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Transactions Modeling in Distributed Environments
SCHEDULING AND CONTROL IN DISTRIBUTED
Dynamic Process Control for Distributed Computing
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activity algorithm allocation ALSTEN application architecture average broadcast buffer command communication computation station Computer Networks Computer Science concurrency control configuration connected cost data flow deadlock defined delay detection distributed computing Distributed Computing Systems Distributed Database distributed systems dynamic environment event example execution fault fault-tolerant Figure function global graph hardware IEEE IEEE Trans implementation input interface interprocess communication kernel language layer lock logical mechanism memory microprocessor modules monitor multiprocessor node operating system output packet parallel parameters path performance Petri nets port problem Proc procedure processor protocol provides query queue real-time received reliability remote procedure call request resource scheduling scheme sequence serializable server signal SIMD simulation specification structure subnetwork switch synchronization task force termination testbed tion token transaction transmission transmitted tuples update variables virtual memory waiting