A modified SPIN for wireless sensor networks

Rehena, Zeenat; Roy, Sarbani; Mukherjee, Nandini

doi:10.1109/comsnets.2011.5716469

Cited by 42 publications

(21 citation statements)

References 4 publications

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“…In order to use the RF module, the CyFiSPI user module is placed. Then, API libraries are used to customize the design [5]. CYFISPI user module takes input as MISO (Master in Slave output) and provides MOSI (Master out Slave input) output which acts as input to RF SPI.…”

Section: Cyfispi User Module and Its Application Programming Interfacmentioning

confidence: 99%

“…After a brief description of PSoC architecture [1], it is shown how CYFISPI user module (a part of PSoC Designer software) along with CYFI transceiver (CYRF7936) RF module can be configured to act as a sensor node to both transmit and receive the data. A few such nodes have been used to build a sensor network and functionality has been tested with LEACH [2][3] and SPIN protocols [4][5].…”

Section: Introductionmentioning

confidence: 99%

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Evaluation of WSN Protocols on a Novel PSoC-Based Sensor Network

Rakhee

Phaneendra

Srinivas

2012

Eco-Friendly Computing and Communication Systems

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Abstract. Sensor networks have found widespread use in a variety of applications such as structure monitoring, environment monitoring, etc… Commercially available sensor nodes (that integrate sensors, micro-processor/controller, memory and peripherals) are often used to design and deploy sensor networks. In this work, authors describe a sensor network built using PSoC (Programmable System-on-Chip) from Cypress Semiconductor. The advantage of PSoC is that it integrates analog, digital and controller components (all required to process sensor data) on a single chip, thus resulting in a smaller footprint for sensor nodes. Communication with other nodes is achieved through CyFi low power RF module operating in the 2.4GHz ISM band. Two specific WSN protocols namely, LEACH (Low Energy Adaptive Clustering Hierarchy) and SPIN (Sensor Protocol for Information via Negotiation) have been implemented on this network and their performance studied using NS-2 simulator.

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Section: Cyfispi User Module and Its Application Programming Interfacmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Evaluation of WSN Protocols on a Novel PSoC-Based Sensor Network

Rakhee

Phaneendra

Srinivas

2012

Eco-Friendly Computing and Communication Systems

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“…Security will help when communication with false data. SPIN [15] is the data centric protocol of WSN. It is the different approach and its focuses on spread or delivery the data through network.…”

Section: Introductionmentioning

confidence: 99%

Dynamic Cluster Head Selection Mechanism For Wireless Sensor Networks

Lakshmeesha¹

2016

IJECS

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For data transmission in wireless sensor networks (WSNs), routing is the main course. Many routing algorithm have been proposed for effective data transmission. For data transmission, dynamic cluster selection is necessary to create in the network. Dynamic cluster selection is performed based on energy level of node. Node with higher energy becomes cluster head, after cluster head node is selected; cluster head collects the data from every member of the cluster and forwards that to base station. Cluster head is rotated based on energy level. Proposed mechanism confirms data transmitted effectively and energy efficiency of the node increase. It is implemented using simulator NS2.34 along with TCL script.Keywords: Wireless Sensor Networks, Dynamic Cluster, Energy Efficiency, Routing Algorithm IntroductionIn wireless sensor and actor networks (WSANs) Decreasing of the energy may usually explore leading to dead node. So that succeed in dealing with this problem, there is an important matter at the point of separate single device and it attempts the data routed. This route contains following way that is at the time of contact between the nodes their energy expenditure is fewer amounts to hold their respective energy, rather than path of the routing data maximize their energy expenditure. One main thing it makes networks more faulttolerant is energy backup. Then these node having enough amount energy, itself only remove the failure, this is important thing. These sensor nodes characteristic of minimum cost, minimum power and universal functional have been generally used in the military services, industry, traffic, environmental security and etc. domains. Specifically in the shortage of the existence of the backbone network, including the dangerous region that man cannot make it happen, the battlefield, and other dangerous areas, the applications possible customer of wireless sensor systems surely will be great. Presently, the kinds of researchers have gained wealthy achievements. Security [16] [17] is fundamental things of the WSN and aim is to maintain freshness in data, it protects the local properties, cost usage is efficiently. Security will help when communication with false data. SPIN [15] is the data centric protocol of WSN. It is the different approach and its focuses on spread or delivery the data through network. In DC routing [3], one node collect the all other child node data then send to destination node. SPIN protocol using same procedure. This is the adaptive protocol. Dynamic cluster head selection mechanism guarantees the data delivery from source node to base station. Aim of the proposed scheme is to reduce the intercommunications distance between the nodes and also distances between the cluster head by means of route shorten method. For transferring the data, this scheme does not send the data packet throughout the network but clustering algorithms used for same. This proposed scheme, executed less number of packet transmission moreover these algorithms will consume less energy and sign...

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“…So reliability can be improved by readvertising metadata periodically. The energy can be saved [8], if we control the number of transmission and reception of messages in a network. In M-SPIN distance discovery phase is introduced which is not included in above protocols.…”

Section: F Spin-rlmentioning

confidence: 99%

A Survey on SPIN Protocol in Wireless Sensor Network

2016

IJSR

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Wireless sensor networks consisting of sensor nodes, which are all contribute themselves in effective data communication. By sensing the data and processing the data that's why Wireless Sensor Networks are adapted in the field of health monitoring, rescue operations and disaster management. One of the most important task in wireless sensor network is efficient data transmission, for this purpose many energy efficient routing protocols are proposed. Among those here in this paper one of the data centric routing protocol that is SPIN routing protocol is surveyed with respect to their family and at last proposed a secure -SPIN routing protocol which elaborates about some improvements to be made to achieve high scalability and high network lifetime.

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A modified SPIN for wireless sensor networks

Cited by 42 publications

References 4 publications

Evaluation of WSN Protocols on a Novel PSoC-Based Sensor Network

Evaluation of WSN Protocols on a Novel PSoC-Based Sensor Network

Dynamic Cluster Head Selection Mechanism For Wireless Sensor Networks

A Survey on SPIN Protocol in Wireless Sensor Network

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