A protocol and a communication mechanism intended for time and safety critical applications using a radio channel for information transport are considered jointly. The protocol is based on a scheme of retransmissions done on demand within a given time window. Each retransmission is coded with a varying number of redundant symbols. The set of blocks used for retransmission is controlled by two quality-of-service parameters: deadline for the transmission and the probability that the correct decoded message will reach the recipient before this deadline. Analysis of a protocol model indicates that it is possible to transmit time critical information in a mobile wireless system with very low error probabilities in an industrial environment.Copyr...
In modern factory automation systems, data communication plays a vital role. Different nodes like co...
This paper aims to address the issue of message deliv-ery reliability in real-time, wireless communi...
We present a middleware-based protocol that reliably synchronizes large samples consisting of multip...
A protocol and a communication mechanism intended for time and safety critical applications using a ...
A protocol and a communication mechanism intended for time and safety critical applications using a ...
Increased mobility coupled with a possible reduction of cabling costs and deployment time makes wire...
A framework for real-time communication over a wireless channel is proposed. The concept of deadline...
Emerging industrial applications requiring reliable wireless real-time communications are numerous. ...
The constant evolution of wireless communication, and all the applications this enables, is rapidly ...
As the number of application areas for wireless technologies grows, the need for providing both pred...
We consider wireless relay networks for use in industrial applications with strict requirements on b...
The concept of deadline dependent coding (DDC) has previously been suggested by the authors for maxi...
A Networked Control System (NCS) is a feedback-driven control system wherein the control loops are c...
The concept of deadline dependent coding (DDC) has been demonstrated as a promising design approach ...
Autonomous systems will significantly gain in efficiency, robustness and flexibility through the abi...
In modern factory automation systems, data communication plays a vital role. Different nodes like co...
This paper aims to address the issue of message deliv-ery reliability in real-time, wireless communi...
We present a middleware-based protocol that reliably synchronizes large samples consisting of multip...
A protocol and a communication mechanism intended for time and safety critical applications using a ...
A protocol and a communication mechanism intended for time and safety critical applications using a ...
Increased mobility coupled with a possible reduction of cabling costs and deployment time makes wire...
A framework for real-time communication over a wireless channel is proposed. The concept of deadline...
Emerging industrial applications requiring reliable wireless real-time communications are numerous. ...
The constant evolution of wireless communication, and all the applications this enables, is rapidly ...
As the number of application areas for wireless technologies grows, the need for providing both pred...
We consider wireless relay networks for use in industrial applications with strict requirements on b...
The concept of deadline dependent coding (DDC) has previously been suggested by the authors for maxi...
A Networked Control System (NCS) is a feedback-driven control system wherein the control loops are c...
The concept of deadline dependent coding (DDC) has been demonstrated as a promising design approach ...
Autonomous systems will significantly gain in efficiency, robustness and flexibility through the abi...
In modern factory automation systems, data communication plays a vital role. Different nodes like co...
This paper aims to address the issue of message deliv-ery reliability in real-time, wireless communi...
We present a middleware-based protocol that reliably synchronizes large samples consisting of multip...