A general prevention strategy is called process synchronization.
Process synchronization is required when one process must wait for another to complete some operation before proceeding.
Topics include process synchronization, deadlock, memory management, input-output methods, information sharing, protection and security, and file systems.
Process synchronization may also be supported by an interprocess communication facility, a feature of the operating system that allows processes to send messages to one another.
Topics include process synchronization and interprocess communication, memory management, virtual memory, interrupt handling, processor scheduling, device management, I/O, and file systems.
Among the problems that need to be addressed by computer scientists in order for sophisticated operating systems to be built are deadlock and process synchronization.
A software interface dynamically suspends or activates each process as necessary, and is responsible for data exchange and process synchronization.
Variability reduction and business process synchronization are acknowledged as key to achieving sharp and timely deliveries in supply chain networks.
A software interface was developed to dynamically suspend and activate each process as necessary, and be responsible for data exchange and process synchronization.
If the concurrent language being studied allows process synchronization, then the analyses are even more complex (and thus expensive), e.g., due to the phenomenon of deadlock.
In this paper, we develop an approach that facilitates variability reduction and business process synchronization for supply chains in a cost effective way.
