Paper Info
Title
Efficient I/O Intensive Multi Tenant SaaS System Using L4 Level Cache
Abstract
The Internet through Web services is providing innovative ways of business and flexible computing paradigm. SaaS (Software as a Service) is an emerging new model for software as a service. The number of SaaS services are available in the market such as Twitter, Gmail, Saleforce.com and Google Maps to configure SaaS based Web service system. But, there are several issues to achieve these requirements, Scalable, Configurable, Multi-Tenant-Efficient SaaS model. To meet these requirements, SaaS infrastructure is required to have scale out architecture with data interoperable function without any data contamination. It also needs short latency of time service because Web service is online and follows the remote client-server model. If service response time does not meet them timeliness requirements, users would not be use SaaS application services again. This paper proposes autonomous system architecture for the scalable SaaS infrastructure to meet timeliness and multi- tenant access for SaaS applications. The paper proposes concept and architecture of of L4 cache block level cache for specific data and content and copes with the above issues efficiently. The paper carried out the evaluation of the proposed system architecture and also evaluated VMM environment as well.
Year
DOI
Venue
2010
10.1109/SOSE.2010.14
SoSE
Keywords
Field
DocType
Web services,business data processing,client-server systems,open systems,software architecture,user interfaces,virtual machines,Internet,L4 level cache,SaaS application services,VMM environment,Web services,autonomous system architecture,data contamination,data interoperable function,efficient I/O intensive multitenant SaaS system,remote client-server model,scalable SaaS infrastructure,software as a service,time service latency,Block IO device,Bonnie Bench mark program,IOPS,Locality of reference,Timeliness,VMM,Write back cache
Computer science,Interoperability,Cache,Server,Software as a service,Real-time computing,Software architecture,Systems architecture,Web service,Database,Operating system,The Internet
Conference
Citations 
PageRank 
References 
3
0.43
12
Authors
3
Name
Order
Citations
PageRank
Hironao Takahashi18915.09
Kinji Mori2450109.20
Hafiz Farooq Ahmad316429.04