In this paper, we argue that there is the need for a comprehensive approach to the programming and managing sensor and actuator applications in enterprises. We then propose the design of such an architecture. It includes a network infrastructure model, an application programming model, a distributed runtime, and tools for complete lifecycle management of the network and the applications. Based on the current proof-of-concept implementation we also discuss a number of technical challenges
In this paper, we propose a model-based design approach for developing wireless sensor-actuator netw...
Current trends in computing include increases in both distribution and wireless connectivity, leadin...
The pervasive presence and availability of sensor and actuator networks creates the potential for wi...
Masses of sensors, actuators are being deployed in our daily environments to provide innovative serv...
Programming sensor/actuator networks requires ex-pertise in low-level programming, mainly because of...
Nowadays, advances in wireless sensing and actuation tech-nology allow for reasonable amounts of app...
Programming sensor/actuator networks requires ex-pertise in low-level programming. A major reason is...
Nowadays, advances in wireless sensing and actuation technology allow for reasonable amounts of appl...
Control systems are critical in many aspects of human life and are used in both large infrastructure...
In this paper, a novel resource management approach is presented for publish-subscribe middleware fo...
Sensor and actuator networks promise to revolutionize sensing and control in a wide range of applica...
Sensor technologies offer new paradigms for computation, control, communication, and collaboration. ...
This paper introduces a language design for sensoractuator networks. The main features are communica...
A large number of potential applications for Wireless Sensor and Actuator Networks (WSAN) have yet t...
Today's generation of wireless sensor networks are now moving out of the lab and into the real world...
In this paper, we propose a model-based design approach for developing wireless sensor-actuator netw...
Current trends in computing include increases in both distribution and wireless connectivity, leadin...
The pervasive presence and availability of sensor and actuator networks creates the potential for wi...
Masses of sensors, actuators are being deployed in our daily environments to provide innovative serv...
Programming sensor/actuator networks requires ex-pertise in low-level programming, mainly because of...
Nowadays, advances in wireless sensing and actuation tech-nology allow for reasonable amounts of app...
Programming sensor/actuator networks requires ex-pertise in low-level programming. A major reason is...
Nowadays, advances in wireless sensing and actuation technology allow for reasonable amounts of appl...
Control systems are critical in many aspects of human life and are used in both large infrastructure...
In this paper, a novel resource management approach is presented for publish-subscribe middleware fo...
Sensor and actuator networks promise to revolutionize sensing and control in a wide range of applica...
Sensor technologies offer new paradigms for computation, control, communication, and collaboration. ...
This paper introduces a language design for sensoractuator networks. The main features are communica...
A large number of potential applications for Wireless Sensor and Actuator Networks (WSAN) have yet t...
Today's generation of wireless sensor networks are now moving out of the lab and into the real world...
In this paper, we propose a model-based design approach for developing wireless sensor-actuator netw...
Current trends in computing include increases in both distribution and wireless connectivity, leadin...
The pervasive presence and availability of sensor and actuator networks creates the potential for wi...