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information obtained from physical environments and provides context-aware services automatically based on the information retrieved.And the workflow in the business processes and the distributed computing environments have supported the automation of services by connecting tasks.The workflow needs to specify ubiquitous situational information as state-transition constraints.However,the delivery and use of sensor data in the workflow is a difficult problem for the robot system.In order to bridge the gap between applications and low-level constructs and to acquire raw situational information for the execution of the context-aware workflow in the robot systems,this paper presents an approach which can achieve the sensor data transmission between a sensing server and a robot system easily.
information obtained from physical environments and provide context-aware services automatically based on the retrieved data. And the workflow in the business processes and the distributed computing environments have supported the automation of services by connecting tasks. The workflow needs to specify ubiquitous situational information as state -transition constraints.However, the delivery and use of sensor data in the workflow is a difficult problem for the robot system. In order to bridge the gap between applications and low-level constructs and to acquire raw situational information for the execution of the context -aware workflow in the robot systems, this paper presents an approach which can achieve the sensor data transmission between a sensing server and a robot system easily.