Real-time monitoring and warning for natural hazards can provide real-time benefits

Proposed new signal for real-time stress monitoring: Combination of physiological measures

Human stress is a physiological tension that appears when a person responds to mental, emotional, or physical chal-lenges. Detecting human stress and developing methods to manage it, has become an important issue nowadays. Au-tomatic stress detection through physiological signals may be a useful method for solving this problem. In most of the earlier studies, long-term time window was considere...

Real-Time Output Feedback Neurolinearization

 An adaptive input-output linearization method for general nonlinear systems is developed without using states of the system. Another key feature of this structure is the fact that, it does not need model of the system. In this scheme, neurolinearizer has few weights, so it is practical in adaptive situations.  Online training of neuroline...

\"Internet of Things\": An Emerging Real-Time Technology for Environmental Health Monitoring

Intelligent Real-Time Monitoring

This paper describes a multi-tasking architecture for performing real-time monitoring and analysis using knowledge-based problem solving techniques. To handle asynchronous inputs and perform in real-time, the system consists of three or more distributed processes which run concurrently and communicate via a message passing scheme. The Data Management Process acquires, compresses, and routes the...

Real-time Traac Monitoring

Traac statistics desired by road engineers and planners , and \traac warning" systems demand real-time performance which precludes the use of batch processing. We apply recent real-time tracking techniques along with scene speciic tuning of the dynamics to enable the tracker to accurately predict target location and thus reduce the amount of search and/or image processing required. The beneets ...