2 results about "Interval Sequence" patented technology

The application relates to the field of computer data processing and discloses a traffic automatic playback method for software testing, which comprises the following steps: obtaining software traffic data and obtaining data packets and time intervals in the software traffic data; according to interval values and time sequence distribution relationships of the time intervals, a first category is obtained through multi-threshold segmentation, a third category is obtained through threshold segmentation of the first category, and all intervals except the third category in a time interval sequence are classified into a fourth category; a first compression rate of each interval in the fourth category is obtained, and a second compression rate of each interval in the third category is obtained; a correction coefficient is obtained according to the number of elements of the first category to which each interval in the fourth category belongs and packet values of adjacent data packets, and a third compression rate is obtained; and the traffic data is compressed and automatically played back according to the obtained compression rates. The application aims to solve the problems that the existing equal compression of time intervals between data packets leads to packet loss and large differences between traffic data before and after compression.

This invention belongs to the fields of e-commerce, data analysis, and platform monitoring technology. It proposes a method and system for analyzing fraudulent order behavior. Specifically, it involves: deploying a customer service interaction collection and unified coding scenario to identify merchant codes; collecting adjacent response time interval sequences and customer service response field sequences for each merchant based on their codes; obtaining rhythmic indicators based on the adjacent response time interval sequences and process transition indicators based on the customer service response field sequences; and finally obtaining the homogeneous product of fraudulent order behavior through the rhythmic and process transition indicators. The homogeneous product of fraudulent order behavior is then used to determine whether a merchant is engaging in fraudulent order behavior. This invention combines the characteristics of human service—affected by information retrieval and input delays, resulting in discrete, multi-peaked rhythms and multi-path processes—with the stable, homogeneous form of scripted rhythm convergence and path reuse. At the merchant level, it achieves the quantification of differences between normal customer service and scripted group control behavior for fraudulent orders, improving merchant management efficiency.