Minimization of Location Management Cost Using Mobility Pattern  
  Authors : Dr.S.Thabasu Kannan; P.Maragatham


As per one survey, every mobile user possesses two mobiles in the ratio of 1:2. Out of this 75% of the mobiles belongs to the category of smart phones. In this situation, the technology also fulfills the requirements for future advanced usage. Now-a-days mobile plays a pivotal role for connecting the global matters with in the hold of our palm. The main factor which influences the availability of mobile system in the market is speed and portability. Hence the speedy retrieval is the tharagamanthra pronounced in the minds of mobile users. In the instant world, time is the major constraint for the user who relies on the performance. If the system contains intelligence the reliability level of the system also increases, otherwise it will go down even to the point of zero. In this paper, we proposed a new mobility management schemes based on mobility pattern to minimize the total cost and to balance the Location update and search Paging.


Published In : IJCAT Journal Volume 2, Issue 1

Date of Publication : 31 January 2015

Pages : 21 - 26

Figures :05

Tables : 02

Publication Link :Minimization of Location Management Cost Using Mobility Pattern




Dr.S.Thabasu Kannan : Principal, Pannai College of Engg&Tech,Sivagangai – 630 561,

P.Maragatham : Associate Professor and Head, Dept. of CompSc, CSI College for women, K.Pudur, Madurai 625 007








location updates

location paging

mobility pattern

call to mobility-cells – vicinity –reporting cell

In near future we have a proposal to extend this network size up to 32X32, the number of generations up to 1500 and the random number of data sets up to 16 cells to improve the performance. If we are implementing the new system in proper manner surely it will be very useful to real time generations and can get the optimum result..










(1) IanF.Akyildiz,JaniseMcnair,JosephS.M.Ho,Huse yinUzunaliogluandWenyeWang,MobilityManage mentinNext- GenerationWirelessSystems",ProceedingsoftheIEE E,vol.87,No.8,pp.1347-1384,2013. (2) IanF.Akyildiz,JosephS.M.Ho,andYi- BingLin,Movementbasedlocationupdateandselectivepagingforpcsnetw orks",IEEE/ACMTransactionsonNetworking,vol .4,no.4,pp.629-638,2012. (3) Dr.S.ThabasuKannan, and Mr.C.AshokBabu Raj, Effective and efficient mining of data in Mobile Computing, IAENG International Journal of Computer Science, 32:4, IJCS; November 2006. (4) P.G.Escalle,V.C.GinerandJ.M.Oltra,Reducingloc ationupdateandpagingcostsinapcsnetwork",IEEE TransactionsonWirelesscommunications,vol.1,no. 1,pp.200-209,2012. (5) Z.NaorandH.Levy,Minimizingthewirelesscostoft rackingmobileusers:anadaptivethresholdscheme",S eventeenthAnnualJointConferenceoftheIEEEComp uterandCommunicationsSocieties,vol.2,pp.720- 727,2012. (6) S.Okasaka,S.Onoe,S.YasudaandA.Maebara,Anewl ocationupdatingmethodfordigitalcellularsystems ",InVehicularTechnologyConference,2012.Gatew aytotheFutureTechnologyinMotionIEEE,vol.41,p p.345-350,2012. (7) G.P.PolliniandC.-L.I,AProfile- BasedLocationStrategyandItsPerformance",IEEE JSAC,vol.15,no.8,pp.1415-1424,2013. (8) ChristopherRose,State- BasedPaging/Registration:AGreedyTechnique",I EEETransactionsonVehicularTechnology,vol.48,n o.1,pp.166-173,2011. (9) ChristopherRoseandRoyYates,\Minimizingtheav eragecostofpagingunderdelayconstraints",Wireless Networks,vol.1,no.2,pp.211-219,1995. (10) S.K.Sen,A.BhattacharyaandS.K.Das,ASelectiveL ocationUpdateStrategyforPCSUsers",ACM/Baltz erJournalofWirelessNetworks,vol.5,no.5,pp.313- 326,2012. (11) S.Tabbane,Locationmanagementmethodsforthirdg enerationmobilesystems",CommunicationsMagazi ne,IEEE,vol.35,no.8,pp.72-84,2013. (12) G.WanandE.Lin,ADynamicPagingSchemeforWireless CommunicationSystems",ProceedingsofACM/IEEEM obiCom14,pp.195-203,2014. (13) VincentW.WongandVictorC.M.Leung,LocationMana gementforNextGenerationPersonalCommunicationsNet works",IEEEnetwork,vol.14,No.5,pp.18-24,2013.