Distributed Operating Systems: Concepts and Design
Distributed Operating Systems will provide engineers, educators, and researchers with an in-depth understanding of the full range of distributed operating systems components. Each chapter addresses de-facto standards, popular technologies, and design principles applicable to a wide variety of systems. Complete with chapter summaries, end-of-chapter exercises and bibliographies, Distributed Operating Systems concludes with a set of case studies that provide real-world insights into four distributed operating systems.
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Remote Procedure Calls
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address space algorithm allocation allows Amoeba applications approach authentication block broadcast buffer bytes cache capability clock communication consistency context copy critical section deadlock described disk distributed computing system distributed file system distributed operating system Distributed Shared Memory distributed system domain DSM system encrypted entry example execution external data representation facility file server global handling identifier IEEE implementation interface Kerberos kernel layer Mach machine mechanism method microkernel multicast multiple mutex name server name space node object packet password performance port process migration processor protocol provides receiving process remote procedure Remote Procedure Call reply message request message resource resource allocation graph retransmits scheme semantics sender sends sequential consistency server process shared shared-memory specified synchronization system call thread transaction transfer transparency UNIX update V-System workstation write operations