PACKET FILTERING TECHNIQUES FOR NETWORK SECURITY
Keywords:
Network security, firewall, packet filtering, routing tableAbstract
This article extensively examines packet filtering technologies. Packet filtering technology is used to enhance network security and reduce harmful or unwanted traffic entering the network. The article also analyzes the advantages and disadvantages of packet filtering technology. The main benefits of filtering include the efficient use of network resources and protection against external threats, with the article detailing important strategies for packet filtering, such as static, dynamic, and fragmented packet filtering methods. Additionally, the article suggests strategies for improving packet filtering specifications, expanding access to all header fields, and simplifying filtering rules. These strategies aim to make the packet filtering process more efficient and provide significant assistance to network administrators in improving security.
References
Gulomov, Sh.R. "Types of Malicious Traffic in the Network and Their Detection." Multidisciplinary Scientific Journal, December, Issue 24, 2023, pp. 424–432.
Tashev, S.N., & Ganiev, A.G. "The Role of 'Imagination' in the Process of 'Creative Thinking,' Developing Students' 'Imagination' and 'Creative Thinking' Skills in Teaching Physics." Annals of the Romanian Society for Cell Biology, 2021/3/6, 633-642.
Tashev, S.N. "The Role of 'Imagination' in the Process of 'Creative Thinking,' Developing Students' 'Imagination' and 'Creative Thinking' Skills in Teaching Physics." Psychology and Education, 3569-3575.
Karamatovich, Y.B., Norboboev, T.S., & Ibrohimovich, N.I. "Verification of the Packet Filtering Based on Method of Verification on the Model." 2019 International Conference on Information Science and Communications Technologies (ICISCT).
Ning, J., et al. "Pine: Enabling Privacy-Preserving Deep Packet Inspection on TLS with Rule-Hiding and Fast Connection Establishment." Proceedings of the European Symposium on Research in Computer Security, 2020, pp. 3–22.
