4 results about "Mutual influence" patented technology

The invention discloses a method for discovering key person in a dynamic large-scale social network, which belongs to the field of data mining and social network analysis. The method first performs node labeling and parameter K selection, and then calculates the mutual influence between the nodes in a certain localized network. The importance index of the single node is calculated and the key person is found according to the task type. The method for discovering key person in a dynamic large-scale social network puts forward a concept of universal influence, and gives a formula of calculating the mutual influence between the nodes in a certain localized network and the importance index, and has advantages in the large-scale dynamic social network. According to the difference of the task type, the method can have different result processing strategies, and can adjust the parameter K to balance the time complexity and accuracy.

The invention relates to a single-point incremental forming technology for a non-axisymmetric step-feature forming part. The single-point incremental forming technology for the non-axisymmetric step-feature forming part comprises the steps that a planar sheet metal part is clamped in a suspended mode, a tool head is used for processing the sheet metal part into a forming part through a plurality of procedures, and the forming sequence of a stepped inclined surface is prior to the forming of a stepped plane. Compared with the prior art, the single-point incremental forming technology for the non-axisymmetric step-feature forming part has the advantages that a simple single-point incremental forming device is used and one-time clamping is achieved so that the sheet metal part with the non-axisymmetricsuspended step-feature is formed; the incremental forming of a complex-shaped sheet metal part can be achieved without the need of adopting a special double-point incremental forming equipment or of specially manufacturing a supporting mold; the single-point incremental forming technology for the non-axisymmetric step-feature forming part combines a multi-step forming and technological path compensation, reasonably controls the move of metal sheets, reduces the mutual influence between different parts, and forms the forming part which satisfies the geometric precision requirement.

The invention discloses a touch screen for realizing appearance of a bang screen, and a mobile terminal adopting the touch screen. The touch screen comprises an FPC and an optical sensing component integrated at the upper end of the FPC; and sensor routing is performed in a region located in a routing window of the touch screen on the left and right sides of the optical sensing component at an intermediate layer of the FPC, and circuit lines of sensor signal lines of the touch screen are arranged in the region. The routing is performed in the routing window on the left and right sides of the optical sensing component, so that a three-in-one antenna region is avoided for realizing the appearance of the bang screen, the problems of signal line accumulation and mutual influence caused by unilateral routing can be relieved, and the influence on the Sensor routing width requirement is reduced. Therefore, the problem that a sensor routing mode of an existing touch screen cannot meet the appearance requirement of the bang screen is solved.

The invention discloses an engineering investigation quality fine evaluation method based on a PageRank algorithm. The engineering investigation quality fine evaluation method comprises the followingsteps: determining a mutual influence relationship among various factors; listing all mutual influence relation tables; establishing a mutual influence relation matrix A of each influence factor basedon a PageRank algorithm; normalizing the matrix A; carrying out transposition processing on the normalized matrix; calculating the maximum eigenvalue lambda = 1 of the transition probability matrix by using a mathematical calculation tool Matlab to obtain the value of the eigenvector A; obtaining a weight sorting table of each influence factor; summarizing a drilling quality grade table of each influence factor of drilling; establishing a quality evaluation set of each influence factor; establishing a drilling quality evaluation membership matrix R of each influence factor; establishing a weight vector A; and establishing an evaluation matrix B = A * R, and evaluating the quality grade of the drilled hole by adopting a maximum membership principle. The engineering investigation quality fine evaluation method based on the PageRank algorithm has the advantages of objective evaluation, accurate result, data quantitative support and the like, and the influence of subjective factors is greatly reduced.