4results about How to "Seamless integration" patented technology

The invention relates to the technical field of automotive electronics, and discloses an automatic test method for a terminal resistor, which configures an automatic test environment based on a programmable digital multimeter and CANoe software, compiles a test case through a CAPL language to control a programmable power supply to supply power to the multimeter, and realizes automatic measurement of the terminal resistor. Meanwhile, in combination with dormancy control of the controller, measurement and an extreme value extraction algorithm are repeated for five times for data evaluation, and a test report is generated. According to the invention, the stability and the data reliability of the automobile CAN bus are guaranteed, the accuracy and the reliability of the terminal resistance test are improved, and the overall controllability of the test process is improved.

This invention belongs to the field of seismic data processing and relates to a method and system for consistent processing and adaptive fusion of seismic attributes in multiple contiguous seismic work areas. The method includes: S1: dividing the spatial coordinates of the original seismic attribute data into a grid and establishing a gridded data index; then, based on the gridded data index, executing a localized search strategy to extract the neighboring data point set of the seismic data points to be processed; S2: eliminating systematic value range differences in the original seismic attribute data based on the neighboring data point set and stitching them together to obtain consistent fused seismic attribute data; S3: using a hierarchical interpolation strategy to fill in blank areas to obtain continuous seismic attribute interpolation data; and S4: performing global optimization based on Gaussian pyramid decomposition and an energy minimization model to obtain the final fused seismic attribute data. This method achieves better work area stitching and interpolation, efficiently avoiding the attribute non-fusion effect of traditional work area stitching methods, thereby realizing the goal of consistent seismic attribute stitching across multiple work areas.

The invention relates to the technical field of computers, and discloses a real-time role animation generation system and method based on motion capture and game state response, and the method comprises the steps: receiving and analyzing a skeleton posture data stream through a motion capture input module; the game state monitor captures and encodes a state event vector; the state sensing hybrid controller dynamically allocates weights according to state events and mixes motion capture and preset animation data; and the inverse kinematics real-time correction module performs physical compliance check and correction on the preliminary mixed attitude. The system comprises a motion capture input module, a game state monitor, a motion buffer queue, a state perception hybrid controller, a reverse kinematics real-time correction module and an animation output interface. According to the method, seamless fusion of the motion capture data and the preset animation data can be realized, animation tearing and joint model penetration are avoided, the limb tail end position is ensured to accord with environmental constraints, the single-frame processing time is controlled within 8 milliseconds, and the high-frame-rate real-time rendering requirement is met.

The invention relates to the technical field of underground measurement. More specifically, the invention relates to a storage type near-bit drilling parameter acquisition nipple and a data acquisition and utilization method. The invention aims to provide a storage type near-bit drilling parameter acquisition short section and a data acquisition and utilization method, aims to solve the technical bottlenecks of inaccurate near-bit parameter measurement, high cost of traditional measurement while drilling and the like, gives consideration to the long-term stability and engineering feasibility of a device under an underground severe working condition, and has a good popularization prospect.