Satisfying response time goals in transaction processing systems
Donald Ferguson, Christos Nikolaou, K. Davies, Leonidas Georgiadis
Abstract
Donald Ferguson, Christos Nikolaou, K. Davies, Leonidas Georgiadis
Abstract
This paper presents workload management algorithms for satisfying administration defined response time goals in transaction processing systems. Each arriving transaction belongs to a predefined. Transaction Class, and the system administrator defines an average response time goal for each transaction class. We present a dynamic transaction priority algorithm and a set of transaction routing algorithms for multiple processortransaction systems. These algorithms set priorities and route transactions based on the data objects accessed by the transactions, the current load of each system, and the goal satisfaction of the transaction classes. Our algorithms have low over-head and through a detailed simulation study we show that the algorithms substantially improve goal satisfaction compared to previous work.
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This paper presents workload management algorithms for satisfying administration defined response time goals in transaction processing systems. Each arriving transaction belongs to a predefined. Transaction Class, and the system administrator defines an average response time goal for each transaction class. We present a dynamic transaction priority algorithm and a set of transaction routing algorithms for multiple processortransaction systems. These algorithms set priorities and route transactions based on the data objects accessed by the transactions, the current load of each system, and the goal satisfaction of the transaction classes. Our algorithms have low over-head and through a detailed simulation study we show that the algorithms substantially improve goal satisfaction compared to previous work.
Key concepts: Transaction processing system, Transaction processing, Online transaction processing, Computer science, Database transaction, Distributed transaction, Workload, Response time