get-in and get-out toll collection system for highway and a working method of the fast get-in and get-out toll collection system. The fast get-in and get-out toll collection system comprises a network payment platform, a highway entrance server, a lane camera, a lane controller, a fast gateway, a service management server, a database server and a highway exist server, wherein the highway entrance server and the highway exist server have functions of automatically identifying license plate and vehicle model information, and also have a function of manually inputting the license plate information, namely a function of manually inputting the number of a license plate by virtue of a keyboard or a mouse. The fast get-in and get-out toll collection system for highway disclosed by the invention can be used for realizing non-stop electronic toll collection of the highway by virtue of prepayment electronic payment means. A prepayment account is opened within several minutes by virtue of a network way, so that the trend of the internet finance is satisfied, the consumption concept of a car owner, especially a young car owner, is satisfied, and the popularization is easy. All entrances and exits of an MTC (manual toll collection system) of the highway have fast traffic capacity with non-stop electronic toll collection. The fast get-in and get-out toll collection system for highway disclosed by the invention can be used for saving a great deal of IC (integrated circuit) acquisition expenses of the highway.

Disclosed is a method for assigning packet data to be transmitted to a radio packet data channel of a base station system in response to a packet traffic transmission request for a plurality of mobile stations in a mobile communication system. The method comprises collecting the packet traffic transmission requests of the radio packet data channel for the mobile stations; selecting at least one of the mobile stations from the collected packet traffic transmission requests; transmitting to the selected mobile station a channel assignment message including information about a data rate, data transmission durations of the radio packet data channel and start points of the data transmission durations for the selected mobile station; and transmitting the packet data to the selected mobile station at the start time of the data transmission durations at the data rate.

The invention relates to a serial differential non-return-to-zero code identification method. Based on the logical or non-operational results of two differential signals corresponding to the serial differential non-return-to-zero code, a new identification method is designed, and each falling edge position of the result is used as Each start mark position, combined with the preset n times of the serial differential non-return-to-zero code frequency, as the clock frequency, samples the two differential signals separately, and then decodes to obtain the data corresponding to the serial differential non-return-to-zero code Value, so using the sampling judgment and storage of the digital circuit, the identification of the serial differential non-return-to-zero code can be realized, the control logic is simple and effective; and the entire identification method is stable and reliable, with small errors. , it only needs a simple falling edge judgment to correctly identify the code value and output the correct data. It has the characteristics of stable and reliable performance and small recognition error.

This application relates to the field of automatic driving, and discloses a method and system for identifying abnormal driving behavior and a vehicle including the system. The method for identifying abnormal driving behavior includes: acquiring vehicle driving behavior data, and judging whether the vehicle is in suspicious abnormal driving based on the vehicle driving behavior data The state of the behavior; if the vehicle is in the state of suspicious abnormal driving behavior, then obtain the current vehicle driving scene data; judge whether the suspicious abnormal driving behavior is abnormal driving behavior according to the vehicle driving behavior data and the current vehicle driving scene data; In the technical solution of the present application, the current driving scene information is introduced into the identification process of the abnormal driving behavior of the vehicle, which improves the accuracy of the identification of the abnormal driving behavior.