1.我的入行洗礼
我的第一篇发表物,关于波尔多的走廊实验:
moussaïdm.,theraulazg.,etal.,“experimentalstudyofthebehaviouralmechanismsunderlyingself-organizationinhumancrowds”,proceedingsoftheroyalsocietyoflondonb:biologicalsciences,vol.276,mai2009,pp.2755-2762.
有关行人靠右避让现象的其他资料:
helbingd.,molnárp.,farkasi.j.,etbolayk.,“self-organizingpedestrianmovement”,environmentandplanningb:planninganddesign,vol.28,juin2001,pp.361-383.
2.行人、蚂蚁和米粒
关于环形走廊实验:
moussaïdm.,theraulazg.,etal.,“traficinstabilitiesinself-organizedpedestriancrowds”,ploscomputationalbiology,vol.8,mars2012.
关于行军蚁以及它们的猎食方阵:
gotwald,armyants:thebiologyofsocialpredation,ithaca,cornelluniversitypress,1995.
couzini.d.,etfranksn.r.,“self-organizedlaneformationandoptimizedtraficflowinarmyants”,proceedingsoftheroyalsocietyoflondonb:biologicalsciences,vol.270,janvier2003,pp.139-146.
从事大众研究的物理学家关注的粒子相变的相关基础文献:
vicsekt.,cziróka.,ben-jacobe.,coheni.,etshocheto.,“noveltypeofphasetransitioninasystemofself-drivenparticles”,physicalreviewletters,vol.75,août1995,pp.1226-1229.
德克·赫尔宾关于行人自组织的论文:
helbingd.,etmolnarp.,“socialforcemodelforpedestriandynamics”,physicalreviewe,vol.51,mai1995,pp.4282-4286.
3.行人·粒子
马丁·维克尔斯基发起的太空辅助动物研究国际合作项目(icarus)介绍:
wikelskim.,ettertitskig.,“livingsentinelsforclimatechangeefects”,science,vol.352,mai2016,pp.775-776.
关于利用gps数据跟踪行人的研究:
gonzález,hidalgo,etbarabási,“understandinginpidualhumanmobilitypatterns”,nature,vol.453,juin2008,pp.779-782.
大众示威游行的人工统计法参见:
jacobsh.,“tocountacrowd”,columbiajournalismreview,vol.6,mai1967,pp.37-40.
我们的“行人小团体”研究成果:
moussaïdm.,perozon.,garniers.,helbingd.,ettheraulazg.,“thewalkingbehaviourofpedestriansocialgroupsanditsimpactoncrowddynamics”,plosone,vol.5,avril2010.
用水流模型研究人流:
henderson,“thestatisticsofcrowdfluids”,nature,vol.229,février1971,pp.381-383.
德克·赫尔宾的行人粒子模型:
helbingd.,etmolnarp.,“socialforcemodelforpedestriandynamics”,art.cité.
对科学文献引用数的研究:
vannoordenr.,maherb.,etnuzzor.,“thetop100papers”,nature,vol.514,octobre2014,pp.550-553.
1900年以来引用次数最多的科学论文:
lowry,rosebroughn.j.,farr,etrandallr.j.,“proteinmeasurementwiththefolinphenolreagent”,journalofbiologicalchemistry,vol.193,mai1951,pp.265-275.
玛丽翁·蒙田的插画博客及漫画《星期四,大众观察日》:
https://tumourrasmoinsbete/
montaignem.,tumourrasmoinsbête,roubaix,ankama,2011.
我与赫尔宾的“大众的模式化行为”研究论文:
moussaïdm.,helbingd.,ettheraulazg.,“howsimplerulesdeterminepedestrianbehaviorandcrowddisasters”,proceedingsofthenationalacademyofsciences,vol.108,avril2011,pp.6884-6888.
4.欢迎来到心理学世界
所罗门·阿希的“从众心理”实验:
asch,“opinionsandsocialpressure”,scientifcamerican,vol.193,novembre1955,pp.31-35.
斯坦利·米尔格伦的服从行为研究:
milgrams.,“behavioralstudyofobedience”,thejournalofabnormalandsocialpsychology,vol.67,octobre1963,pp.371-378.
关于作弊和撒谎的实验一例:
fischbacheru.,etföllmi-heusif.,“liesindisguise:anexperimentalstudyoncheating”,journaloftheeuropeaneconomicassociation,vol.11,juin2013,pp.525-547.
关于修女说谎的实验参阅:
utikalv.,etfischbacheru.,“disadvantageousliesininpidualdecisions”,journalofeconomicbehavior&organization,vol.85,janvier2013,pp.108-111.
马克斯·普朗克研究所一名博士生关于我们的饮食行为与社会关系的论文:
dallackerm.,socialdeterminantsofobesity:howparentsshapetheeatingbehaviorandbodyweightoftheirchildren,thèsededoctorat,universitélibredeberlin,2017.
关于蚂蚁抄近道:
gosss.,arons.,deneubourg,etpasteels,“self-organizedshortcutsintheargentineant”,naturwissenschaften,vol.76,décembre1989,pp.579-581.
关于仿生技术的运用详见:
bonabeaue.,dorigom.,ettheraulazg.,swarmintelligence:fromnaturaltoartifcialsystems,oxford,oxforduniversitypress,1999.
garniers.,tachef.,combem.,grimala.,ettheraulazg.,“aliceinpheromoneland:anexperimentalsetupforthestudyofant-likerobots”,swarmintelligencesymposium2007,avril2007,pp.37-44.
关于行人踩出的路径网络:
helbingd.,keltschj.,etmolnarp.,“modellingtheevolutionofhumantrailsystems”,nature,vol.388,juillet1997,pp.47-50.
5.人流汹涌
麦加朝圣监控录像分析:
helbingd.,johanssona.,etal-abideenh.z.,“dynamicsofcrowddisasters:anempiricalstudy”,physicalreviewe,vol.75,avril2007.
“爱的大游行”踩踏事件分析:
helbingd.,etmukerjip.,“crowddisastersassystemicfailures:analysisoftheloveparadedisaster”,epjdatascience,vol.1,juin2012,p.7.
安德斯开发的监控录像分析技术:
johanssona.,helbingd.,al-abideenh.z.,etal-bostas.,“fromcrowddynamicstocrowdsafety:avideobasedanalysis”,advancesincomplexsystems,vol.11,mai2008,pp.497-527.
关于群众运动的管理:
helbingd.,percm.,etal.,“savinghumanlives:whatcomplexityscienceandinformationsystemscancontribute»,journalofstatisticalphysics,vol.158,février2015,pp.735-781.
20世纪初以来全球群体踩踏事故名单:
rg/wiki/list_of_human_stampedes
6.别人去哪儿我去哪儿
羊群的跟从现象实验:
pillotm.h.,gautraisj.,gouelloj.,michelenap.,etbonr.,“movingtogether:incidentalleadersandnaivefollowers”,behaviouralprocesses,vol.83,mars2010,pp.235-241.
关于鸟群是否依靠心灵感应协调行动的报告:
selouse.,thought-transference(orwhat?)inbirds,londres,constable,1931.
有关鱼群中的机器鱼:
fariaj.,krausej.,etal.,“anovelmethodforinvestigatingthecollectivebehaviouroffish:introducing‘robofish’”,behavioralecologyandsociobiology,vol.64,août2010,pp.1211-1218.
蟑螂群中的机器蟑螂:
halloyj.,deneubourg,etal.,“socialintegrationofrobotsintogroupsofcockroachestocontrolself-organizedchoices”,science,vol.318,novembre2007,pp.1155-1158.
几条鱼如何带动整个鱼群:
couzini.d.,krausej.,franksn.r.,etlevin,“effectiveleadershipanddecision-makinginanimalgroupsonthemove”,nature,vol.433,février2005,pp.513-516.
人群中的5%法则:
dyerj.r.,johanssona.,helbingd.,couzini.d.,etkrausej.,“leadership,consensusdecisionmakingandcollectivebehaviourinhumans”,philosophicaltransactionsoftheroyalsocietyoflondonb:biologicalsciences,vol.364,mars2009,pp.781-789.
机器鱼“奸细”实验:
warda.j.,sumpterd.j.,couzini.d.,hartp.j.,etkrausej.,“quorumdecision-makingfacilitatesinformationtransferinfishshoals”,proceedingsofthenationalacademyofsciences,vol.105,mai2008,pp.6948-6953.
电影院逃生实验:
nilssond.,etjohanssona.,“socialinfluenceduringtheinitialphaseofafireevacuation:analysisofevacuationexperimentsinacinematheatre”,firesafetyjournal,vol.44,janvier2009,pp.71-79.
行人过马路行为研究:
fariaj.j.,krauses.,etkrausej.,“collectivebehaviorinroadcrossingpedestrians:theroleofsocialinformation”,behavioralecology,vol.21,novembre2010,pp.1236-1242.
行人过马路行为的文化差异:
pelém.,sueurc.,etal.,“culturalinfluenceofsocialinformationuseinpedestrianroad-crossingbehaviours”,royalsocietyopenscience,vol.4,février2017.
7.恐慌,在潘多拉星球上
我们用虚拟现实技术模拟的恐慌实验:
moussaïdm.,hölscherc.,etal.,“crowdbehaviorduringhigh-stressevacuationsinanimmersivevirtualenvironment”,journaloftheroyalsocietyinterface,vol.13,septembre2016.
用羊、老鼠、蚂蚁研究逃生行为:
garcimartína.,zurigueli.,etal.,“flowandcloggingofasheepherdpassingthroughabottleneck”,physicalreviewe,vol.91,février2015.
salomac.,perezg.j.,tapangg.,limm.,etpalmes-salomac.,“self-organizedqueuingandscale-freebehaviorinrealescapepanic”,proceedingsofthenationalacademyofsciences,vol.100,octobre2003,pp.11947-11952.
altshulere.,nodac.,etal.,“symmetrybreakinginescapingants”,theamericannaturalist,vol.166,décembre2005,pp.643-649.
关于“欲速则不达”效应:
helbingd.,farkasi.,etvicsekt.,“simulatingdynamicalfeaturesofescapepanic”,nature,vol.407,septembre2000,pp.487-490.
gershensonc.,ethelbingd.,“whenslowerisfaster»,complexity,vol.21,octobre2015,pp.9-15.
亚历山大·明茨的实验:
mintza.,“non-adaptivegroupbehavior”,thejournalofabnormalandsocialpsychology,vol.46,avril1951,pp.150-159.
西班牙军人参与的集体逃生实验报告尚未公开发表,但同一批研究者发表过另一篇以学生为对象的实验:
garcimartína.,pastor,martín-gómezc.,parisid.,etzurigueli.,“pedestriancollectivemotionincompetitiveroomevacuation”,scientifcreports,vol.7,septembre2017.
关于“社会性困境”的开创性论文:
harding.,“thetragedyofthecommons”,science,vol.162,décembre1968,pp.1243-1248.
关于在出入口附近设置立柱的研究:
helbingd.,buznal.,johanssona.,etwernert.,“self-organizedpedestriancrowddynamics:experiments,simulations,anddesignsolutions”,transportationscience,vol.39,février2005,pp.1-24.
linp.,wangg.y.,etal.,“anexperimentalstudyoftheimpactofanobstacleontheescapeeficiencybyusingmiceunderhighcompetition”,physicaa:statisticalmechanicsanditsapplications,vol.482,septembre2017,pp.228-242.
zurigueli.,garcimartína.,etal.,“effectofobstaclepositionintheflowofsheepthroughanarrowdoor”,physicalreviewe,vol.94,septembre2016.
紧急逃生中的模仿现象:
helbingd.,farkasi.,etvicsekt.,“simulatingdynamicalfeaturesofescapepanic”,nature,vol.407,septembre2000,pp.487-490.
salomac.,perezg.j.,tapangg.,limm.,etpalmes-salomac.,“selforganizedqueuingandscale-freebehaviorinrealescapepanic”,art.cité.
一条街上的两家酒吧的对比研究:
arthurw.b.,“inductivereasoningandboundedrationality»,theamericaneconomicreview,vol.84,mai1994,pp.406-411.
运用虚拟现实技术研究行人移动行为的几个例子: