Optimized Routing and Denial of service for sturdy Transmission in wireless networks

Computer Engineering

Although the number of network projects has dramatically increased over the last few years, ensuring the availability and security of project data, services, and resources is still a crucial and challenging research issue. Distributed denial of service (DDoS) attacks are the second most prevalent cybercrime attacks after information theft. DDoS flood attacks can exhaust the resources, consume most of its bandwidth, and damage an entire cloud project within a short period of time. In this paper, we present a new classifier system for detecting and preventing DDoS TCP flood attacks (CS_DDoS) in public clouds. The proposed CS_DDoS system offers a solution to securing stored records by classifying the incoming packets and making a decision based on the classification results The Dynamic routing Algorithm in Network allow nodes to share information about the network with other nodes to allow the best path to reach the destination. The Sturdy Transmission using ddos in networks to overcome above limitations in networks. During the detection phase, the CS_DDOS identifies and determines whether a packet is normal or originates from an attacker. During the prevention phase, packets, which are classified as malicious, will be denied to access the service and the source will be blacklisted.

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.