3results about How to "Reduce data collection" patented technology

The invention relates to a method and system for obtaining analysis data in a semi-physical simulation process, the method is applied to a simulation computer end, and the method comprises the steps that when simulation starts, recording configuration issued by a data analysis computer is received, and the recording configuration comprises a sampling recording period, a segmented recording condition, a to-be-recorded signal set and a data recording layout; based on the to-be-recorded signal set, establishing a corresponding relationship between the record description information and the field offset and the corresponding relationship between the record signal identifier and the field length; and creating an initial segmented data recording file and writing segment header information. Segmental recording conditions are judged step by step in simulation operation, and if not, the to-be-recorded signals are read from the model according to a sampling recording period and packaged into fixed-length records according to layout, and the fixed-length records are additionally written; and when the segmentation condition is met, ending the current segmentation, generating a completion identifier, creating a new segmented file, switching and writing, and circulating until the simulation is finished.

This invention discloses an automated design method, device, computer equipment, and medium for corner bracing and anti-bracing structures within foundation pits, relating to the fields of smart structures and intelligent structural design. The method includes: constructing images for each stage of a three-stage design process for corner bracing and anti-bracing structures based on design images of these structures; semantically processing key structural information in each stage image to obtain semantically encoded images corresponding to each stage; decomposing the semantically encoded images of each stage into multiple single-bracing structure design images, and then combining and stitching these multiple single-bracing structure design images into a multi-bracing structure design image; and building a generative adversarial network (GAN) model, training the GAN model based on each single-bracing structure design image and each multi-bracing structure design image. This invention provides a fast, efficient, and highly visualized automated design scheme for corner bracing and anti-bracing structures within foundation pits.

The application discloses a kind of natural reserve adaptive monitoring system and method based on sky-ground cooperation, the system includes: service end, for obtaining current satellite remote sensing data that satellite is collected to be monitored natural reserve;According to current satellite remote sensing data, determine whether there is abnormal area in the natural reserve to be monitored;If yes, determine the target unmanned aerial vehicle closest to the abnormal area, target ground mobile device;Generate coordination instruction and send to target unmanned aerial vehicle, target ground mobile device;Target unmanned aerial vehicle, target ground mobile device are used to go to abnormal area based on coordination instruction, to obtain the detailed information of close range of abnormal area, send to service end;Service end is also used to determine whether to give early warning to abnormal area according to the detailed information of close range;If yes, generate the early warning information of abnormal area and send to client end.Therefore, by using the application, the data processing pressure of service end can be reduced, the computing resources are saved, and the monitoring efficiency is improved.