【目···压混···（r···er···mp···ed···nc···e ···， ···D）···程仿···为分···施工···动态···供了···效的···段。···离散···真（···cr··· e···t ···ul···on···ES···在仿···中虽···了影···进度···因素···土生···输入···工降···，但···考虑···业中···械故···对施···的影···工进···结果···性以···可视···效果···一步···针对···况，···施工···基础···系统···（s···em···na···s，···）提···虑机···的R···施工···DE···可视···方法···法】···基于···力学···仓面···械故···模型···实现···施工···机作···障、···行为···关系···其次···统施···DE···模型···，耦···故障···型建···CD···D-···耦合···型，···压施···作为···型的···量，···现模···据通···互，···高了···果的···；再···系统···术与···技术···基于···ty···构建···..·

由于···力受···温度···因素···用，···因子···互关···起多···性问···易导···为输···测模···伪回···。此···有基···学习···应力···型由···特征···过度···产生···现象···测精···待提···对上···，提···于主···析法···A）···搜索···SS···进的···度提···（P···SS···GB···t）···坝应···模型···型首···主成···法对···行降···低影···的多···性影···而通···A算···XG···st···数，···传统···拟合···步提···预测···将该···用于···南某···拱坝···对应···力相···数据···理、···预测···多元···归模···VL···、神···模型···FN···极限···升回···模型···BR···测结···对比···结果···基于···-S···XG···st···应力···型可···入变···重共···过拟···，在···度方···优越··

Th···ib···io···ua···y ···co···et···s ···ci···to···su···th···on···er···af···pe···io···f ···cr··· s···ct···l ···po···ts···n ···en···ea··· c···ut···vi···n ···hn···gy···se···n ···p ···rn··· h···ac···ve···xc···en···es···s ···th···ie···of···nc···e ···li···in···ct···. ···ev··· w··· u··· f···as···ti···co···ru···on···sp···io···th···te···ol··· r···es···av··· o···ar···sc···, ···el··· h···-q···it···ma···da··· T···ol···th···dr···ac···th···st··· p···os···a ···io···as···me···d ···t ···eg···es···mi···pe···se···ea···ng···d ···a ···me···ti···fo···et···in···he···nc···e ···ra···n ···li··· I···ia···, ···le···2 ··· a···te···s ··· d··· a···en···io···tr···gy··· i···ov···he···ve···ty··· t···da···et···he···SE···sN···0,···mo··· t··· c···le···n ···en···n ···ha···m ···ul···nd···si···l ···wo··· w···em···ye···s ···la···fi···fo···cc···te···ex···ct··· i···rm···on···nt···ed··· i···es···ub···ue···y,··· o···r ···re···e ··· w···lo···of···ta···no···io···a ···el···mi···pe···se···ea···ng···th···(C···ix···ch···as···op···d ···tr··· t···mo··· b···ou···ng···xM···h ···h ···tr···in···Fi···ly···he···ai··· m···l ··· d···oy···on···bi···de···es··· a···st···si···co···ru···on···rk··· i···et···in···he···al··· o···on···te···br···on··· r···-w···d ···cr··· d···da···et···s ···lo··· t···er··· t···pr···se···et···. ···ed··· t···ex···im···al···su···, ··· p···os···me···d ···ro··· t···ac···ac···f ··· b···li···me···d ···3.··· o···ve···e.···di···na···, ··· p···os···me···d ···ie··· a···cc···cy··· 0···00···hi···is···ly···67···ow···th···th···of···pe···se···ea···ng···hi···on···re···ri···20···f ··· l···le···at···Th···fo··· t···pr···se···et··· h···gr··· a···ic···on···os···ts···d ··· f···he···ro···e ··· i···ll···nt···ve···me···of···nc···e ···ra···n ···pe···on··· 2···

综合···凝土···工过···异构···进而···客观···振捣···对于···拱坝···凝土···量至···。针···坝混···捣施···以“···”感···为主···信息···全和···量有···的问···立空···体化···土振···信息···知体···现混···筑过···源、···、多···工信···体感···此基···针对···、视···及图···息，···出基···lm···波的···航卫···（G···）定···降噪···基于···as··· R···N的···息解···和基···bl···GA···2的···像去···法。···沟水···例，···提空···体化···法与···实现···振捣···能分···控。

由于···浆注···测过···在地···、预···和输···的不···，传···预测···在误···难以···定性···化。···述问···研究···于B···st···方法···灰狼···支持···（B···st···-I···-S···的帷···量区···模型···了预···的不···。首···Bo···tr···法对···练集···成样···集；···通过···化算···罚因···RB···数方···损失···进行···优，···VM···预测···再者···非线···因子···权重···概率···谱和···y飞···狼算···改进···灰狼···部搜···局搜···衡问···后，···的数···别使···WO···M算···机森···分别···到系···和随···，并···累加···体误···而通···正态···型得···量区···结果···了预···不确···量化···表明···的I···-S···预测···RM···85···， ··· =···3，···E=···64···GW···VM···RM···96···， ··· =···0，···E=···45···提升···Ba···Pr···ga···n ···ra···et···k ···NN···极限···（E···存在···度优···置信···9%···区间···（P···）、···间宽···PI···和宽···指标···C）···为9···1%···3.···kg···36···9 ···m。

针对···高拱···仿真···离散···真（···cr··· E···t ···ul···on···S）···模方···以从···面精···述大···复杂···的个···，同···模型···关键···素的···用关···定量···问题···基于···AB···高拱···混合···模方···先采···多智···仿真···方法···en···as···Mo···in···nd···mu···io···BM···依据···施工···抽象···楼、···车、···施工···种A···t和···混凝···过程···Ag···的行···它们···相互···行建···时，···施工···各种···素，···统动···法（···te···yn···cs···）进···，定···疲劳···度等···响因···工效···响；···以工···、缆···时间···口变···立基···-A···的高···工混···模型···应用···与传···S模···单一···S模···，仿···与工···偏差···平均···4.···和3···，为···施工···细化···析提···的思··

施工···数对···工进···结果···性具···影响···施工···数分···用单···模方···分采···分析···立点···型，···分析···素影···工仿···的不···。针···问题···究提···宽度···统-···分位···（b···d ···rn··· s···em···as··· n···or···ua···le···gr···io···BL···NQ···施工···数概···方法···学习···需要···络结···有高···线性···力，···服传···数回···仅能···性关···足；···采用···正则···来减···系数···模型···，从···模型···。工···表明···究提···法可···分析···仿真···概率···且相···持向···弹性···数回···限学···弹性···数回···度学···-分···归模···方法···好的···能，···施工···数预···了一···路。

高拱···过程···的系···，受···织、···件、···源等···影响···坝体···度动···与优···关键···题。···综合···析、···模、···能、···等先···手段···开展···混合···高拱···动态···优化···论及···究，···高拱···动态···真与···制研···在的···础科···，为···拱坝···好又···提供···依据···支撑···目研···了基···观多···高拱···复杂···解协···，提···于机···的高···工机···参数···析方···立了···施工···数智···更新···构建···多智···系统···的高···工仿···建模···研发···SL···化的···施工···动增···可视···技术···本项···了中···术骨···，硕···究生···发表···学术···6篇···专利···获省···技进···奖1···项目···的理···在我···江乌···雅砻···沟等···拱坝···成功···为我···坝工···准建···了重···依据···坝工···智能···发挥···作用·

施工···数对···工进···结果···性具···影响···施工···数分···用单···模方···分采···分析···立点···型,···分析···素影···工仿···的不···。针···问题···究提···宽度···

灌浆···有隐···专业···点,···灌浆···需要···商等···行灌···决策···当前···用二···或三···场景···同分···乏物···距离···空间···存在···交互···决策···享不···问题···上述···本文···于增···的灌···决策···方法···灌浆···息模···视觉···程计···基础···虚拟···真实···融合···式交···;采···云端···状态···、锚···法和···or···强图···技术···灌浆···策信···维沉···视化···工程···析结···,本···的方···实现···策信···浸式···询与···协同···为灌···控制···新思··