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Skip to Search Results- 4Sensor networks
- 2Aggregation
- 2Communication Networks
- 1Batch experiment
- 1Collector
- 1Colloidal particles
- 2Coman, Alexandru
- 2Nascimento, Mario
- 2Sander, Joerg
- 1Malhotra, Baljeet
- 1Murtagh, James R.
- 1Nascimento, Mario A.
- 3Computing Science, Department of
- 3Computing Science, Department of/Technical Reports (Computing Science)
- 1Master of Science in Internetworking (MINT)
- 1Master of Science in Internetworking (MINT)/Capstone Projects & Reports (Master of Science in Internetworking (MINT))
- 1Graduate and Postdoctoral Studies (GPS), Faculty of
- 1Graduate and Postdoctoral Studies (GPS), Faculty of/Theses and Dissertations
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2006
Nascimento, Mario, Coman, Alexandru, Sander, Joerg
Technical report TR06-24. Wireless sensor networks have received much attention recently. Given their autonomy, flexibility and large range of functionality, they can be used as an effective and discrete means for monitoring data in many domains. Typically the network autonomy implies a limited...
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Spring 2015
Colloidal-collector interactions are of fundamental importance in separation and filtration technologies. Here, the effect of collector grains on the behavior of colloidal particles was studied in two different experimental systems, i.e., column studies with stationary collectors and batch mixing...
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2007-09-30
To monitor/evaluate our changing environment a tool being deployed is sensor networks. Autonomous nodes, often referred to as motes, that are deployed in a terrestrial sensor networks typically consist of four functional blocks; 1. a sensor section, with one or more sensors (i.e. seismic,...
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2009
Nikolaidis, Ioanis, Nascimento, Mario A., Malhotra, Baljeet
Technical report TR09-01. Finding the top-k values is an important type of aggregation query in wireless sensor networks. Previous proposals relied on a given underlying logical tree topology for data aggregation/forwarding, but did not pay due attention to the role of such topology. In this...
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2005
Nascimento, Mario, Sander, Joerg, Coman, Alexandru
Technical report TR05-23. Wireless sensor networks are made of autonomous devices that are able to collect information, store it, process it and share it with other devices. Such framework can be used to efficiently query spatiotemporal data, e.g., for monitoring humidity and temperature levels...