GDL

Effect of Hash Function on Performance of Low Power Wake up Receiver for Wireless Sensor Network

ISSN : 0974 - 9330
Journal from gdlhub / 2017-08-14 11:52:33
Oleh : Vikas Kumar and Rajender Kumar, International Journal of Network Security & Its Applications
Dibuat : 2012-06-25, dengan 1 file

Keyword : Wireless sensor network (WSN), Low power, VLSI, Wake up receiver, Bloom filter
Subjek : Effect of Hash Function on Performance of Low Power Wake up Receiver for Wireless Sensor Network
Url : http://airccse.org/journal/nsa/1010ijnsa07.pdf
Sumber pengambilan dokumen : Internet

Next generation network will consist of different types of wireless networks like WSN, Wi-Fi, WiMAX,


UMTS, LTE and etc. Wireless Sensor Network (WSN) finds unique and special application as compared


to the said networks because sensors are deployed in a very secret, awkward and hostile environment like


battle field etc. Various wireless sensor nodes are interconnected and form a Wireless Sensor Network.


Sensor nodes once deployed in a region, can’t be repaired thus the power system deployed in the nodes


becomes a major key issue i.e. how long its battery life can be utilised. Another major issue of WSN is to


have a more secured network which is a function of hash keys. Increase usage of hash key means


enhanced security but at the cost of power and area. Sensor systems must utilize the minimal possible


energy while operating over secured and wide range of operating scenarios. In this paper, we have


proposed a novel ID matching mechanism that uses a Bloom filter to realize wake-up wireless


communication. Paper uses hash function for uniquely recognizing particular sensor- node- cluster


among all clusters. Paper also shows the effect of number of hash functions on performance of wireless


sensor node. The design and implementation of a wireless wake-up receiver module simulation reveals


that proposed model consume 724nW dynamic power and with bloom filter, the proposed model


consumes dynamic power 85% less than the consumption cited in “Takiguchi” model


[1]


. Dynamic power


is further reduced by 10% when parallel processing is implemented. Finally paper provides a novel


approach to save the dynamic power and subsequently increases the battery life of wireless sensor node


and network as a whole.

Deskripsi Alternatif :

Next generation network will consist of different types of wireless networks like WSN, Wi-Fi, WiMAX,


UMTS, LTE and etc. Wireless Sensor Network (WSN) finds unique and special application as compared


to the said networks because sensors are deployed in a very secret, awkward and hostile environment like


battle field etc. Various wireless sensor nodes are interconnected and form a Wireless Sensor Network.


Sensor nodes once deployed in a region, can’t be repaired thus the power system deployed in the nodes


becomes a major key issue i.e. how long its battery life can be utilised. Another major issue of WSN is to


have a more secured network which is a function of hash keys. Increase usage of hash key means


enhanced security but at the cost of power and area. Sensor systems must utilize the minimal possible


energy while operating over secured and wide range of operating scenarios. In this paper, we have


proposed a novel ID matching mechanism that uses a Bloom filter to realize wake-up wireless


communication. Paper uses hash function for uniquely recognizing particular sensor- node- cluster


among all clusters. Paper also shows the effect of number of hash functions on performance of wireless


sensor node. The design and implementation of a wireless wake-up receiver module simulation reveals


that proposed model consume 724nW dynamic power and with bloom filter, the proposed model


consumes dynamic power 85% less than the consumption cited in “Takiguchi” model


[1]


. Dynamic power


is further reduced by 10% when parallel processing is implemented. Finally paper provides a novel


approach to save the dynamic power and subsequently increases the battery life of wireless sensor node


and network as a whole.

Beri Komentar ?#(0) | Bookmark

Properti	Nilai Properti
ID Publisher	gdlhub
Organisasi	International Journal of Network Security & Its Applications
Nama Kontak	Herti Yani, S.Kom
Alamat	Jln. Jenderal Sudirman
Kota	Jambi
Daerah	Jambi
Negara	Indonesia
Telepon	0741-35095
Fax	0741-35093
E-mail Administrator	elibrarystikom@gmail.com
E-mail CKO	elibrarystikom@gmail.com