Location Based Wireless Sensor Services in Life Science Automation

Wagner, Benjamin; Gorski, Philipp; Golatowski, Frank; Behnke, Ralf; Timmermann, Dirk; Thurow, Kerstin

doi:10.1007/978-3-642-17520-6_8

Cited by 4 publications

(1 citation statement)

References 9 publications

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“…It also can be effectively used to increase safety (operation of mobile robots will be allowed only in proximity), increase productivity fast finding the closest way to required components, etc. As described in the competent literature the preliminary evaluation achieves an average accuracy of 3 m (without any additional sensors and extra fees or charges) [13].…”

Section: The Future Wlan Applicationmentioning

confidence: 92%

Functional Aspects of Modern Wireless Networks in Industrial Environment

Szulewski¹

2013

Advances in Manufacturing Science and Technology

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The use of the radio controlled network system in industrial tasks is a real fact. The new medium, according to its nature and characteristics improves new possibilities in the data transfer. The paper illuminates some basic problems concerning the wireless communication systems. Attributes and limitation are simply presented. Some rules and recommendations are formulated and elaborated. Three popular wireless standards (from ISM band) were used as an applicable example. The newest evolution conception of industrial wireless standards was pointed out.

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Section: The Future Wlan Applicationmentioning

confidence: 92%

Functional Aspects of Modern Wireless Networks in Industrial Environment

Szulewski¹

2013

Advances in Manufacturing Science and Technology

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Efficient Localized Detection of Erroneous Nodes (ELDEN)

Behnke

Salzmann

Simanowski

et al. 2010

2010 10th IEEE International Conference on Computer and Information Technology

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Wireless Sensor Networks (WSNs) have attracted considerable research effort in the community during the past couple of years. One of the most challenging issues so far is the extension of network lifetime with regards to small battery capacity and self-sustained operation. Endeavors to save energy have been made on various frontiers, ranging from hardware improvements over medium access and routing protocols to network clustering and role changing strategies. Only weak attention has been paid to the detection of erroneous nodes which can be also used for lifetime extension of WSNs. In contrast to some authors, regarding detection of failures in communication as error detection, we focus on faulty sensor readings. In this work we present an efficient error detection algorithm which detects erroneous nodes within the network based on neighborhood relations. The results of our algorithm enables direct reactions of concerned nodes or network parts without expensive involvement of any kind of central computing instances.

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