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TITLE: A New Game Theoretical Resource Allocation Algorithm for Cloud Computing | |
Abstract—
Cloud computing and other computing paradigms
share the similar visions which aim to implement
parallel computations on large distributed resources.
However, this cloud computing is more involved in purchasing
and consuming manners between providers and users than others.
So how to allocate resources reasonably to cater requirements
from both sides attracts wide attentions.
Based on game theory, we introduce a new Bayesian Nash Equilibrium Allocation
algorithm to solve resource management problem in cloud computing.
This algorithm fully considers several criteria such as the heterogeneous
distribution of resources, rational exchange behaviors of cloud users,
incomplete common information and dynamic successive allocation.
Compared to former researches, experimental results presented
in this paper show that even though rivals’ information is uncertain,
cloud users can receive Nash equilibrium allocation solutions by
gambling stage by stage. Furthermore, the resource price evaluated
by the algorithm will converge to the optimal price at the end of
the gambling sequence.
Keywords— cloud computing, resource allocation, game theory, Nash equilibrium |
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