Vol. 2 Issue 4
Year: 2015
Issue:Aug-Oct
Title:An Enhanced Framework to Design Elastic and Reliable Content Based Publish/Subscribe System
Author Name:Modiboina Suresh, P.R. Rajesh and Lalitha
Synopsis:
Publish/subscribe systems implemented as a service in cloud computing infrastructure provides elasticity and simplicity in composing distributed applications. Appropriate service provisioning in distributed computing infrastructure is an exigent task. Due to the dynamic changes in the rate of the live content arrival in the large scale subscription, it presents a challenge to the existing publish/subscribe systems. This paper proposes ESCC (Elastic and Scalable Content based Cloud Pub/Sub System) technique that presents a framework to design elastic and reliable Content based publish/subscribe system that the uses a single hop lookup overlay to reduce the latency in a cloud computing environment. ESCC dynamically adjust the scale of the servers depending on the churn workloads. ESCC achieves high throughput rate when compared to various workloads.
Year: 2015
Issue:Aug-Oct
Title:An Enhanced Framework to Design Elastic and Reliable Content Based Publish/Subscribe System
Author Name:Modiboina Suresh, P.R. Rajesh and Lalitha
Synopsis:
Publish/subscribe systems implemented as a service in cloud computing infrastructure provides elasticity and simplicity in composing distributed applications. Appropriate service provisioning in distributed computing infrastructure is an exigent task. Due to the dynamic changes in the rate of the live content arrival in the large scale subscription, it presents a challenge to the existing publish/subscribe systems. This paper proposes ESCC (Elastic and Scalable Content based Cloud Pub/Sub System) technique that presents a framework to design elastic and reliable Content based publish/subscribe system that the uses a single hop lookup overlay to reduce the latency in a cloud computing environment. ESCC dynamically adjust the scale of the servers depending on the churn workloads. ESCC achieves high throughput rate when compared to various workloads.
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