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인공지능대학
컴퓨터공학과
Journal papers
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COOL: Conservation of Output Links for Pruning Algorithms in Network Intrusion Detection
Title
COOL: Conservation of Output Links for Pruning Algorithms in Network Intrusion Detection
Authors
Dao
;
Thi-Nga
;
Lee
;
Hyungjune
Ewha Authors
이형준
SCOPUS Author ID
이형준
Issue Date
2024
Journal Title
IEEE Internet of Things Journal
ISSN
2327-4662
Citation
IEEE Internet of Things Journal vol. 11, no. 5, pp. 8906 - 8920
Keywords
Delay minimization
;
intrusion detection
;
output isolation
;
programmable data plane
;
weight pruning
Publisher
Institute of Electrical and Electronics Engineers Inc.
Indexed
SCIE; SCOPUS
Document Type
Article
Abstract
To reduce network intrusion detection latency in a high volume of data traffic, on-device detection with neuron pruning has been widely adopted by eliminating ineffective connections from a densely connected neural network. However, neuron pruning has a serious problem called output separation in which some parts of neurons can easily be pruned in the middle and become isolated from the rest of the network. To this end, we introduce a solution called the conservation of output links (COOL) pruning method that iteratively preserves a set of effective connections to avoid neuron isolation. We first evaluate COOL on MNIST and CIFAR-10 data sets as well as programmable networking devices, such as P4-supported switches. The experimental results show that COOL outperforms existing methods in terms of both detection time and classification accuracy, especially in extremely sparse networks. Compared to three representative pruning methods, our COOL-based classification model performs at least 25% more accurately with the upper bound for the pruning probability. To further display the effectiveness of COOL-based intrusion detection, we formulate a novel detection time minimization problem by assigning suitable detection models for switches in Internet of Things (IoT) under performance requirements and resource limitations. The experimental results demonstrate that our COOL algorithm is particularly useful for delay-critical and high-traffic applications. © 2014 IEEE.
DOI
10.1109/JIOT.2023.3321299
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