Agreement-Based Interactions for ExperimentalAgreement-Based Interactions for Experimental Science • May 28th, 2004
Over the last decade computational Grids [1] became a very successful tool at providing distributed environments for the secure and coordinated execution of applications. More recently we have seen an increased demand for Grid technologies in areas with stringent quality of service (QoS) requirements such experimental science [2, 3]. This resulted in stronger emphasis on providing QoS in Grid technologies [4] and focus on technologies enabling it. The most recent work in Grid computing [5-8] indicates that the next-generation Grids will include policy-based resource management, a variety of authorization services, and support dynamic resource procurement as well as adaptation to changing system conditions.
Katarzyna Keahey,1 Takuya Araki, 1,2 Peter Lane1Agreement-Based Interactions for Experimental Science • May 5th, 2020
Abstract. Enabling quality of service in Grids requires not only resource management strategies but also the development of protocols enabling structured negotiation for the use of resources. In this paper, we describe design, implementation, and application of an agreement-based infrastructure. We then discuss its use in the virtual control room developed for the National Fusion Collaboratory.
