TARWIS &amp;#x2014; A testbed management architecture for wireless sensor network testbeds

Hurni, Philipp; Anwander, Markus; Wagenknecht, Gerald; Staub, Thomas; Braun, Torsten

doi:10.1109/noms.2012.6211968

Cited by 14 publications

(14 citation statements)

References 11 publications

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“…According to the save energy of nodes and prolong survival time of the timing system polling way up [21]. Data correlation clustering mechanism data correlation is the main train of thought of the strong f embodied in physical space position and average data is relatively close to the sensor nodes in a cluster, each sensor node in a cluster of centralized data model predicts that the cluster head node is responsible for maintaining data in each cluster model to reduce the redundancy of data, improve the efficiency of energy use.…”

Section: The Runtime Model and Cloud Environmentmentioning

confidence: 99%

Research on the Wireless Sensor Network Management Methodologies based on the Runtime Model and Game Theory

Huang¹,

Zhang²

2016

IJFGCN

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Section: The Runtime Model and Cloud Environmentmentioning

confidence: 99%

Research on the Wireless Sensor Network Management Methodologies based on the Runtime Model and Game Theory

Huang¹,

Zhang²

2016

IJFGCN

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“…Thus, on an effort to reduce this gap, it is increasing the creation of experimental facilities (EF) or Testbeds to expedite the proof of feasibility of their proposed protocols and mechanisms on real-world devices. Therefore, Testbeds have become indispensable for evaluating protocol behavior in practice [8].…”

Section: A Testbedmentioning

confidence: 99%

Integrated environment for testing IoT and RFID technologies applied on intelligent transportation system in Brazilian scenarios

Leal

Santiago

Miyake

et al. 2014

2014 IEEE Brasil RFID

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Brazil is approving a series of new regulations, standards for RFID and loT components applied in transportation scenarios. At this stage, there is already a need for interoperability and Brazilian regulators require that interoperability should satisfy recognized standards such as NTCIP, SINIA V, and ISO/IEC 18000-6. Although there are studies of the higher evolutionary level of loT, much more are needed on the standardization of interfaces and communication protocols. The infrastructure created at IPT will grow to allow testing of products, environments, services, and innovative RFID solutions with applications in the context of the Internet of Things. The main purposes for laboratory are for teaching and research, and the next step involves the connection with experimental networks of Future Internet. Thus, enabling researchers, teachers, and students to conduct experimental research using innovative technologies offered by these systems. Consequently, we can form a critical mass of knowledge and skills required to identify and seize new business opportunities, mainly in V21 and V2V environment.

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“…WSN testbeds or networking testbeds in general are a real world deployment of networked entities which can be used to help researchers in designing, experimenting, and evaluation of distributed algorithms. The work in [10] introduces and describes testbed mechanisms in general. It focuses on WSN testbeds and their usage for WSN algorithms and protocols under real world conditions.…”

Section: Related Workmentioning

confidence: 99%

“…Result retrieval allows fetching the results of an experiment from a remote location including debug output from the experiment. Further details on these mechanisms can be found in [10,9,12].…”

Section: Testbed Descriptionmentioning

confidence: 99%

A reusable and extendable testbed for implementation and evaluation of cooperative sensing

Akram

Esemann

Teubler

et al. 2013

Proceedings of the 8th ACM Workshop on Performance Monitoring and Measurement of Heterogeneous Wireless and Wired Networks

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Cooperative sensing has been identified as a potential improvement for cognitive radios to perceive their radio environment. In the past, algorithms have been developed by analysis and simulations exclusively. With cheaper hardware experimental platforms have been used for evaluation purpose recently. Simulations lack realistic propagation models for radio transmission but are reproducible compared to experimental evaluation done by hand. The effects of reduced detection probability and false alarms are not realistic in these simulations. In this paper, we suggest a reusable and extendable automated testbed software and instructions for deployment of own testbeds. Primary users as well as secondary users with cooperating cognitive radios can be flexibly deployed in the testbed within seconds. The advantage is that a series of even long lasting measurements including automatic logging of results can be easily repeated. Results can be assessed on the fly during the ongoing evaluation by accessing debug output remotely. The testbed supports stationary, portable, and in the future mobile radio devices for flexible scenarios as well as monitoring devices for debugging. The testbed and the radio devices are validated by deploying primary and secondary user in a small scenario whose outcome was analyzed beforehand. The results are as predicted and show the usefulness of this approach.

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TARWIS — A testbed management architecture for wireless sensor network testbeds

Cited by 14 publications

References 11 publications

Research on the Wireless Sensor Network Management Methodologies based on the Runtime Model and Game Theory

Research on the Wireless Sensor Network Management Methodologies based on the Runtime Model and Game Theory

Integrated environment for testing IoT and RFID technologies applied on intelligent transportation system in Brazilian scenarios

A reusable and extendable testbed for implementation and evaluation of cooperative sensing

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