Design of a low-energy data processing architecture for WSN nodes

Walravens,; Dehaene,

doi:10.1109/date.2012.6176534

Cited by 14 publications

(7 citation statements)

References 7 publications

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“…If the WSN coordinator allows, then a connection is approve with the node of sensor network, which starts by schedule or other method for sending data and to connect other nodes. [26], low-energy data processing architecture [27], used Lora for one of nodes [28]. Wireless Sensor Networks are moving out of the laboratory and into the field.…”

Section: Figure 6 -Test Board Cc2530 Sensormentioning

confidence: 99%

Adaptive Concepts and Optimization Approach to Design of Testbenches and Nodes for Wireless Sensor Networks

Galkin¹

2019

Sc. pap. DonNTU OTA

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The object of the research is nodes and testbenches for wireless sensor networks. The article analyzes the requirements for a wireless sensor network node and testbenche. Goal of the research is develop adaptive concept and optimization approach to design of testbenches and nodes for wireless sensor networks. The hardware components for building test platform for wireless sensor networks were proposed. Also test platform for wireless sensor networks was developed as printed circuit board. As a result proposed solution can use for prototype, build and scale wireless sensor network. In node structures for wireless sensor network proposed use modules CC2530. Also peripherals capabilities of CC2530 were analyzed. As one of optimization approach to designing wireless sensor network given the structure of node. Also given report about difference in concept to designing nodes and uses areas. In conclusion, the developed approaches can be used for any application of the wireless sensor network.

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Section: Figure 6 -Test Board Cc2530 Sensormentioning

confidence: 99%

Adaptive Concepts and Optimization Approach to Design of Testbenches and Nodes for Wireless Sensor Networks

Galkin¹

2019

Sc. pap. DonNTU OTA

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“…The simplest and most commonly used to define the scope of a node within a wireless network technique RSSI measurement is [14], [15] (Received Signal Strength Indicator), defined indifferently as the power or voltage measured by a receiver wireless. At present, virtually any wireless receiver has a RSSI indicator included.…”

Section: State Of the Artmentioning

confidence: 99%

Design and Testing of a Wireless Sensor Network Using RFID and Zigbee Indoors for Intelligent Buildings

Escobar¹,

García²,

Bermúdez³

2015

IJFCC

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Abstract-One of the topics of study and research that has been most discussed in recent years, it refers to wireless sensor networks (WSN), which are used in many fields such as agronomy, army and tracking disaster, usually the measurements are always performed outdoors. This article presents a design of a wireless sensor network and identification of key parameters in a closed environment, then a hybrid hierarchical architecture between Zigbee and RFID technologies is proposed.The design was applied in the research building of the District University "Francisco José de Caldas", however, the design can be applied to any building or closed room of the same characteristics.

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“…In paper [2], the author proposed low-energy data processing architecture for WSN nodes using folded tree method. This paper identifies that many WSN applications employ algorithms which can be solved by using parallel prefix-sums.…”

Section: Related Workmentioning

confidence: 99%

“…By using the Folded Tree architecture power consumption, area and wirelength is reduced considerably. Folded Tree Architecture (FTA) for on-thenode data processing in wireless sensor networks, using parallel pre x operations and data locality in hardware reduces both area and power consumption [2]. FTA is designed to reuse the PE nodes to reduces half of the total area.…”

Section: A Folded Tree Architecturementioning

confidence: 99%

Low-power folded tree architecture and multi-bit flip-flop merging technique for WSN nodes

Hemapriya¹,

Karthikeyan²

2014

International Conference on Information Communication and Embedded Systems (ICICES2014)

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Wireless communication exhibits the highest energy consumption in wireless sensor network (WSN) nodes. Due to their limited energy supply from batteries, the low power design have become inevitable part of today's wireless devices. Power has become a burning issue in VLSI design. In modern integrated circuits, the power consumed by clocking gradually takes a dominant part. Reducing the power consumption not only enhance battery life but also avoid overheating problem. By employing a more appropriate Processing Element (PE), the power consumption is significantly reduced. In this paper the novel method for low power design is achieved by using Folded

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Design of a low-energy data processing architecture for WSN nodes

Cited by 14 publications

References 7 publications

Adaptive Concepts and Optimization Approach to Design of Testbenches and Nodes for Wireless Sensor Networks

Adaptive Concepts and Optimization Approach to Design of Testbenches and Nodes for Wireless Sensor Networks

Design and Testing of a Wireless Sensor Network Using RFID and Zigbee Indoors for Intelligent Buildings

Low-power folded tree architecture and multi-bit flip-flop merging technique for WSN nodes

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