Andere Kunden interessierten sich auch für
![Distributed Shared Memory and Data Consistency]( "Distributed Shared Memory and Data Consistency")
Distributed Shared Memory and Data Consistency58,99 €![Scalable Network Tomography System]( "Scalable Network Tomography System")
Scalable Network Tomography System32,99 €![SLA based architectures in priority aware shared mesh optical networks]( "SLA based architectures in priority aware shared mesh optical networks")
SLA based architectures in priority aware shared mesh optical networks46,99 €![An efficient and scalable location sensing recommendation]( "An efficient and scalable location sensing recommendation")
An efficient and scalable location sensing recommendation23,99 €![SCADY: Scalable and Dynamic Grid Computing]( "SCADY: Scalable and Dynamic Grid Computing")
SCADY: Scalable and Dynamic Grid Computing36,99 €![Exemplar High-Speed Scalable Network Architectures]( "Exemplar High-Speed Scalable Network Architectures")
Exemplar High-Speed Scalable Network Architectures32,99 €![A Scalable Wireless LAN Monitoring And Auditing Scheme]( "A Scalable Wireless LAN Monitoring And Auditing Scheme")
A Scalable Wireless LAN Monitoring And Auditing Scheme36,99 €
This thesis presents the design and implementation of our novel hybrid software DSM system. We call our system hybrid home-based EAC (HHEAC) since the system implements our novel exclusive access consistency model (EAC) based on the hybrid protocol of the homeless and home-based protocols. HHEAC guarantees only that shared variables inside a critical section are up to date before the accesses. Other shared variables outside a critical section are guaranteed to be up to date after the next barrier synchronisation. Our home-based DSM implementation is different from the previous implementations in that a home node does not receive any diffs from non-home nodes until the next barrier synchronisation. It is also different in that during a lock synchronisation required diffs are prefetched before the critical section, which reduces not only data traffic but also page faults inside the critical section. We also present a diff integration technique that can further unnecessary data traffic during lock synchronisation. This technique is especially effective in reducing data traffic for migratory applications.