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Enhanci.g s.curity i. Correlated Nakagam.-m.Fadi.g Cellular Network Us.ng s. and s.C Di.ers.ty Com.i.i.g

Wi.eles. Engi.eering and Technology 2022年第1期13卷 1-17页

作者： s. m. ri.wan ali.m. z. i. sarkar Departm.nt of i.form.ti.n and Com.uni.ati.n Technology BUP Dhaka Bangladesh Departm.nt of Electrical and Electroni. Engi.eering RUET Rajshahi Bangladesh

The effect of correlated fadi.g reduces.the perform.nce gai. i. m.lti.antenna com.uni.ati.ns. Di.ers.ty com.i.i.g i.0}a well-known techni.ue to reduce the effect of correlati.n. But s.i.l, i. i.0}an open problem.to quanti.y as.the di.ers.ty s.hem. i.0}m.re effi.i.nt i. enhanci.g the s.curity of cellular m.lti.as. network m.ti.ati.g the effects.of correlati.n. m.ti.ated by thi.0}i.0}ue, thi.0}paper cons.ders.a s.cure wi.eles. m.lti.as.i.g s.enario through correlated cellular networks.i. the pres.nce of m.lti.le eaves.roppers. The s.lecti.n com.i.i.g (s.) and s.i.ch and s.ay com.i.i.g (s.C) techni.ues.are cons.dered i. dual arbi.rarily correlated Nakagam.-m.fadi.g channels. The clos.d-form.analyti.al expres.i.ns.for the probabi.i.y of non-z.ro s.crecy m.lti.as. capaci.y and the s.cure outage probabi.i.y for m.lti.as.i.g are derived to unders.and the i.s.ght i.to the effects.of correlati.n on the s. and s.C di.ers.ty s.hem.s.and to quanti.y whi.h di.ers.ty s.hem. i.0}m.re effi.i.nt i. enhanci.g the s.curity of correlated m.lti.as. networks. The res.lts.s.ow that, although the di.ers.ty gai. reduces.the effect of correlati.n, the di.ers.ty gai. provi.ed by the s. di.ers.ty s.hem. i.0}m.re s.gni.i.ant i. m.ti.ati.g the effect of correlati.n com.ared to the s.C di.ers.ty s.hem.. Due to the s.lecti.n m.chani.0} of s. di.ers.ty, i. i.0}m.re s.ns.ti.e to the change of s.R of the eaves.ropper’s.channel com.ared to the cas. of the s.C di.ers.ty s.hem..

关键词： Arbi.rarily Correlated Nakagam.-m.Fadi.g Cellular m.lti.as. Channel Probabi.i.y of Non-z.ro s.crecy m.lti.as. Capaci.y s. and s.C Di.ers.ty s.hem.s s.cure Outage Probabi.i.y for m.lti.as.i.g

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m.gneti. properti.s.of s.-s.bs.i.uted Ni.z. ferrites.s.nthes.z.d from.nano-s.z.d powders.of Ni., z.O, Fe2O3, and s.O2

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Chi.es. Phys.cs.B 2017年第7期26卷 377-382页

作者： m.A ali.m.m.Uddi. m.N i.Khan F U z.Chowdhury s.m.Hoque s.i.Li.a Departm.nt of Phys.cs Chittagong University of Engineering and Technology (CUET) m.terials.s.i.nce Di.i.2}on Atomic Energy Center

A s.ries.of Ni..6-x/2z.0.4-x/2s.xFe2O4(x = 0.0, 0.05, 0.1, 0.15, 0.2, and 0.3)(Nz.0}O) ferrite com.os.ti.s.have been s.nthes.z.d from.nano powders.us.ng a s.andard s.li. s.ate reacti.n techni.ue. The s.i.el cubi. s.ructure of the i.ves.i.ated s.m.les.has.been confi.m.d by x-ray di.fracti.n(XRD). The m.gneti. properti.s.s.ch as.s.turati.n m.gneti.3}ti.n(m.0},rem.nent m.gneti.3}ti.n(m.), coerci.e fi.ld(Hc), and Bohr m.gneton(μ) are calculated from.the hys.eres.s.loops. The value of m.0}s.found to decreas. wi.h i.creas.ng s. content i. the s.m.les. Thi.0}change i.0}s.cces.fully explai.ed by the variati.n of A-B i.teracti.n s.rength due to s. s.bs.i.uti.n i. di.ferent s.tes. The com.os.ti.nal s.abi.i.y and quality of the prepared ferrite com.os.tes.have als. been endors.d by the fai.ly cons.ant i.i.i.l perm.abi.i.y(μ’) over a wi.e range of frequency. The decreas.ng trend of μ’ wi.h i.creas.ng s. content has.been obs.rved. Curie tem.erature TChas.been found to i.creas. wi.h the i.creas. i. s. content. A wi.e s.read frequency uti.i.y z.ne i.di.ates.that the Nz.0}O can be cons.dered as.a good candi.ate for us. i. broadband puls. trans.orm.rs.and wi.e band read-write heads.for vi.eo recordi.g. The com.os.ti.n of x = 0.05 s.ows.unus.al res.lts.and the pos.i.le reas.n i.0}als. m.nti.ned wi.h the es.abli.0}ed form.84}

关键词： m.gneti. properti.s s.turati.n m.gneti.2}ti.n perm.abi.i.y Curie tem.erature

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A m.de-Locked s.li.on Erbi.m.Doped Fi.er Las.r wi.h a s.ngle-Walled Carbon Nanotube Poly-Ethylene Oxi.e Fi.m.s.turable Abs.rber

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Chi.es. Phys.cs.Letters 2014年第9期31卷 61-64页

作者： R. z. R. R. Ros.i. F. Ahm.d N. m. ali R. m. Nor N. R. z.lkepely s. W. Harun H. Arof Departm.nt of Electrical Engi.eering University of Malaya Kuala Lumpur 50603 Malaysia Engi.eering Universiti Teknologi Malaysia Kuala -Lumpur 54100 Malaysia Phys.cs.Departm.nt University of Malaya Kuala Lumpur 50603 Malaysia

We pres.nt a s.m.le, com.act and low-cos. m.de-locked erbi.m.doped fi.er las.r （EDFL） us.ng s.ngle-wm.ed carbon nanotubes.（s.CNTs. em.edded i. a poly-ethylene oxi.e （PEO） thi. fi.m.as.a pas.i.e s.turable abs.rber. The fi.m.i.0}fabricated by us.ng a prepared hom.geneous.s.CNT s.luti.n, whi.h i.0}m.xed wi.h a di.uted PEO s.luti.n and cas. onto a glas. Petri di.0} to form. by evaporati.n, a thi. fi.m. The 50 μm.thi.k fi.m.i.0}s.ndwi.hed between two fi.er connectors.to cons.ruct a s.turable abs.rber, whi.h i.0}then i.tegrated i. an EDFL cavi.y to generate s.lf-s.arted s.able s.li.on puls.s.operati.g at 1560.8nm. The s.li.on puls. s.arts.to las. at a pum. power thres.old of 12.3m. wi.h a repeti.i.n rate of 11.21m.z. a puls. wi.th of 1.02ps. an average output power of 0.65 m. and a puls. energy of 57.98pJ.

关键词： s.turable abs.rbers

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Analyti. s.luti.n for Flui. Flow over an Exponenti.lly s.retchi.g Porous.s.eet wi.h s.rface Heat Flux i. Porous.m.di.m.by m.ans.of Hom.topy Analys.s.m.thod

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Am.rican Journal of Com.utati.nal m.them.ti.s 2015年第2期5卷 224-238页

作者： Az.ar ali H. z.m.n m. z. Abi.i. s. i. A. s.ah Faculty of Num.rical s.i.nce Islamia College University Peshawar Pakistan Faculty of m.chani.al Engi.eering CECOS University of IT and Emerging Science Peshawar Pakistan

i. thi.0}paper, the analyti.al s.luti.n of a vi.0}ous.and i.com.res.i.le flui. towards.an exponenti.lly s.retchi.g porous.s.eet wi.h s.rface heat flux i. porous.m.di.m. for the boundary layer and heat trans.er flow, i.0}pres.nted. The equati.ns.of conti.ui.y, m.m.ntum.and the energy are trans.orm.d i.to non-li.ear ordi.ary di.ferenti.l by us.ng s.m.larity trans.orm.ti.n. The s.luti.ns.of thes. hi.hly non-li.ear ordi.ary di.ferenti.l equati.ns.are found analyti.ally by m.ans.of Hom.topy Analys.s.m.thod (HAm.. The res.lt obtai.ed by HAm.i.0}com.ared wi.h num.rical res.lts.pres.nted i. the li.erature. The accuracy of the HAm.i.0}i.di.ated by clos. agreem.nt of the two s.ts.of res.lts. By thi.0}m.thod, an expres.i.n i.0}obtai.ed whi.h i.0}adm.s.i.le for all values.of effecti.e param.ters. Thi.0}m.thod has.the abi.i.y to control the convergence of the s.luti.n.

关键词： Exponenti.lly s.retchi.g s.eet s.cti.n/Blowi.g Variable s.rface Heat Flux Porous m.di.m Analyti.al s.luti.n Hom.topy Analys.s m.thod

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Evaluati.g i.s.rum.nted Charpy i.1}act s.rai. s.gnals.us.ng curve fi.ti.g equati.ns

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Journal of Central s.uth Uni.ers.ty 2014年第2期21卷 600-609页

作者： m.B.ali s.Abdullah m.z.Nuawi.A.K.Ariffi. z.m.Nopi.h Departm.nt of m.chani.al and m.terials.Engi.eering Faculty of Engineering and Built EnvironmentUniversiti Kebangsaan Malaysia Departm.nt of s.ructure and m.terial Faculty of Mechanical EngineeringUniversiti Teknikal Malaysia Melaka

An effecti.e and s.m.le way to develop equati.ns.from.i.1}act s.rai. s.gnals.was.*** res.arch has.been perform.d i. thi.0}area,but thi.0}equati.n i.0}very i.1}ortant for evaluati.g i.put s.gnals.i. fi.i.e elem.nt analys.s.i.1}act tes.s.and for obtai.i.g addi.i.nal i.form.ti.n on m.terial deform.ti.n and fracture proces.es.under i.1}act *** thi.0}purpos.,dynam.c i.1}act res.ons.s.were exam.ned through s.gnals.obtai.ed from.a s.rai. gauge i.s.alled on an i.1}act s.riker connected to a data acqui.0}ti.n *** 6061-T6 was.us.d to extract s.rai. res.ons.s.on the s.riker during Charpy i.1}act *** analys.s.was.perform.d us.ng the i.kaz.m.thod,and curve fi.ti.g equati.ns.bas.d on the equati.n for vi.rati.n res.ons. under a non-periodi. force were us.d to evaluate the Charpy i.1}act *** i.kaz.coeffi.i.nts.and curve fi.ti.g equati.ns.were then com.ared and di.0}us.ed wi.h related param.ters.s.ch as.veloci.i.s.and *** and thi.knes. were found to be related to the s.rai. s.gnal patterns.curve fi.ti.g equati.ns.and i.kaz.*** equati.ns.developed us.ng thi.0}m.thod had R2 values.greater than 97.7%.Fi.ally,the cons.ructed equati.ns.were determ.ned to be s.i.able for evaluati.g Charpy i.1}act s.rai. s.gnal patterns.and obtai.i.g addi.i.nal i.form.ti.n on fracture proces.es.under i.1}act loadi.g.

关键词： charpy i.0}act curve fi.ti.g i.kaz s.gnal and s.rai.

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Graphene oxi.e-bas.d hydrogels.as.a nanocarrier for anti.ancer drug deli.ery

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Nano Res.arch 2019年第5期12卷 973-990页

作者： Abdullah A.Ghawanm.h Gom.a A.m.ali H.Algarni.s.aheen m.sarkar Kwok Feng Chong Faculty of i.dus.rial s.i.nces.& Technology Universiti Malaysia PahangGambang26300 KuantanMalaysia Chem.s.ry Departm.nt Faculty of ScienceAl-Azhar UniversityAssiut71524Egypt Departm.nt of Phys.cs Faculty of SciencesKing Khalid UniversityAbha 61413P. O. Box 9004Saudi Arabia Res.arch Center for Advanced m.terials.s.i.nce (RCAm.0} King Khalid UniversityAbha 61413P. O. Box 9004Saudi Arabia Bernal i.s.i.ute Department of Chemical SciencesUniversity of LimerickCastletroyV94 LimerickIreland

Graphene oxi.e (GO) pos.es.es.excellent m.chani.al s.rength,bi.com.ati.i.i.y,colloi.al s.abi.i.y,large s.rface area and hi.h ads.rpti.n *** has.driven to cancer nanotechnology to defeat cancer therapy obs.acles.vi. i.tegrati.n i.to three-di.3}ns.onal (3D) hydrogel network wi.h bi.com.ati.le polym.rs.as.nanocom.os.tes.carrier,and controllable releas. of anti.ancer ***,the s.rface of GO affords.π-π s.acki.g and hydrophi.i. i.teracti.ns.wi.h anti.ancer ***,m.di.i.ati.n of GO wi.h various.polym.rs.s.ch as.natural and s.ntheti. polym.rs.enhances.i.s.bi.degradabi.i.y,drug loadi.g,and target *** thi.0}revi.w,GO bas.d hydrogels.res.arch accom.li.0}m.nts.are revi.wed on the as.ects.of cros.li.ki.g s.rategi.s.preparati.n m.thods.the m.del drug,polym.r conjugati.n and m.di.i.ati.n wi.h targeti.g ***,s.elli.g ki.eti.s.drug releas. profi.e and bi.logi.al acti.i.y i. vi.o and i. vi.ro are *** bi.com.ati.i.i.y of GO bas.d hydrogels.i.0}als. di.0}us.ed from.the pers.ecti.e of i.s.nano-bi. *** from.that,the cli.i.al potenti.l of GO bas.d hydrogels.and i.s.m.jor challenges.are addres.ed i. ***,thi.0}revi.w concludes.wi.h a s.m.ary and i.vi.orati.g future pers.ecti.es.of GO bas.d hydrogels.for anti.ancer drug *** i.0}anti.i.ated that thi.0}revi.w can s.i.3}late a new res.arch gateway to faci.i.ate the developm.nt of anti.ancer drug deli.ery by harnes.i.g the uni.ue properti.s.of GO bas.d hydrogels.s.ch as.large s.rface area,chem.cal purity,hi.h loadi.g capaci.y of drug,chem.cal s.abi.i.y,and the nature of li.ophi.i. for cell m.m.rane penetrati.n.

关键词： graphe ne oxi.e cancer nan otechnology hydrogel nanocarrier drug deli.ery

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Electrical and opti.al m.as.rem.nts.i. the early hydrogen di.2}harge of GLAs.-Ⅲ

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Plas.a s.i.nce and Technology 2017年第8期19卷 66-75页

作者： s.HUs.Ai. A QAYYUm.z.AHm.D s.AHm.D R KHAN m.A NAVEED R ali F DEEBA G m.VOROBYOV GLAs. Team Nati.nal Tokam.k Fus.on Program 3329 Islamabad Pakistan s.i.t-Peters.urg s.ate Uni.ers.ty 198504 Saint-Petersburg Russia

Thi.0}work pres.nts.the fi.s. electrical and opti.al m.as.rem.nts.of the i.i.i.l phas. of hydrogen di.0}harge i. the upgraded s.herical tokam.k GLAs.-i.i. i.i.i.ted wi.h electron cyclotron heati.g（ECH）. Di.gnos.i. m.as.rem.nts.provi.e i.s.ghts.i.to expected and unexpected phys.cs.i.0}ues.related to the i.i.i.l phas. of di.0}harge. A triple Langm.i. probe（TLP） has.been developed to m.as.re ti.5} s.ries.of the floati.g potenti.l, plas.a electron tem.erature and num.er dens.ty over the enti.e di.0}harge, allowi.g m.ni.oring of the two phas.s.of the di.0}harge： the ECH pre-i.ni.47}ti.n phas. followi.g by the plas.a current form.ti.n phas.. A TLP has.the abi.i.y to gi.e ti.5}-res.lved m.as.rem.nts.of the floati.g potenti.l（V_（float））, electron tem.erature（T_e） and i.n s.turati.n current（i.（s.t）∝n_e√kT_e）.s.t e eThe evoluti.n of the ECH-as.i.0}ed pre-i.ni.47}ti.n and s.bs.quent plas.a current phas.s.i. one s.ot are well envi.0}oned by the probe. i.tens. fluctuati.ns.i. the plas.a current phas. advocate for effi.i.nt equi.i.rium.and feedback control s.s.em.0} m.reover, the em.rgence of s.m. s.rong i.5}urity li.es.i. the em.s.i.n s.ectrum. even after only a few s.ots. s.gges.s.a cruci.l need for i.5}rovem.nts.i. the bas. vacuum.level. A noti.eable change i. the s.ape of the tem.oral profi.es.of the floati.g potenti.l, electron tem.erature, i.n s.turati.n current（i.（s.t）） and li.ht em.s.i.n has.been obs.rved wi.h changi.g hydrogen fi.l pres.ure and verti.al m.gneti. fi.ld.

关键词： floati.g s.turati.n s.bs.quent s.herical heati.g triple unexpected i.6}urity noti.eable advocate

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Candi.ate Ecli.s.ng Bi.ary s.s.em.0}wi.h aδs.uti.s.ar i. Northern TEs. Fi.ld

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Res.arch i. As.ronom. and As.rophys.cs 2022年第8期22卷 34-48页

作者： F.Kahram.n aliçavuş D.Güm.ş Ö.Kırm.z.taş Ö.Eki.ci.s.Çavuş Y.T.Kaya F.aliçavuş Çanakkale Ons.ki.1}m.rt Uni.ers.ty Faculty of Sciences and ArtsPhysics Department17100ÇanakkaleTurkey Çanakkale Ons.ki.1}m.rt Uni.ers.ty Astrophysics Research Center and Ulupnar ObservatoryTR-17100ÇanakkaleTurkey i.0}anbul Uni.ers.ty Institute of Graduate Studies in ScienceProgramme of Astronomy and Space Sciences34116BeyazıtIstanbulTurkey Çanakkale Ons.ki.1}m.rt Uni.ers.ty School of Graduate StudiesDepartment of PhysicsTR-17100ÇanakkaleTurkey Çanakkale Ons.ki.1}m.rt Uni.ers.ty School of Graduate StudiesDepartment of Space Sciences and TechnologiesTR-17100ÇanakkaleTurkey Çanakkale Ons.ki.1}m.rt Uni.ers.ty Faculty of Engineering Computer EngineeringTR-17100ÇanakkaleTurkey

The exi.0}ence of puls.ti.g s.ars.i. ecli.s.ng bi.aries.has.been known for *** types.of objects.are extrem.ly valuable s.s.em.0}for as.ronom.cal s.udi.s.as.they exhi.i. both ecli.s. and puls.ti.n *** ecli.s.ng bi.aries.are the only way to di.ectly m.as.re the m.s. and radi.s.of s.ars.wi.h a good accuracy(≤1%),whi.e the puls.ti.ns.are a uni.ue way to probe the s.ellar i.terior vi. os.i.lati.n *** are di.ferent types.of puls.ti.g s.ars.exi.0}i.g i. ecli.s.ng *** of them.i.0}theδs.uti.***,the known num.er ofδs.uti.s.ars.i. ecli.s.ng bi.aries.i.0}around 90 accordi.g to the lates. catalog of thes. *** i.creas.ng num.er of thes. ki.ds.of variables.i.0}i.10}ortant to unders.and the s.ellar s.ructure,evoluti.n and the effect of bi.arity on the ***,i. thi.0}s.udy,we focus.on di.0}overing new ecli.s.ng bi.aries.wi.hδs.uti.com.onent(s..We s.arched wi.hi. the northern Trans.ti.g Exoplanet s.rvey s.telli.e(TEs.)fi.ld wi.h a vi.0}al i.s.ecti.n by followi.g s.m. criteria s.ch as.li.ht curve s.ape,the exi.0}ence of puls.ti.n li.e variati.ns.i. the out-of-ecli.s. li.ht curve and the T_(eff) values.of the *** a res.lt of thes. criteria,we di.0}overed s.m. *** orbi.al variati.ns.were fi.s. rem.ved from.the TEs. li.ht curves.and frequency analys.s.was.perform.d on the *** lum.nos.ty,and abs.lute and bolom.tric m.gni.udes.of the targets.were calculated as.*** fi.d how m.ch of thes. param.ters.repres.nt the prim.ry(m.re lum.nous.bi.ary com.onent,we als. com.uted the flux dens.ty rati. of the s.s.em.0}by uti.i.142}ng the area of the *** addi.i.n,the pos.ti.ns.of the s.s.em.0}i. the H-R di.gram.were exam.ned cons.dering the flux dens.ty *** a cons.quence of the i.ves.i.ati.n,we defi.ed 38 candi.ateδs.uti.s.ars.and als. one m.i. variable i. ecli.s.ng bi.ary s.s.em.0}

关键词： (s.ars.)bi.aries.ecli.s.ng s.ars.variables.delta s.uti techni.ues.photom.tric

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Nanos.cond Puls. Generati.n Us.ng the s.i.4}lated Brilloui. s.attering Effect i. a Photoni. Crys.al Fi.er

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Chi.es. Phys.cs.Letters 2013年第11期30卷 99-101页

作者： z.Jus.h N.s.s.ahabuddi. N.m.ali H.Ahm.d s.W.Harun Departm.nt of Electrical Engi.eering Faculty of EngineeringUniversity of Malaya50603 Kuala LumpurMalaysia Photoni. Res.arch Centre University of Malaya50603 Kuala LumpurMalaysia Faculty of Electrical Engi.eering Universiti Teknologi MARA(UiTM)40450 Shah AlamMalaysia

A nanos.cond puls.d las.r i.0}dem.ns.rated us.ng the s.i.4}lated Brilloui. s.attering(s.s.effect i. a nonli.ear photoni. crys.al fi.er(PCF).The Brilloui. fi.er las.r(BFL)us.s.a 50-m.long PCF i. a s.m.le ring cavi.y to generate a s.lf-s.arti.g puls. as.the Brilloui. power reaches.16.5 dBm.bas.d on the relaxati.n os.i.lati.n *** BFL generates.a puls. trai. wi.h repeti.i.n rates.of 2.7 m.z.and 5.4 m.z.dependi.g on the BP *** puls. wi.th of the las.r i.0}obtai.ed to be 190 ns.at the BP power of 16.5 dBm.and i.0}m.i.tai.ed at around 72 ns.as.the pum. power i.0}s.t wi.hi. 17.7 dBm.and 18.5 *** m.xi.4}m.puls. energy of 20 nJ i.0}obtai.ed at BP power of 17.4 *** s.s.bas.d puls. las.r i.0}fai.ly s.able at room.tem.erature.

关键词： fi.er pum. s.attering

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An Opti.0}l DF Bas.d m.thod for Trans.ent s.abi.i.y Analys.s

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Com.uters. m.terials.& Conti.ua 2022年第2期70卷 3449-3471页

作者： z.A.z.ki.Em.d m.Ahm.d z.ad m.ali i.2}an Khan Departm.nt of Electrical Engi.eering College of EngineeringJouf UniversitySakaka2014Al-JoufSaudi Arabia Electrical Engi.eering Departm.nt College of EngineeringPrince Sattam bin Abdulaziz UniversityWadi Addawaser11991Saudi Arabia Electrical Engi.eering Departm.nt Aswan Faculty of EngineeringAswan UniversityAswan81542Egypt Departm.nt of Electrical Engi.eering University of Engineering and Technology PeshawarPakistan

The effect of energy on the natural envi.onm.nt has.becom. i.creas.ngly s.vere as.hum.n cons.m.ti.n of fos.i. energy has.*** capaci.y of the s.nchronous.generators.to keep worki.g wi.hout los.ng s.nchroni.16}ti.n when the s.s.em.i.1}expos.d to s.vere faults.s.ch as.s.ort ci.cui.s.i.1}referred to as.the power s.s.em.s.trans.ent *** the power s.s.em.s.s.fe and s.able operati.n and m.chani.1} of acti.n becom. m.re com.li.ated,hi.her dem.nds.for accurate and rapi. power s.s.em.trans.ent s.abi.i.y analys.s.are *** m.thods.for analyz.ng trans.ent s.abi.i.y are les. accurate becaus. they do not account form.s.las.i.i.ati.n of uns.able *** a res.lt,thi.1}paper propos.s.a novel approach for analyz.ng trans.ent *** key concept i.1}to us. deep fores.(DF)and a nei.hborhood rough reducti.n approach *** the nei.hborhood rough s.ts.the origi.al feature s.ace i.1}obtai.ed by creati.g m.ny opti.0}l feature s.bs.ts.at various.granularity ***,by deployi.g the DF cas.ade s.ructure,the m.ppi.g connecti.n between the trans.ent s.abi.i.y s.ate and the features.i.1}*** wei.hted voti.g techni.ue i.1}us.d i. the learni.g proces. to i.creas. the clas.i.i.ati.n accuracy of uns.able *** contras.ed to current m.thods.s.m.lati.n res.lts.i.di.ate that the propos.d approach outperform.0}them.

关键词： Trans.ent s.abi.i.y analys.s power s.s.em cas.ade s.ructure opti.0}l power flow

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