Results 221 to 230 of about 181,638 (266)
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2020
The autonomic nervous system innervates the visceral organs, the glands and the blood vessels. It regulates the internal environment, and it is largely responsible for maintaining normal bodily functions such as respiration, blood pressure and micturition. The peripheral autonomic nervous system consists of two parts, a thoracolumbar or sympathetic and
Ten Donkelaar, Hans J. +3 more
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The autonomic nervous system innervates the visceral organs, the glands and the blood vessels. It regulates the internal environment, and it is largely responsible for maintaining normal bodily functions such as respiration, blood pressure and micturition. The peripheral autonomic nervous system consists of two parts, a thoracolumbar or sympathetic and
Ten Donkelaar, Hans J. +3 more
openaire +1 more source
Engineering autonomous systems
Proceedings of the 17th Panhellenic Conference on Informatics, 2013Future technology needs adaptive, autonomous, self-aware and intelligent behavior offering solutions that are intuitively integrated in our everyday surroundings. One such approach is presented illustrating the major engineering process of autonomous systems' construction.
Nikola B. Serbedzija +2 more
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An Autonomous Crowdsourcing System
2021We propose an autonomous crowdsourcing system for constructing high-quality task results. To change the minds of low-quality workers while processing the tasks, we introduce implicit and explicit feedback. If task results are of low quality, the requesters should tell the workers whether the quality of the task results is high/low and how to improve ...
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Security in Autonomous Systems
2019 IEEE European Test Symposium (ETS), 2019Autonomous systems promise solutions to a wide range of technical and societal problems, and their use appears especially attractive in safety-critical domains, like transportation or factory automation. This paper focuses on an underestimated aspect of autonomous systems: their security implications.
Stefan Katzenbeisser 0001 +3 more
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Journal of Aerospace Information Systems, 2013
Middleware designed to describe sensing, control, and computational communications of components within unmanned systems enables the creation of clean interfaces between the low-level mechanics of such systems and the higher-level logic designed to control them.
Sean Whitsitt, Jonathan Sprinkle
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Middleware designed to describe sensing, control, and computational communications of components within unmanned systems enables the creation of clean interfaces between the low-level mechanics of such systems and the higher-level logic designed to control them.
Sean Whitsitt, Jonathan Sprinkle
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1953
Publisher Summary This chapter explains the existence and stability of periodic solutions and describes the more recent works including the equations of Mathieu, Hill, van der Pol, and Duffing to portray the present state of the field and to present several representative and significant contributions. Equations continue to be perturbation schemes or
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Publisher Summary This chapter explains the existence and stability of periodic solutions and describes the more recent works including the equations of Mathieu, Hill, van der Pol, and Duffing to portray the present state of the field and to present several representative and significant contributions. Equations continue to be perturbation schemes or
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A Taxonomy for System of Autonomous Systems
2022 17th Annual System of Systems Engineering Conference (SOSE), 2022Mohammadreza Torkjazi, Ali K. Raz
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On the coordination of autonomous systems
Proceedings. Fifth International Workshop on Object-Oriented Real-Time Dependable Systems, 2003There is a general trend in designing distributed control systems to give an increasing amount of autonomy to the individual nodes of such systems. Two interrelated system layers must be considered when autonomous systems have to be coordinated under real-time constraints: the distributed programming paradigm and the communication layer.
Michael Mock, Edgar Nett
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2011
The neural regulation of cardiac function is mainly determined, on its efferent side, by the interaction of sympathetic and vagal mechanisms. In most physiological conditions, the activation of either the sympathetic or vagal outflow is accompanied by the inhibition of the other suggesting the concept of sympatho-vagal balance as a horizontal beam ...
N. Montano, E. Tobaldini, A. Porta
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The neural regulation of cardiac function is mainly determined, on its efferent side, by the interaction of sympathetic and vagal mechanisms. In most physiological conditions, the activation of either the sympathetic or vagal outflow is accompanied by the inhibition of the other suggesting the concept of sympatho-vagal balance as a horizontal beam ...
N. Montano, E. Tobaldini, A. Porta
openaire +1 more source