船舶···是未···发展···,船···航行···船舶···体现···关键···一。···能船···、测···证体···步建···自主···核心···船舶···产业···进入···。船···化的···使得···行更···与安···同时···了船···流特···多样···杂化···目前···明确···和法···于自···场景···间的···突解···而船···的自···或冲···是未···船舶···行面···键问···。为···舶航···,有···或防···航行···发生···事故···在基···航行···背景···对船···交通···的解···开展···以面···航行···建立···态船···速度···冲突···基础···优先···念,···效的···船舶···突解···策略···该方···帮助···所有···关联···况下···通冲···,使···舶都···优先···,从···的执···决策···的主···内容···（1···自主···景的···通冲···模型···随着···行技···展,···模式···模式···复杂···对自···场景···设计···研究···突辨···基本···基本···描述···航行···船舶···突特···式;···态船···模型···速度···模型···冲突···别与···建立···航行···船舶···突识···。（···向自···场景···交通···脱方···。基···交通···论和···通冲···的基···与方···合自···环境···信息···相互···特点···优先···想,···舶交···危险···航船···船、···度、···能等···标确···解脱···先后···对涉···的船···顺序···定其···法,···舶交···解脱···（3···自主···景的···通冲···方法···面向···行场···舶交···解脱···验证···在确···突模···脱流···运用···舶冲···和解···的解···,同···MA···B软···实现···会遇···三船···突解···的仿···解脱···方法···性进···。本···建的···通冲···方法···保障···行安···重要···意义···面,···究了···主航···的船···冲突···解脱···确定···否发···、冲···以及···脱策···认,···水上···全的···论。···面,···基于···通冲···及解···,可···航行···多种···式船···情景···通冲···策略···供技···。

液化···(L···罐式···运输···河水···航安···界关···要问···在锚···下船···G罐···究对···于计···动力···FD···方法···LN···泄漏···型；···70···EU···箱船···5型···LN···积载···数据···Sp··· C···m构···域模···建立···G连···状态···端不···，开···G泄···散的···离仿···，试···表明···散的···离约··· m···考虑···极限···离、···故风···泊安···等条···立内···G罐···泊安···算模···提出···15···锚泊···域及···全建···究成···水运···定相···规范···监管···供技···。

Du···o ··· f···ma···it···nd···pl···ve···tu···of···qu···ed···tu··· g···(L···, ···ex···me···st···t ···ce···is···ll···d ··· t···tr···po···ti···of···G ···ri··· i···hi··· P···ic···rl···no···G ···ri··· a···op···ti···in···la···ri···s ···hi···he···un···. ···re···e,··· e···re···e ···ur···av···ti···sa···y ···LN···ar···rs···te···g ··· Y···tz···iv··· t···ri···so···es··· L···ca···er···na···at··· s···ty···st··· i···ti···d ··· e···ua···. ···ed··· t···De···i ··· e···rt···pe···nc···et···, ···s ···er···al···s ··· d···us··· t···na···at··· r··· f···or···f ··· c···ie···in···e ···er···ac··· o···he···ng··· R···r ···m ···r ···ec···(h···n,···ip···nv···nm··· a···ma···em···),···en···ie···2 ···k ···ic···rs···fe···ng···e ···ig···on··· L···ca···er···nd···ta···sh···a ···k ···lu···on···de···ys···. ···th··· a···nt···y ···gh···uz···mo··· i···ti···ed··· r···ce···e ···lu···e ···su···ct··· j···em··· o···he···de···ei··· a···el···s ···co···ct···se···nt···an···ve···l ···lu···on··· L···na···at··· r···s ···th···ai···sh···ha···l.···na···, ··· c···d ···el··· a···ie···o ···id··· t···co···st··· f···ib···ty··· t···en···py···ig···fu··· m···l.···e ···ea··· r···lt···nd···te···at···e ···ho···ro···es···fe···ve···ch···al···pp··· f···fu···er···ud···n ··· n···ga···n ···ur··· o···NG···rr···s ···in···d ···er···© ···3 ··· A···or···. ···li···d ···Ox···d ···ve···ty···es···n ···al···f ···tr···So··· U···er···y ···ss·

Sh···co···si···is···si···fi···t ···ea···o ···er···ne···an···rt···on···fe···in···sy···te··· I···rd···to···ti···e ··· p···ab···ty··· s··· c···is···s,···pr··· n···ga···n ···et···an···ed··· e···om···lo···s,···is···pe···ro···es···sp···al···mp···l ···pl··· a···oa···to···ip···ll···on···sk···al···io···or···er···n ···y ···er···Fi···, ··· p···ab···st···sh···do···n ···si···in···hi···ha···te···ti···(e···, ···p ···gt···nd···ip···pe···s ···er···ed···se···n ···to···al···to···ic···en···ic···on···st···(A··· d···. ···on···, ··· c···ul···on···de···of···e ···ti···te···ra···ol···io···is···f ···-s··· a···mu···-s··· s···ar··· a···pr···se···y ··· o···la···f ···ba···is··· s··· d···in···sh···ap···ac···g ···nd···an···at···ro··· t···ry···he···th···hi···ro···il··· d···in···er··· a···th···im···eq···ed···r ···p ···li···n ···id···e ··· c···id···d ···es···at···he···re···ld···lu···f ···ti···te···ra···ol···io···is···et···n ··· s···s.···an···le··· m···i-···el···er···et··· f···sh···co···si···is···op···d ···or···g ···th···eg··· o···nt···io···nt···he···ip···ma··· t···sp···al···mp···l ···li···n ···k,···d ··· t···sh··· v···e ···th···pa···l-···po··· r··· c···is···. ···al··· a···xa···e ···ly··· w···ca···ed···t ···ed··· t···AI···at···f ··· L···ou···an··· i···ho···an···hi··· T···re···ts···di···e ···t ··· p···os···me···d ··· e···ct···ly···ar···er··· t···co···si···ri···wh···tw···hi···r ···ti···ip···co···er···n ···y ···er···an···an···cu···el···la···fy···e ···li···n ···rt···ve··· C···ar···wi···tr···ti···l ···st··· i···ca···s,··· i···on···de···ha···1)···e ···po··· m···od···hi···in···ra··· b··· s···ia···nd···mp···l ···li···n ···k,···fe···ve···ca···or···s ···li···n ···rt···ve··· (···it···er···es···e ···it···on···f ···di···na···ol···io···is···ss···me···me···ds···ar···ul···y ···re···ct··· n···in··· c···ge···n ···li···n ···k,···d ··· i···an···se···co···si···ri···in···sy···te··· ©···24···se···r ···

为了···弯曲···务水···高内···经济···通过···动机···法进···弯曲···散化···将弯···分为···段、···段、···制段···航段···块分···元胞···则。···胞自···空演···样性···船舶···为特···确模···用编···Py···n搭···试验···设置···行仿···，以···游尹···道为···行仿···，得···洲航···通过···航道···平，···体饱···于波···，存···的时···性。···果表···的模···确表···达到···态时···流特···特定···件下···文所···可对···曲航···水平···价。

海上···输系···一种···统,···智能···多因···、多···同等···征,···船舶···的特···化规···接影···交通···全及···关键···素之···着海···运输···繁忙···交通···日趋···变,···结构···交叉···频繁···大、···等特···中,···通流···分布···其主···的体···统的···通流···势指···义和···析方···其动···进行···缺乏···舶交···态及···布特···究,···造成···效对···通流···势进···、有···管。···基于···IS···to···ic···en···ic···on···st···AI···据,···据挖···学分···杂系···道路···交通···领域···先进···术,···展船···流形···空分···的相···具有···要的···本研···对船···流形···及其···素、···通流···迹特···性分···上,···集偏···is···pa··· o···oi···Se···理论···特定···的船···流空···性度···;运···时间···Dy···ic···me···rp···,D···算法···Me···聚类···提取···,构···船舶···时空···度量···最后···例分···体研···包括···）区···交通···异质···定性···根据···通流···念和···布特···合分···舶交···态特···影响···提出···船舶···空间···。定···区域···通流···质性···概念···因素···机理···）区···交通···异质···模型···性分···船舶···空间···的基···基于···计船···S数···过数···、预···方法···点集···确计···,构···船舶···空间···度量···（3···船舶···时空···特征···析。···舶交···间分···,融···维度···舶交···时空···征进···,提···域船···流时···性概···性分···域船···流时···性。···区域···通流···质性···型。···分析···舶交···空异···基础···于历···船舶···数据···数据···预处···法,···态时···算法···Me···聚类···轨迹···取等···构建···舶交···间异···量模···5）···析。···用长···槽进···水域···西港···道水···秦皇···及附···船舶···数据···交通···异质···空异···型进···分析···建模···到结···统计···分析···过选···度量···行相···及描···究结···有效···型的···。本···果构···域船···流空···性度···和时···性度···,丰···域船···流形···以及···通流···布特···论研···,是···船舶···运行···判的···充,···完善···船舶···运行···论分···法具···理论···意义·

随着···新能···的增···海港···天然···iq···ie···at···l ···,L···船舶···数量···增长···G船···他船···的交···将更···,对···口水···G船···航安···航效···了更···求。···G船···港通···管理···国内···采用···NG···出港···全区···以保···G船···安全···前国···于L···舶移···区范···置尚···标准···设置···大,···式与···航环···较好···性。···确保···域L···舶航···的角···,提···G船···安全···一概···基于···动特···行风···构建···G船···安全···围计···。为···口航···行秩···航效···解L···舶进···港区···舶运···的矛···文在···船舶···全领···的基···针对···船舶···交通···面的···容展···,为···船舶···交通···通航···供参···。具···内容···（1···模糊···析与···合经···分解···LN···航行···域影···分析···分析···因素···性排···而提···显著···因素···）在···船舶···全领···因素···基础···于船···特性···LN···制动···型,···跟驰···构建···船舶···全领···计算···（3···LN···航行···析,···NG···行事···计算···事故···害计···,构···G船···风险···算模···过对···接受···界定···现对···G船···安全···度的···（4···LN···交通···的L···舶进···航道···影响···港交···、进···靠离···窗口···护航···出港···式等···具体···展研···过仿···和理···,得···可行···G船···港交···方案···宁波···港为···行分···用。···过分···G船···安全···影响···基于···船舶···性及···险,···LN···航行···域范···模型···了港···LN···交通···式。···对丰···G船···安全···究的···方法···好的···值,···水域···船舶···织和···理具···的指···。

桥区···航环···、事···,单···标志···保障···安全···提出···ED···导系···桥区···示标···得船···入桥···之前···持正···舶航···先确···方案···学软···ac···o中···涅耳···矩

Wi···th···dv···em··· o···dg···om···in···th···om···in···ow···th···wa···ri···al···lo···ed··· t···ce···r ···de···ye···lo··· t···he···rm···l,···ic···ir···ly···ce···at···th···te···io···pe···of···e ···ns···-c···un···ti···de···io···ee···ck···ha···in···e ···pl···ma···e ···ir···en··· i···ud··· s··· a···da···. ··· i···ea···in···ns···eq···me··· s··· a···am···s,···ve···so···ce···at···th···pe···of···ip···en···ic···on···ch···og···as···on···at··· d···ct··· i···he···ri···e ···ld···as···on···e ··· f···ew···, ···s ···ic···pr···se··· d··· l···ni···mo··· c···ed···-S··· B···dj···in···he···ze··· t···de···ti···fr···, ···fe···t ···tu···pa···et··· c···be···te···d.···ro··· a···al···ta···ar···g ··· t···in···it··· c···at···e ···h ···te···CN···SS···nd···he···la···c ···or···ms···t ··· f···d ···t ··· p···os···me···d ···vi··· h···-q···it···es···s ···te··· o···he···lc···ti···ti··· t···pr···ss···fr··· r···, ··· t···re···ni···n ···ur···. ···an···po···nt···rt··· f···re···ar···hi··· t··· m···od···s ···or···ca···al···an···n ···lu···e ···en···ee···g.

为协···海港···航安···航效···用船···计算···富余···算方···驰理···一种···舶航···标准···法。···道水···向约···虑船···时的···深,···于船···量的···制航···模型···