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In theoretical computer science, Temporal Process Language (TPL) is a process calculus which extends Robin Milner's CCS with the notion of multi-party synchronization, which allows multiple process to synchronize on a global 'clock'. This clock measures time, though not concretely, but rather as an abstract signal which defines when the entire ...
This is a list of notable Business Process Model and Notation 2.0 ... Workflow Management Systems (WfMSs). List of BPMN 2.0 engines. Product Name Version Release Date
The Simple Temporal Network with Uncertainty (STNU) is a scheduling problem which involves controllable actions, uncertain events and temporal constraints. Dynamic Controllability for such problems is a type of scheduling which requires a temporal planning strategy to activate controllable actions reactively as uncertain events are observed so ...
Event correlation usually takes place inside one or several management platforms. It is implemented by a piece of software known as the event correlator.This component is automatically fed with events originating from managed elements (applications, devices), monitoring tools, the Trouble Ticket System, etc.
Temporal multithreading is one of the two main forms of multithreading that can be implemented on computer processor hardware, the other being simultaneous multithreading. The distinguishing difference between the two forms is the maximum number of concurrent threads that can execute in any given pipeline stage in a given cycle .
Oracle BPEL Process Manager (formerly Collaxa BPEL Orchestration Server) Oracle Corporation: 11g 2010–04 Java EE: WS-BPEL 2.0, BPMN 2.0 Proprietary OW2 Orchestra: OW2: 4.9.0 2012-01-23 Apache Axis Apache CXF OSGi Java EE: WS-BPEL 2.0 LGPL: Petals BPEL Engine: Petals Link: 1.0.1 2009-12-08 Java EE: WS-BPEL 2.0, WSDL 1.1 and 2.0 LGPL: SAP ...
Amir Pnueli applied temporal logic to computer science, for which he received the 1996 Turing Award. Modern temporal logic was developed by Arthur Prior in 1957, then called tense logic. Although Amir Pnueli was the first to seriously study the applications of temporal logic to computer science, Prior speculated on its use a decade earlier in 1967:
The engine plays and replays the event sequence in different temporal order to infer what could be related topological connections and compares these replays to rules preprogrammed by an analyst. Multiple low-level system events are processed by the Causal Vector Engine and compared against these rules to trigger higher-level Business Events.