A novel pricing-based resource allocation architecture and implement for E2E heterogeneous networks
Bing Xie, Wenan Zhou, Wei Chen, Junde Song
Abstract
Bing Xie, Wenan Zhou, Wei Chen, Junde Song
Abstract
Recently, the fast development of communication technologies brings a heterogeneous network environment, which provides diverse services for users. Resource management and allocation is crucial and complicated for the assurance of end to end quality of service (QoS), which is especially difficult in heterogeneous networks. Therefore, an open resource allocation architecture is important for the service providers. In this paper, we propose a novel pricing-based end to end resource allocation and management architecture, with some key functional blocks presented. Moreover, an example of the pricing tool implement in the heterogeneous network environment is presented, which verifies the effectivity of the pricing tool.
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Recently, the fast development of communication technologies brings a heterogeneous network environment, which provides diverse services for users. Resource management and allocation is crucial and complicated for the assurance of end to end quality of service (QoS), which is especially difficult in heterogeneous networks. Therefore, an open resource allocation architecture is important for the service providers. In this paper, we propose a novel pricing-based end to end resource allocation and management architecture, with some key functional blocks presented. Moreover, an example of the pricing tool implement in the heterogeneous network environment is presented, which verifies the effectivity of the pricing tool.
Key concepts: Computer science, Quality of service, Resource allocation, Resource management (computing), Heterogeneous network, Architecture, Key (lock), Computer network