68|9. 阺絪阷鑖-@齯(阘錤*蟵(鎞)8-阥򎚤&ゞ(鵺6鱮񛊖8轋擿鹍/眪)頵<6鼂1颶򎙀訩(鹍)顀㤘1鈆鼂1颣846鈒8.頶4鋤9.鷍&蚎飄%瀌%瀓,醠睵瀓"篧侢艐豜V郰 楡誏玁鋂+鯞馠5阓鋉鐷Q!羕扷擰昉朠慣鉙欯 鰽,銨茾=鮔郰鱮霢黵 鰽=嶡鈅 駒 驢閘郶袬縔郟嶡霫X嶡鯤霣+楡$胟鏤$紀$歔$$!侢-咊1L鳆{N鳝)肘fM螓zN`D缢vWvl鳆aH瘘\W鳊aH麝1 rS蜮`1LzM霏)G蜚`D凯dH鼷{┚*#1I鲦tI绛)7# 彪vWvr痤D疹pU1ⅲ1R瘕vDaH鲠g@珂|O钡h蜥tM霏)凯gX汴1|S琮rH邕aHaX彬n 辨w┚' 秉vR噫|O陔1备"丈Udず&斩Q崭"*e崭*瘴"b协n侢陱!.R著!赠wJ欂8!泽{揲牺=5骤9萧:4坐1R椏%牲8櫑.R摅4坐1R侞4萨(\欞1R伂`\欘0若:蝙wJ櫔dB5尐`AAdH偓l4lFd3(侢乁p粷nI$Kv8S' 8q>e"P)V(A釱nT-I矱v_?A&+An*#^ E颮b郞M#S矴p郪| 餦ls z鸊4鬘le A.oc驪b鯣do3h霨 Mlc'K镚L!A颲}頦b頦lw-V〩y鱅郘$P?颒;S稩!M#V. !終nMv鯧nW?M @鈃n馯 b"{鮒 俈 馹u# 鵔 e$侢gL$2025-03-22 06:56:44 info: [Puppeteer Page] Got cookies, applying... 宬蹸(巕梎荂奯蒛媠薈>嶥梫耰嶳乥0鑓篏0罜媋虯0賄坵谻漙寁檜蓒豒肦豵肐搟蒛2蚔垀誒杣0裑佹&罩寝慪剬膛 笏呱慪拰谧諥艑嗡諥滉9腴諻溍拖湐 钲 圳處偎受仕怺萘姿嘯亓哰蜗瀮&溣侇{2025-03-22 06:56:44 info: [Puppeteer Page] Set 0 cookies on the page $嶝/鍈斆4:斑8髛∶&釚氛:釚嗩醼2>ど齟狩*耻+ι撏:瀸:穼犆4+/⑺簘狙佺_矛2:=58髃gu,) ;6y,)9<$8% >2&/<;{9<%$.u259<$鋕g#<8*籯43祍l`籯.2:489u璳jf襼hbdjf痯lnjnf *侞I]W侢6芉簬Ssn%-&heuZtv%;hs孲=l~g怱=54EB睸+5tdb5蟂\Dlr丵Jv`r,'Eb~c7f`#bftc~g怮jrfp怱zj侌鮭T/濹l蘷R7橷a5 t孾D/[t橻R=婩ulb踀DfF3赑 bD{諵2肳E2Bng]+佇4 V2025-03-22 06:56:44 info: [Puppeteer Page] Got cookies, applying... 3刂8焵]j#熜*-壯/焵Kj樛1貥j庅-貥E 苦2貛E%熝)澢Er伫7=娨<熐h- '巶'暽-墡G)娨 1撎f詫E5佹Hg骞U殿黾蘊觉侞鑂嗉鵑ㄧ芳颴见钰辌欃 铙麯瞍箊滊隥╆﨑揪薂忨鮎胳頑耕鬔麯斐纜钽侇灈!2025-03-22 06:56:44 info: [Puppeteer Page] Attempting direct fetch of https://www.isis.vanderbilt.edu/sites/isis.vanderbilt.edu/files/bibcite_files/Paper_6_0.pdf 孏G磭髡2\繙A@瑦嵴\⿴G 墩J綊G 锍 q槹G餁@緰V锿Gh潅C▋V孔5R獟8寖V爣ZEWP棺V箶 E[箖@髫JD簚KZ緸粬 W▍ZKV﹤J@@鉃Z举RA癁 G銙F鈶 _▌JQZ箳:U@猝C▍:捛KC⿷GN侢镊e32025-03-22 06:56:44 info: [Puppeteer File-Downloader] Attempting to download asset directly... 肮=黠~\泞6骺 峋%黠h\稷 镑?\娲4镑f:讖9搬f骶7酲fD皷 饨! 鳕6^预(繅+ +雳6#矊0 鳡4 #^姊d* ^缶7骓 啜' jP硷9侢亊捦Dhttp/1.1http/1.1#1.(vx陑D53v(=`)?vx鼁q5!1`珃g#=1`V1v5v)9t?騜17}z鄓#k醠"x%侀XZ5羉. 32羉碋.唟鉋8唟# 唌 2$篯' &鵤3 衋";鼼塧琁漻═晆侁g0独wV鯍E桔w傉awV銙p0N磼f 空0N眙W6汍0X磔w佳u韸0/屵|ψ29sOT屌`fT秆`锩{獝?T麨+M#@硗o侁t周8焻心1鹄(窝卶侨9蹏&胰/衫黛槆恉枑9捘;菓胮枖9彎耫茍8破?殨梛摋卶普<丈8有.謬&胰/衫黛槆恉枑9捘;菓胮枖9彎耫茍8破?殨梛摋卶姓1焻5盅.槉*找4烟詓阅9亲4窝8菩.搜.嵦4褘<塘/捞)尷(嵜1侵?饲4掷;松.嶕-亲鴎龝-泼卶普<丈8已槖铺>陀/埘)蕠铋铋巼8睦8袊恃-褵坮找衧酥.層3评?松觭橇襯倚1似)耸.嵢9巧?弥9徶;忠/菆8蒙5徣3寐0撬觩欣1徰0菆$蜒0褔欣(虈;蒙8邏.帜(褔研>侵;咨卶挠)闷8乞/刘)蕠嵤)嵢/惺*乔>心1颇<嵪?褗/靡藃文8蜒*米./衫.崫瀐脻耬脠<菕奿斃抪殱抙彁搇美苉摂;棅 徲3评?松(烫8兄)蹐焏椖8毮奷美恜枔耯彎焗棃抜撃<敂杘膼妋挄妎挆抦憲昺攼憂枅.酥+盟8星1謰9讏恉枑9捘;菓胮枖9彎耫茍8破?殨梛摋妋挄梞屢/翄'墔1吐4汤橚蜒)字2评単悤梣寥>兹3嘱'菄漦摂攏殨剖3问9橇顕恃-褵坮找衧酥.層3评?松觭橇襯烟8褗.酥+盟8星1謰9讑4卫詒捞>搜奶8褗<依旡梥伊巼8睦8袊恃-褵坮找衧酥.層3评?松觭橇襯倚1似)耸.嵢9巧?弥9徶;忠/菆8蒙5徣3寐0撬觩欣1徰0菆$蜒0褔咸8鲕8焻<艺4聊4退-泼卶严/悄鎳暅揾昧<徝耰茍搇懥奺菧胮晾>惽焟拻杘墔*米松3萌槆 徲3评?松(烫8兄)蹐焏椖8毮奷美恜枔耯彎焗棃抜撃<敂杘膼妋挄妎挆抦憲昺攼憂枅.酥+盟8星1謰9讏恉枑9捘;菓胮枖9彎耫茍8破?殨梛摋妋挄梞墔;茄5鎏8蜒0覈悤昲彆攑悧髆敓択槕搒棖墔.誓寺.謬淹苐槜攼祀皲楋阩轱蹶釗 鑷哪1鬃 禽槆卶茁.沂.邱0菄漮拻 墔>心1鼢.燑巼8眯5撬4聊8茋;蒙8巼2帜阎)褔漧哓侢埀]ⅴ (+渵瑈񭜲.>/<渵簓3"踗韞%>踗踦6/:9碼򴕉/5;)>9-8=􋛙./鈡%>1(=>!雭餥鵟<艦G鳏榑玗九穲嶨鬏楿皶縦湥餍 鄦词孾醿 湓韨覼鴦廧墩遄缗桟佇甄>2025-03-22 06:56:47 info: [Puppeteer Page] Got cookies, applying... j2螧 蠸>(蠬u"赥2k轜n'芅p, 0i耑佹'Ka耾Hj9 8穞Cq卛|揾P}98倀Uc!J8攂A!^d]7w卙B{噡 翤ao恔Tn厏C:皕V;ru巋Eh晉E;Ru弍X;Wu;A{噡7籉g澑]侇1蜪2025-03-22 06:56:47 info: [Puppeteer Page] Attempting direct fetch of https://www.isis.vanderbilt.edu/bibcite/export/bibtex/bibcite_reference/283 <覆揪黼衰ア毈锕懂嘲攫璩К攫鯈賵値炬酩え躞緫嚰旌步ラ太艾陵柦璇汗瑁巩籍净i*絷腐饥=旃礞辰牼玻镤〃虍不唤帛臣敞精#贵福纩5靳缠ù犺瘓基基ご藩镲邥侢瓷準2025-03-22 06:56:47 info: [Puppeteer File-Downloader] Attempting to download asset directly... g絜 R,>O"(N >玡9R>y黣/D"yy*>N&X鮣T"vy05Q&?X{|3>P32S鄃/R#4J+4\鉭:N"/.)X37D﹊u:吉茞,侢丟[=嘆inproceedings{283, keywords = {component model, real-time systems}, author = {Abhishek Dubey and Gabor Karsai and Nagabhushan Mahadevan}, title = {Model-based Software Health Management for Real-Time Systems}, abstract = {Complexity of software systems has reached the point where we need run-time mechanisms that can be used to provide fault management services. Testing and verification may not cover all possible scenarios that a system can encounter, hence a simpler, yet formally specified run-time monitoring, diagnosis, and fault mitigation architecture is needed to increase the software system's dependability. The approach described in this paper borrows concepts and principles from the field of `Systems Health Management' for complex systems and implements a two level health management strategy that can be applied through a model-based software development process. The Component-level health management (CLHM) for software components provides a localized and limited functionality for managing the health local to a component. It also reports to the higher-level System Health Manager (SHM) which manages the health of the overall system. SHM consists of a diagnosis engine that uses the timed fault propagation (TFPG) model based on the component assembly. It reasons about the input alarms reported by CLHM and hypothesizes about the possible fault sources. Thereafter, necessary system level mitigation action can be taken. However, system-level mitigation approaches are subject of ongoing investigations and have not been included in this paper. We conclude the paper with case study and discussion.}, year = {2011}, journal = {IEEE Aerospace Conference}, pages = {1--18}, month = {2011}, } w蓅鎩%.糷韌巙襥榯⺧%.塰鹵=.焴飅=紿瓻蔏+絘巘靘宐6蒤躢卆鰇薐㧏奰鷡'躽檜鷅'鑝檇倉,'">?3絨侁