A method for kilomega NIDS parallel processing based on NP and BS
A parallel processing and network processor technology, applied in digital transmission systems, electrical components, transmission systems, etc., can solve problems such as insufficient high-speed data flow processing capabilities, meet the needs, reduce the number of lost packets, and improve the detection rate.
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[0013] control figure 1 (The solid line represents the data flow, and the dotted line represents the control flow). The network processor receives all the data packets that need to be detected through the mirror port, and uses its data packet forwarding module to forward the arriving data packets according to a certain data flow division algorithm. , Divide the high-speed network data stream into multiple low-speed data streams, hand them over to the back-end detectors for processing, and minimize the collaborative relationship between the detectors. At the same time, the back-end detectors feed back their load status to the forwarder, and the forwarder dynamically adjusts the traffic division according to the feedback obtained, so as to ensure that the load of each detector is as balanced as possible.
[0014] exist figure 1 In the entire process shown, step 1 is the initial action. Step 2: The data flow division method of the network processor is to divide the data packets...
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