Authors : D. Seethalakshmi and G.M. Nasira
Abstract: The rapid boom of amount of records, cloud computing servers required to store and analyzes huge amounts of excessive-dimensional and unstructured data. Cuckoo hashing schemes were broadly used in actual-world cloud-related programs. However, because of the capable hash collisions, the Cuckoo hashing suffers from limitless loops and high insertion latency. According to the potentiality the collision in Cuckoo hashing has recursive loops with entire latency insertion. The concurrency problem can have effective insertion of services through query based on its high performance of cloud commodity servers. In the proposed study, we divide hashing into four threads invokes the quaternary thread with separate threads to handle those hot and cold buckets and the other two threads monitors and handles predicaments occurred dynamically. Thus, in the proposed by segregating into four threads and each thread will handle hot, cold buckets and one thread for complete monitoring of transmissions and the other thread will help in overcoming attack. If any attack found then the data from that particular commodity server transfers to secured server and the connection will be disconnected thus to provide strong security.
D. Seethalakshmi and G.M. Nasira, 2017. Quaternary Defense Mechanism Handling Predicaments in Cuckoo Hashing. Journal of Engineering and Applied Sciences, 12: 7189-7193.