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Compute. Mode.ing in e.gine.ring & Scie.ce. 2020年第1期122卷 323-349页

作者： omid mahdi ebadati e. Farshad e.hghi Amin Zamani De.artme.t of Mathe.atics and Compute. Scie.ce Kharazmi UniversityTehranIran De.artme.t of e.e.trical and Compute. e.gine.ring Kharazmi UniversityTehranIran

Transmission pipe.ine. are.vulne.able.to various accide.ts and acts of ***,a re.iable.monitoring syste. is ne.de. to se.ure.the.transmission pipe.ine..A wire.e.s se.sor ne.work is a wire.e.s ne.work consisting of distribute. de.ice. distribute. at various distance.,which monitors the.physical and e.vironme.tal conditions using *** se.sor ne.works have.many use.,including the.built-in se.sor on the.outside.of the.pipe.ine.or installe. to support bridge.structure.,robotics,he.lthcare.e.vironme.tal monitoring,*** Se.sor ne.works could be.use. to monitor the.te.pe.ature.pre.sure.le.k de.e.tion and sabotage.of transmission *** se.sor ne.works are.vulne.able.to various *** algorithms have.a good role.in information se.urity for wire.e.s se.sor ***,various type. of cryptographic algorithms provide.se.urity in ne.works,but the.e.are.still some.*** this re.e.rch,to improve.the.powe. of the.e.algorithms,a ne. hybrid e.cryption algorithm for monitoring e.e.gy transmission line. and incre.sing the.se.urity of wire.e.s se.sor ne.works is *** propose. hybrid e.cryption algorithm provide. the.se.urity and time.y transmission of data in wire.e.s se.sor ne.works to monitor the.transmission *** propose. algorithm fulfills thre. principle. of cryptography:inte.rity,confide.tiality and *** de.ails of the.algorithm and basic conce.ts are.pre.e.te. in such a way that the.algorithm can be.ope.ational.

关键词： Wire.e.s se.sor ne.works pipe.ine cryptography cryptography algorithm hybrid cryptography confide.tiality inte.ration authe.tication

Kink-band Kine.atic Analysis and its Implications for Late.stage.De.ormation in the.Inte.nal Parts of the.Zagros Collision(Sanandaj–Sirjan Zone. in We.t Iran

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Acta Ge.logica Sinica(e.glish e.ition) 2024年第4期98卷 921-935页

作者： Maryam He.DARI mahdi Be.YARI De.artme.t of Ge.logy Faculty of SciencesUrmia University57153165 UrmiaIran

In the.inte.nal parts of the.Zagros collision zone. se.e.al de.ormation phase. have.be.n supe.impose.. The.e.rly de.ormation phase.cause. the.de.e.opme.t of a pe.e.rative.foliation. The.late.stage.de.ormation phase.was pre.e.e.tially accommodate. within she.r zone. and cause. the.ge.e.ation of she.r bands, implying a non-coaxial compone.t of de.ormation, the.e.d of this stage.de.ormation was marke. by the.de.e.opme.t of kink-bands. In the.vicinity of Zagros suture.zone. the.kink angle.incre.se. from 40° to 60°, and the.kink-bands was conve.te. to che.ron folds. In this re.ion, the.e.te.nal(α) and inte.nal(β) angular ratio is α/β ≠ 1 and kink angle.incre.se., and de.ormation occurre. with 10% to 30% volume.loss. Farthe. from the.suture.zone.in the.e.st, α/β = 1;and total volume.was constant or incre.se. by 5% to 10%. Kink-bands kine.atic analysis in the.study are. re.e.le. this structure. we.e.se.sitive.to de.ormation conditions and compone.ts such that, with de.re.sing distance.to the.Zagros suture.zone. she.ring and rotation incre.se., a high kine.atic vorticity dominate., and volume.loss occurre. during de.ormation.

关键词： kink-band she.r zone strain vorticity Zagros Iran

Optimal monitoring and attack de.e.tion of ne.works mode.e. by Baye.ian attack graphs

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Cybe.se.urity 2024年第1期7卷 1-15页

作者： Armita Kaze.inajafabadi mahdi Imani De.artme.t of e.e.trical and Compute. e.gine.ring Northeastern UniversityBostonMAUSA

e.rly attack de.e.tion is e.se.tial to e.sure.the.se.urity of comple. ne.works,e.pe.ially those.in critical *** is particularly crucial in ne.works with multi-stage.attacks,whe.e.multiple.node. are.conne.te. to e.te.nal source.,through which attacks could e.te. and quickly spre.d to othe. ne.work *** attack graphs(BAGs)are.powe.ful mode.s for se.urity risk asse.sme.t and mitigation in comple. ne.works,which provide.the.probabilistic mode. of attacke.s’be.avior and attack progre.sion in the.*** attack de.e.tion te.hnique. de.e.ope. for BAGs re.y on the.assumption that ne.work compromise. will be.de.e.te. through routine.monitoring,which is unre.listic give. the.e.e.-growing comple.ity of *** pape. de.ive. the.optimal minimum me.n square.e.ror(MMSe.attack de.e.tion and monitoring policy for the.most ge.e.al form of *** e.ploiting the.structure.of BAGs and the.r partial and impe.fe.t monitoring capacity,the.propose. de.e.tion policy achie.e. the.MMSe.optimality possible.only for line.r-Gaussian state.space.mode.s using Kalman *** adaptive.re.ource.monitoring policy is also introduce. for monitoring node. if the.e.pe.te. pre.ictive.e.ror e.ce.ds a use.-de.ine. *** and e.ficie.t matrix-form computations of the.propose. policie. are.provide.,and the.r high pe.formance.is de.onstrate. in te.ms of the.accuracy of attack de.e.tion and the.most e.ficie.t use.of available.re.ource. using synthe.ic Baye.ian attack graphs with diffe.e.t topologie..

关键词： Multi-stage.attacks Baye.ian attack graph Attack de.e.tion Optimal monitoring

Asse.sme.t of lique.action pote.tial base. on she.r wave.ve.ocity:Strain e.e.gy approach

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Journal of Rock Me.hanics and Ge.te.hnical e.gine.ring 2024年第9期16卷 3733-3745页

作者： Mohammad Hassan Baziar mahdi Alibolandi School of Civil e.gine.ring Iran University of Science and TechnologyTehran16846-13114Iran

Lique.action asse.sme.t base. on strain e.e.gy is significantly supe.ior to conve.tional stre.s-base. *** main purpose.of the.pre.e.t study is to inve.tigate.the.corre.ation be.we.n she.r wave.ve.ocity and strain e.e.gy capacity of silty *** dissipate. e.e.gy until lique.action occurs was calculate. by analyzing the.re.ults of thre. se.ie. of compre.e.sive.cyclic dire.t simple.she.r and triaxial te.ts on Ottawa F65,Ne.ada,and Firoozkuh sands with varying silt conte.t by we.ght and re.ative.***,the.she.r wave.ve.ocity of e.ch se.ie. was obtaine. using be.de. e.e.e.t or re.onant column ***,for the.first time.a lique.action trigge.ing crite.ion,re.ating to e.fe.tive.ove.burde. normalize. lique.action capacity e.e.gy(WL=s’c)to e.fe.tive.ove.burde. stre.scorre.te. she.r wave.ve.ocity(e.s1)has be.n *** accuracy of the.propose. crite.ia was e.aluate. using in situ *** re.ults confirm the.ability of she.r wave.ve.ocity as a distinguishing parame.e. for se.arating lique.ie. and non-lique.ie. soils whe. it is calculate. against lique.action capacity e.e.gy(WL=s’c).Howe.e.,the.propose. WL=s’c-Vs1 curve.similar to pre.iously propose. cyclic re.istance.ratio(CRR)-Vs1 re.ationships,should be.use. conse.vative.y for fie.ds vulne.able.to lique.action-induce. late.al spre.ding.

关键词： Lique.action Strain e.e.gy capacity She.r wave.ve.ocity Cyclic triaxial te.t Cyclic dire.t simple.she.r te.t Re.onant column te.t Be.de. e.e.e.t te.t

Improving mobile.mass monitoring in the.IoT e.vironme.t base. on Fog computing using an improve. fore.t optimization algorithm

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Journal of Control and De.ision 2024年第1期11卷 36-49页

作者： Tahe.e.Mote.aye. mahdi Yaghoobi Maryam Khe.rabadi De.artme.t of Compute. e.gine.ring Neyshabur BranchIslamic Azad UniversityNeyshaburIran

In the.IoT-base. use.s monitor tasks in the.ne.work e.vironme.t by participating in the.data colle.tion proce.s by smart *** monitor the.r data in the.form of fog computing(mobile.mass monitoring).Se.vice.provide.s are.re.uire. to pay use. re.ards without incre.sing platform *** of the.NP-Hard me.hods to maximise.the.cove.age.rate.and re.uce.the.platform costs(re.ard)is the.Coope.ative.Base. Me.hod for Smart Se.sing Tasks(CMST).This article.use. chaos the.ry and fuzzy parame.e. se.ting in the.fore.t optimisation *** propose. me.hod is imple.e.te. with *** ave.age.findings show that the.ne.work cove.age.rate.is 31%and the.monitoring cost is 11%optimise. compare. to the.CMST sche.e.and the.mapping of the.mobile.mass monitoring proble. to me.a-he.ristic *** using the.improve. fore.t optimisation algorithm can re.uce.the.costs of the.mobile.crowd monitoring platform and has a be.te. cove.age.rate.

关键词： Inte.ne. of Things mobile.mass monitoring fore.t optimization algorithm chaos the.ry fuzzy syste.

Using ne.ral ne.work mode.ing to improve.the.de.e.tion accuracy of land subside.ce.due.to groundwate. withdrawal

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Journal of Mountain Scie.ce 2024年第7期21卷 2320-2333页

作者： Ali M.RAJABI Ali e.ALAT Yasaman ABOLGHASe.I mahdi KHODAPARAST De.artme.t of e.gine.ring Ge.logy University of TehranTehran ***Iran De.artme.t of Civil e.gine.ring University of QomQom ***Iran

De.pite.the.high e.ficie.cy of re.ote.se.sing me.hods for rapid and large.scale.de.e.tion of subside.ce.phe.ome.a,this te.hnique.has limitations such as atmosphe.ic impact and te.poral and spatial de.orre.ation that affe.t the.accuracy of the.*** pape. propose. a me.hod base. on an artificial ne.ral ne.work to improve.the.re.ults of monitoring land subside.ce.due.to groundwate. ove.e.ploitation by radar inte.fe.ome.ry in the.Aliabad plain(Ce.tral Iran).In this re.ard,ve.tical ground de.ormations we.e.monitore. ove. 18 months using the.Se.tine.-1A SAR *** mode. the.land subside.ce.by a multilaye. pe.ce.tron(MLP)artificial ne.ral ne.work,four parame.e.s,including groundwate. le.e.,alluvial thickne.s,e.astic modulus,and transmissivity have.be.n *** mode.'s ge.e.alizability was asse.se. using data de.ive. for 144 *** to the.re.ults,the.ne.ral ne.work e.timate. the.land subside.ce.at e.ch ground point with an accuracy of 6.8 mm.A comparison be.we.n the.pre.icte. and actual value. indicate. a significant *** MLP mode. can be.use. to improve.the.re.ults of subside.ce.de.e.tion in the.study are. or othe. are.s with similar characte.istics.

关键词： DInSAR Land subside.ce Groundwate. withdrawal Aliabad plain Artificial ne.ral ne.work

Inte.rating flood and e.rthquake.re.ilie.ce. a frame.ork for asse.sing urban community re.ilie.ce.against multiple.hazards

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JOURNAL OF SAFe.Y SCIe.Ce.AND Re.ILIe.Ce 2024年第3期5卷 330-343页

作者： Ahmadi, Zahra Ghase.i, mahdi Khavarian-Garmsir, Amir Re.a Ahmadi, Mohammad Yazd Univ Fac Art & Architecture Urbanism Dept Yazd Iran Yazd Univ Fac Art & Architecture Dept Architecture Yazd Iran Univ Isfahan Fac Geog Sci & Planning Dept Geog & Urban Planning Esfahan Iran Islamic Azad Univ Dept Civil Engn Tabriz Branch Tabriz Iran

Floods and e.rthquake. are.the.most common natural disaste.s, causing significant damage.and casualtie. in urban communitie.. Although acade.ic re.e.rch has focuse. on asse.sing citie.' ability to withstand the.e.natural disaste.s, the.e.is a lack of e.tablishe. frame.orks for e.aluating re.ilie.ce.against multiple.hazards. This re.e.rch inte.rate. the.e.rthquake.and flood re.ilie.ce.indicators to cre.te.a compre.e.sive.re.ilie.ce.asse.sme.t frame.ork. This study inte.rate. se.smic and flood re.ilie.ce.indicators and cate.orize. the. into 27 cluste.s. It also use. the.De.ATe. (De.ision-Making Trial and e.aluation Laboratory) me.hod to de.e.mine.the.significance.of cluste.s and prioritize.the.. This re.e.rch ide.tifie. 13 cause.cluste.s and 14 e.fe.t cluste.s of indicators for se.smic and flood re.ilie.ce. The.'re.ponse.capacity' cluste. has the.most impact on se.smic and flood re.ilie.ce. while.the.'transportation and acce.sibility' cluste. is the.most affe.te. cluste.. This article.pre.e.ts a frame.ork for e.aluating flood and se.smic re.ilie.ce.and make. sugge.tions for future.re.e.rch.

关键词： Re.ilie.ce Flood e.rthquake De.ate. Re.ilie.ce.asse.sme.t Multiple.Hazards De.ATe. MAP

De.e.tion of Re.l-Time.Distribute. De.ial-of-Se.vice.(DDoS) Attacks on Inte.ne. of Things (IoT) Ne.works Using Machine.Le.rning Algorithms

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Compute.s, Mate.ials & Continua 2024年第8期80卷 2139-2159页

作者： Zae. mahdi Nada Abdalhussie. Naba Mahmood Rana Zaki Information Te.hnology Ce.te. University of TechnologyBaghdad00964Iraq Continuous e.ucation Ce.te. University of TechnologyBaghdad00964Iraq Compute. Scie.ce.De.artme.t University of TechnologyBaghdad00964Iraq

The.primary conce.n of mode.n te.hnology is cybe. attacks targe.ing the.Inte.ne. of *** it is one.of the.most wide.y use. ne.works today and vulne.able.to ***-time.thre.ts pose.with mode.n cybe. attacks that pose.a gre.t dange. to the.Inte.ne. of Things(IoT)ne.works,as de.ice. can be.monitore. or se.vice.isolate. from the. and affe.t use.s in one.way or *** Inte.ne. of Things ne.works is an important matte.,as it re.uire. the.use.of mode.n te.hnologie. and me.hods,and re.l and up-to-date.data to de.ign and train syste.s to ke.p pace.with the.mode.nity that attacke.s use.to confront the.e.*** of the.most common type. of attacks against IoT de.ice. is Distribute. De.ial-of-Se.vice.DDoS)*** pape. make. a unique.contribution that diffe.s from e.isting studie.,in that we.use.re.e.t data that contains re.l traffic and re.l attacks on IoT *** a hybrid me.hod for se.e.ting re.e.ant fe.ture.,And also how to choose.highly e.ficie.t *** give. the.mode. a high ability to de.e.t distribute. de.ial-of-se.vice.*** mode. propose. is base. on a two-stage.proce.s:se.e.ting e.se.tial fe.ture. and constructing a de.e.tion mode. using the.K-ne.ghbors algorithm with two classifie. algorithms logistic re.re.sion and Stochastic Gradie.t De.ce.t classifie.(SGD),combining the.e.classifie.s through e.se.ble.machine.le.rning(stacking),and optimizing parame.e.s through Grid Se.rch-CV to e.hance.syste. *** we.e.conducte. to e.aluate.the.e.fe.tive.e.s of the.propose. mode. using the.CIC-IoT2023 and CIC-DDoS2019 *** e.aluation de.onstrate. the.pote.tial of our mode. in robust intrusion de.e.tion in IoT ne.works,achie.ing an accuracy of 99.965%and a de.e.tion time.of 0.20 s for the.CIC-IoT2023 datase.,and 99.968%accuracy with a de.e.tion time.of 0.23 s for the.CIC-DDoS 2019 ***,a comparative.analysis with re.e.t re.ate. works highlighte. the.supe.iority of our me.hodology in in

关键词： DDoS Se.vice ne.works

Data-drive. Distributionally Adjustable.Robust Chance.constraine. DG Capacity Asse.sme.t

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Journal of Mode.n Powe. Syste.s and Cle.n e.e.gy 2024年第1期12卷 115-127页

作者： Masoume.Mahmoodi Se.ye. mahdi Noori Rahim Abadi Ahmad Attarha Paul Scott Lachlan Blackhall the.Colle.e.of e.gine.ring and Compute. Scie.ce The Australian National UniversityCanberraAustralia

Moving away from fossil fue.s towards re.e.able.source. re.uire. syste. ope.ators to de.e.mine.the.capacity of distribution syste.s to safe.y accommodate.gre.n and distribute. ge.e.ation(DG).Howe.e.,the.DG capacity of a distribution syste. is ofte. unde.e.timate. due.to e.the. ove.ly conse.vative.e.e.trical de.and and DG output unce.tainty mode.ling or ne.le.ting the.re.ourse.capability of the.available.*** improve.the.accuracy of DG capacity asse.sme.t,this pape. propose. a distributionally adjustable.robust chance.constraine. approach that utilise. unce.tainty information to re.uce.the.conse.vative.e.s of conve.tional robust *** propose. approach also e.able. fast-acting de.ice. such as inve.te.s to adjust to the.re.l-time.re.lisation of unce.tainty using the.adjustable.robust counte.part *** achie.e.a tractable.formulation,we.first de.ine.unce.tain chance.constraints through distributionally robust conditional value.at-risk(CVaR),which is the. re.ormulate. into conve. quadratic *** subse.ue.tly solve.the.re.ulting large.scale.ye. conve.,mode. in a distribute. fashion using the.alte.nating dire.tion me.hod of multiplie.s(ADMM).Through nume.ical simulations,we.de.onstrate.that the.propose. approach outpe.forms the.adjustable.robust and conve.tional distributionally robust approache. by up to 15%and 40%,re.pe.tive.y,in te.ms of total installe. DG capacity.

关键词： Distribute. ge.e.ation(DG)capacity asse.sme.t distributionally robust optimisation chance.constraine. optimisation distribution syste.

Boron Nitride.Inte.rate. Lithium Batte.ie.:e.ploring Innovations in Longe.ity and Pe.formance

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e.e.gy & e.vironme.tal Mate.ials 2024年第6期7卷 13-40页

作者： Shayan Angizi Saye. Ali Ahmad Ale. mahdi Torabian Maryam Khalaj Dmitri Golbe.g Amir Pakde. De.artme.t of Che.ical e.gine.ring McMaster University1280 Main St WHamiltonONL8S 4L7 Canada Institute.of Che.istry of Polyme.ic Mate.ials Montanuniversität LeobenOtto-Glöckel-Strasse 2A-8700 LeobenAustria De.artme.t of Che.istry Materials and Chemical EngineeringPolitecnico di MilanoPiazza Leonardo da Vinci 3220133 MilanItaly De.artme.t of Mate.ials Scie.ce.and e.gine.ring Northwestern UniversityEvanstonIL60208 USA Ce.tre.for Mate.ials Scie.ce.and School of Che.istry and Physics Queensland University of Technology(QUT)2 GeorgeBrisbaneQLD4000 Australia Re.e.rch Ce.tre.for Mate.ials Nanoarchite.tonics(MANA) National Institute for Materials Science(NIMS)Namiki 1Ibaraki3050044 Japan De.artme.t of Me.hanical Manufacturing and Biomedical EngineeringTrinity College DublinThe University of DublinDublinD02PN40 Ireland

The.curre.t global warming,couple. with the.growing de.and for e.e.gy in our daily live.,ne.e.sitate. the.de.e.opme.t of more.e.ficie.t and re.iable.e.e.gy storage.*** batte.ie.(LBs)are.at the.fore.ront of e.e.ging powe. source. addre.sing the.e.*** studie. have.shown that inte.rating he.agonal boron nitride.h-BN)nanomate.ials into LBs e.hance. the.safe.y,longe.ity,and e.e.troche.ical pe.formance.of all LB compone.ts,including e.e.trode.,e.e.trolyte.,and se.arators,the.e.y sugge.ting the.r pote.tial value.in advancing e.o-frie.dly e.e.gy *** re.ie. provide. an ove.vie. of the.most re.e.t applications of h-BN nanomate.ials in *** be.ins with an informative.introduction to h-BN nanomate.ials and the.r re.e.ant prope.tie. in the.conte.t of LB ***,it addre.se. the.challe.ge. pose. by h-BN and discusse. e.isting strate.ie. to ove.come.the.e.limitations,offe.ing valuable.insights into the.pote.tial of BN *** re.ie. the. proce.ds to outline.the.functions of h-BN in LB compone.ts,e.phasizing the.mole.ular-le.e. me.hanisms re.ponsible.for pe.formance.***,the.re.ie. conclude. by pre.e.ting the.curre.t challe.ge. and prospe.ts of inte.rating h-BN nanomate.ials into batte.y re.e.rch.

关键词： e.e.trode e.e.trolyte he.agonal boron nitride lithium batte.y se.arator