ARTIFICIAL INTELLIGENCE BASED SECURE CONTENT PROCESSING AND DISTRIBUTION BY COOPERATIVE INTERMEDIARY CLOUDS

Web applications traffic request fluctuates generally and capriciously. The basic routine with regards to provisioning a fixed limit would either bring about unsatisfied clients (under provision) or waste profitable capital venture (overprovision). The System is such that whole processing is completely dependent on the server and causes high latency to complete the request. Subsequently there is a requirement for low idleness investigation over high speed information streams, motivating the need for distributed intermediaries. We permit multiple intermediaries to simultaneously perform content service on different portions of data using cloud for storage and processing the information. We use “Genetic Algorithm” for processing the request and Multiagent algorithm for enabling the agents to perform tasks of other agents and hence acts as an Alternatives. Our approach is efficient and minimizes the amount of re-transmissions and congestion in network.

Paper

Full text

PDF

ARTIFICIAL INTELLIGENCE BASED SECURE CONTENT PROCESSING AND DISTRIBUTION BY COOPERATIVE INTERMEDIARY CLOUDS

Semantic Scholar · Computer Science · 2018

Abstract

Web applications traffic request fluctuates generally and capriciously. The basic routine with regards to provisioning a fixed limit would either bring about unsatisfied clients (under provision) or waste profitable capital venture (overprovision). The System is such that whole processing is completely dependent on the server and causes high latency to complete the request. Subsequently there is a requirement for low idleness investigation over high speed information streams, motivating the need for distributed intermediaries. We permit multiple intermediaries to simultaneously perform content service on different portions of data using cloud for storage and processing the information. We use “Genetic Algorithm” for processing the request and Multiagent algorithm for enabling the agents to perform tasks of other agents and hence acts as an Alternatives. Our approach is efficient and minimizes the amount of re-transmissions and congestion in network.

Similar papers

© 2026 NYSGPT2525 LLC