A Double Layered Auction Technique for Cloud Data Channel Allocation

The bulk of recent research on cloud resource allocation has focused on analyzing the interactions between cloud administrators and users. However, in order to catch up on backlogs of work and attract new customers, fleet management is tempted to lease additional capabilities from CPs as a result of the present change in customer expectations and the growth of public cloud services (CPs).Understanding how the cloud administrators and the CPs interact is also critical in light of this. In this work, we investigate both correlations using a two-auction system. We construct the notion of cloud resource allocation using options available sequence auctions (OBSAs) for communications between users and service managers. When compared to earlier works, our design is able to handle customers with a variety of expectations, give sincerity as the dominant strategy, enjoy a simple winner choice process, and avoid the delay entry issue. We do provide one of the first OBSAs in the research with a higher output. In regard to the trades between cloud administrators and CPs, we propose two concurrent markets for energy collection. We can assess how narcissistic the CPs are by looking at the price they provide. We thoroughly examine the two markets to identify the bid strategies used by the cloud operators.