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bib
--- Timezone: UTC
Creation date: 2024-10-06
Creation time: 20-48-15
--- Number of references
5
inproceedings
DombrowskiSRDS16
Model-Checking Assisted Protocol Design for Ultra-reliable Low-Latency Wireless Networks
2016
9
27
307--316
fault tolerance;formal verification;protocols;wireless channels;EchoRing protocol;fault-tolerant methods;formal model-based verification;model-checking assisted protocol;probabilistic model checking;reliability constraints;safety-critical industrial applications;salient features;token loss;token-based system;ultrareliable low-latency wireless networks;unprecedented latency;wireless networking community;wireless protocols;wireless token-passing systems;Automata;Model checking;Payloads;Probabilistic logic;Protocols;Reliability;Wireless communication;Model checking;Probabilistic timed automata;Token passing;Wireless Industrial Networks;tool-assisted protocol design;validation
cps,hodrian
http://ieeexplore.ieee.org/document/7794360/
Proc. of IEEE 35th Symposium on Reliable Distributed Systems
IEEE
Budapest, Hungary
IEEE 35th Symposium on Reliable Distributed Systems (SRDS)
10.1109/SRDS.2016.048
1
ChristianDombrowski
SebastianJunges
Joost-PieterKatoen
JamesGross
poster
serror-zdn-2015
How to Benefit from Cooperation in Latency-Constrained Wireless Communications
2015
9
25
cps,koi,hodrian
https://www.comsys.rwth-aachen.de/fileadmin/papers/2015/2015-serror-zdn-cooperation.pdf
http://kn.inf.uni-tuebingen.de/itg-zdn-2015-poster-session
VDE
online
ITG-Fachtagung "Zukunft der Netze 2015" – Poster Session, Tübingen, Germany
Tübingen, Germany
MartinSerror
ChristianDombrowski
KlausWehrle
JamesGross
inproceedings
Dombrowski2015EW
EchoRing: A Low-Latency, Reliable Token-Passing MAC Protocol for Wireless Industrial Networks
2015
5
20
Spurred by recent industrial trends, such as factory automation or phase synchronization in the smart grid, there is a significant interest for wireless industrial networks lately. In contrast to traditional applications, the focus is on carrying out communication at very short latencies together with high reliabilities. Meeting such extreme requirements with wireless networks is challenging. A potential candidate for such a network is a token-passing protocol, as it allows to bound latencies. However, it lacks mechanisms to cope with the dynamics of wireless channels. In this paper, we present EchoRing, a novel wireless token-passing protocol. Cooperative communication and an improved fault tolerance allow this decentralized protocol to support industrial applications over wireless networks. Based on experimental results, we demonstrate the suitability of EchoRing to support demands of industrial applications. EchoRing outperforms other schemes by several orders of magnitude in terms of reliability for latencies of and below 10ms.
Protocols and architectures for wireless networks; Testbeds and experimental wireless systems; Reliability: robust and dependable wireless systems
cps,hodrian
IEEE
Proc. of 21st European Wireless Conference (EW15)
Budapest, Hungary
European Wireless Conference (EW)
20/05/2015
978-3-8007-3976-9
ChristianDombrowski
JamesGross
inproceedings
Dombrowski2015NetSys
EchoRing: Meeting Hard Real-Time Constraints with Decentralized Wireless Networks
2015
3
9
1--3
cps,hodrian
http://www.netsys2015.com/wp-content/uploads/NetSys2015_Demo_Dombrowski.pdf
http://www.netsys2015.com/program/demonstrations/
http://www.netsys2015.com/communication-software-awards/
2nd Place Regular Demonstrations
IEEE
Proc. of 2nd International Conference on Networked Systems, Demonstrations (NetSys15)
Cottbus, Germany
Conference on Networked Systems (NetSys) - Demo Session
09/03/2015
1
ChristianDombrowski
JamesGross
conference
Schumacher2014
A Code-transparent MAC Simulator for WARP
2014
11
19
hodrian,cps
Proc. of European workshop on testbed based wireless research
Stockholm, Sweden
European workshop on testbed based wireless research
19/11/2014
AndreasSchumacher
ChristianDombrowski
JamesGross