A Novel Energy-Efficient Architecture Based on Qo S for the Smart Grid
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- 英文论文题名：A Novel Energy-Efficient Architecture Based on Qo S for the Smart Grid
- 论文作者：Ali Nabati ; Sayyed Majid Mazinani ; Iman Sariri Ajili
- 英文论文作者：Ali Nabati ; Sayyed Majid Mazinani ; Iman Sariri Ajili ; Imam Reza International University ; IACSIT ; Iranian Construction Engineering Organization Province of Khorasan Razavi
- 年：2015
- 作者机构：Imam Reza International University;IACSIT;Iranian Construction Engineering Organization Province of Khorasan Razavi;
- 英文论文关键词：Smart grid ; wireless sensor network ; sectoring ; minimum spanning tree
- 会议召开时间：2015-07-01
- 会议录名称：Journal of Clean Energy Technologies Vol.3 No.4
- 语种：英文
- 分类号：TM76
- 学会代码：CDYA
- 学会名称：成都亚昂教育咨询有限公司
- 页数：7
- 文件大小：2533k
- 原文格式：D
摘要
Today by more complicating in smart grid, request and need for reliability, security and more efficiency and also environmental concerns, we need to change the operation and use of electrical networks. Power companies and the government consider that the smart grid will be salvation for the future. Recent advances in the fabrication of integrated circuits and the development of wireless communication technology that is cusses WSN entry in smart grid. One of the most important features of sensor networks used in smart grid is the energy constraints. So we will offer a new architecture for smart grid in the field of the WSNs to reduce the total energy. Moreover, we will improve some routing factors, Qo S parameters such as delay and reliability with respect to the desired user.
Today by more complicating in smart grid, request and need for reliability, security and more efficiency and also environmental concerns, we need to change the operation and use of electrical networks. Power companies and the government consider that the smart grid will be salvation for the future. Recent advances in the fabrication of integrated circuits and the development of wireless communication technology that is cusses WSN entry in smart grid. One of the most important features of sensor networks used in smart grid is the energy constraints. So we will offer a new architecture for smart grid in the field of the WSNs to reduce the total energy. Moreover, we will improve some routing factors, Qo S parameters such as delay and reliability with respect to the desired user.
Today by more complicating in smart grid, request and need for reliability, security and more efficiency and also environmental concerns, we need to change the operation and use of electrical networks. Power companies and the government consider that the smart grid will be salvation for the future. Recent advances in the fabrication of integrated circuits and the development of wireless communication technology that is cusses WSN entry in smart grid. One of the most important features of sensor networks used in smart grid is the energy constraints. So we will offer a new architecture for smart grid in the field of the WSNs to reduce the total energy. Moreover, we will improve some routing factors, Qo S parameters such as delay and reliability with respect to the desired user.
引文
[1]S.Lohani,“Communication network analysis in smart grid,”Student Thesis,School of Computer Sciene,Phisics and Mathematics,pp.1-63,2012.
[2]J.Yick,“Wireless sensor network survey,”in Proc.IEEE Conf.on Computer Networks,2008,pp.2292-2330.
[3]Y.Wangand,W.Lin,and T.Zhang,“Study on security of wireless sensor networks in smart grid,”in Proc.International Conference on Power System Technology,2010,pp.1-7.
[4]I.F.Akyildiz,“A survey on wireless multimedia sensor networks,”in Proc.Conference on Computer Networks,2007,pp.921-960.
[5]E.Kantarci and M.Mouftah,“Wireless sensor networks for smart grid applications,”in Proc.International Conference on Electronics,Communications and Photonics,2011,pp.1-6.
[6]V.C.Gungor,“Opportunities and challenges of wireless sensor networks in smart grid-A case study of link quality assessments in power distribution systems,”IEEE Transactions on Industrial Electronics,pp.1-8,2010.
[7]D.Singhal,S.Barjatiya,and G.Ramamurthy“A novel network architecture for cognitive wireless sensor network,”in Proc.International Conference on Signal Processing,Communication,Computing and Networking Technologies,2011.
[8]S.S.Satapathy and N.Sarma,“TREEPSI:Tree based energy efficient protocol for sensor information in wireless and optical communications networks,”in Proc.2006 IFIP International Conference,2006.
[9]A.Mirza and R.M.Garimella,“PASCAL:Power aware sectoring based clustering algorithm for wireless sensor networks,”in Proc.International Conference of Information Networking(ICOIN 2009),2009,pp.1–6.
[10]N.Saputro,K.Akkaya,and S.Uludag,“A survey of routing protocols for smart grid communications,”Elsevier Journal on Computer Networks,vol.56,no.11,pp.2742-2771,2012.
[11]B.E.Bilgin and V.C.Gungor,“On the performance of multi-channel wireless sensor networks in smart grid environments,”in Proc.20th International Conference on Computer Communications and Networks,2011,pp.1-6.
[12]O.Younis and S.Fahmy,“Heed:A hybrid,energy-efficient,distributed clustering approach for ad hoc sensor networks,”Mobile Computing IEEE Transactions,vol.3,no.4,pp.366–379,Oct.-Dec.2004.
[2]J.Yick,“Wireless sensor network survey,”in Proc.IEEE Conf.on Computer Networks,2008,pp.2292-2330.
[3]Y.Wangand,W.Lin,and T.Zhang,“Study on security of wireless sensor networks in smart grid,”in Proc.International Conference on Power System Technology,2010,pp.1-7.
[4]I.F.Akyildiz,“A survey on wireless multimedia sensor networks,”in Proc.Conference on Computer Networks,2007,pp.921-960.
[5]E.Kantarci and M.Mouftah,“Wireless sensor networks for smart grid applications,”in Proc.International Conference on Electronics,Communications and Photonics,2011,pp.1-6.
[6]V.C.Gungor,“Opportunities and challenges of wireless sensor networks in smart grid-A case study of link quality assessments in power distribution systems,”IEEE Transactions on Industrial Electronics,pp.1-8,2010.
[7]D.Singhal,S.Barjatiya,and G.Ramamurthy“A novel network architecture for cognitive wireless sensor network,”in Proc.International Conference on Signal Processing,Communication,Computing and Networking Technologies,2011.
[8]S.S.Satapathy and N.Sarma,“TREEPSI:Tree based energy efficient protocol for sensor information in wireless and optical communications networks,”in Proc.2006 IFIP International Conference,2006.
[9]A.Mirza and R.M.Garimella,“PASCAL:Power aware sectoring based clustering algorithm for wireless sensor networks,”in Proc.International Conference of Information Networking(ICOIN 2009),2009,pp.1–6.
[10]N.Saputro,K.Akkaya,and S.Uludag,“A survey of routing protocols for smart grid communications,”Elsevier Journal on Computer Networks,vol.56,no.11,pp.2742-2771,2012.
[11]B.E.Bilgin and V.C.Gungor,“On the performance of multi-channel wireless sensor networks in smart grid environments,”in Proc.20th International Conference on Computer Communications and Networks,2011,pp.1-6.
[12]O.Younis and S.Fahmy,“Heed:A hybrid,energy-efficient,distributed clustering approach for ad hoc sensor networks,”Mobile Computing IEEE Transactions,vol.3,no.4,pp.366–379,Oct.-Dec.2004.