34results about How to "Meet the processing capacity" patented technology

The invention belongs to the technical field of oil and gas field development, and discloses a crude oil treatment inlet liquid steady flow control method based on fuzzy cascade PID, which comprises the following steps: determining fuzzy cascade PID regulation loop control logic of an inner loop control loop and an outer loop control loop, the input and output of the outer loop control loop are respectively a pressure buffer tank target liquid level and an inlet pressure buffer tank flow control valve opening; the input and the output of the inner ring control loop are respectively the opening degree of a flow control valve of an inlet pressure buffer tank and the opening degree of a gulp valve; determining initial domains of discourse of input and output parameters of a fuzzy inference engine, and performing fuzzification processing; determining fuzzy rule tables of the inner and outer ring fuzzy inference engines; the target liquid level of the pressure buffer tank serves as loop input, initial parameters of an inner ring PID controller and an outer ring PID controller are determined, the parameters are continuously optimized under the action of a fuzzy inference engine, and steady flow control is achieved. The stability of crude oil liquid inlet flow can be greatly improved, the processing capacity of a process rear-end device is met, and light-load operation of the pressure buffer tank is guaranteed.

This invention discloses a method and system for detecting high round-trip time (RTT) flows in high-speed networks, belonging to the field of traffic detection technology. The method includes: acquiring network data flows and generating RTT samples of the network data flows; judging the validity of the RTT samples and filtering out valid samples; statistically analyzing the valid samples within a statistical period using limited storage resources and obtaining statistical results; and based on the statistical results, identifying and outputting data flows corresponding to records whose cumulative RTT values ​​exceed a preset abnormal threshold as abnormal high RTT data flows. This invention employs a two-stage processing approach. The first stage generates reliable RTT samples and removes abnormally large RTTs caused by retransmissions, while the second stage continuously tracks abnormal RTT flows based on the cleaned RTT data. This achieves efficient and accurate detection of abnormal RTT flows while meeting the processing capabilities of high-speed networks.