Franc¸ois BACCELLI RESUME 2011 Address : Ecole Normale Sup´erieure, 45 Rue d’Ulm 75230 Paris 05. Tel : (33) 144 32 20 52 Fax: (33) 144 32 20 15 e-mail : [email protected] www : http://www.di.ens.fr/ baccelli ∼ Born : December 20, 1954 Nationality : French Th`ese de Doctorat d’Etat Universit´e de Paris-Sud. April 1983. Positions - From sept. 1998: Directeur de Recherche INRIA at Ecole Normale Sup´erieure, CS Department, head of the Trec researchgroup (Th´eorie des R´eseaux et Communications) (http://www.di.ens.fr/ trec.html). ∼ - From May. 2011: Co-founder and member of LINCS (Laboratory for Information, Networking and Communication Sciences) jointly funded by INRIA, Institut T´el´ecom and Universit´e Pierre et Marie Curie. - Jan. 2010-July 2010: Visiting Fellow of the Isaac Newton Institute for Mathematical Sciences, Cambridge, UK, (http://www.newton.ac.uk). - Aug. 2009-Jan. 2010: Visiting Miller Professor at the University of California Berkeley, USA (http://millerinstitute.berkeley.edu/) in the Wireless Foundations Center, EECS Department. - From Sept. 2007: Honorary Professor at Heriot Watt University, Edinburgh, United Kingdom, (http://www.hw.ac.uk/home/dir/47/school-of-mathematical-and-computer-sciences) - From 2005: Member of the French Academy of Sciences (http://www.academie-sciences.fr/) - Summer 2005: Invited professor, Stanford University (http://www.stanford.edu/) - 2004-2005: Eurandom Chair, Eurandom Institute, the Netherlands (http://www.eurandom.nl/) - 1991-2003: part time Maˆıtre de conf´erence and then Professeur charg´e de cours at Ecole Poly- technique, Applied Mathematics Department. - 1988-1998: DirecteurdeRechercheatINRIASophiaAntipolis,headoftheMistralresearchgroup (Computer and Network Performance Evaluation). - 1985-1988: Directeur de Recherche at INRIA Rocquencourt, Meval researchgroup. - 1984-1985: VisitingProfessorattheUniversityofMaryland(ElectricalEngineeringDepartment), visitingscientistatAT&TBellLaboratories(MathematicalCenter)andatBellCommunications Research (Mathematical Communications and Computer Sciences). - 1979-1984: Charg´e de Recherche at INRIA Rocquencourt, Meval group. A - Research (see the bibliography for the references) Probability Theory. These results are published in journals like Applied Probability Journals (10), AnnalsofAppliedProbability(4),AnnalsofProbability(3),StochasticProcessesandtheirApplications (3), etc. - 1) Point processes: [B3,B5,J8,J12,J16,J19,J26,J31,J47,J50,J66]. The main achievements are the development of the “stationary ergodic” framework in the books [B3,B5]. 1 - 2)Stochasticgeometry: IntroductionofthehierarchicalVoronoimodelwithS.Zuyev[J42,J53, J56,J60,J65]. Development of SINR stochastic geometry with B. Blaszczyszyn,which led to new classesofcoverageprocessesinconnectionwithwirelessnetworkmodeling: [B8,J67,C15,J89,J88]. - 3) New martingale methods: developed in collaboration with A.M. Makowski [J6,J10,J20, J30]. Stochastic Networks. His work on the matter is published in journals such as Queuing Systems (8), Performance Evaluation (5), Maths of Operations Research, and focuses primarily on: - 1) Queuing network theory, [J26,J34,J44,J73,J80,J83]. Development of the “stationary – ergodic” framework in the book [B7] (see B1.c for this reference and the following ones) with P. Br´emaud (Paris). This approach led to new methods for stochastic stability and for the asymptotics ofqueuing networks[J73,J46]developedwithS. Foss(Edinburgh)andfor perturba- tion analysis ([J31,J63]) all based on the theory of non expansive maps. - 2) Algebraic methods for network dynamics: [B4,J28,J29,J33,J34,J36,J37,J41,C18]. De- velopment of a new algebraic theory for stochastic event graphs and free choice networks, with G. Cohen (Paris), J.P. Quadrat (Paris) and G.J. Olsder (Delft) based on the max-plus alge- bra [B4]. This framework has quite important continuations in the domain of network calculus (books of C.S. Chang in 2000 and of Le Boudec & Thiran in 2001). New asymptotic expan- sion methods which establish links with cluster expansions were also developed with V. Schmidt ([J50,J52,J55,J58,J61,J68,C11]). - 3) Network simulation: design of new simulation methods in [C20,C9], where it was shown thatthesimulationofstochasticmax-plusnetworkscanbeparallelizedwithunboundedspeed-up both in time and space. See also [C13,J38,J39]. - 4) Network inverse problems: design of active probing methods for measuring end-to- end path metrics, such as delay and loss in terms of inverse problems in queueing theory: [J99,J97,J94,J90,C35,C30]. Information Theory. His work on the matter is published in IEEE Tr. I.T., ISIT and in commu- nication sciences journals and conferences. - 1)Error exponents: analysisoferrorexponentsusingPalmcalculusandlargedeviationtheory with V. Anantharam (Berkeley) [C36,J102]; - 2) Network information theory: designofdistributed schemes for interference channels with A. El Gamal (Stanford) and D. Tse (Berkeley) [J105]; - 3) Multihop network capacity: developmentofanew approachbasedoncontinuouspercola- tiontheorywithP.ThiranandO.Dousse(EPFL,Lausanne)[J82]andonfirstpassagepercolation with B. Blaszczyszyn and P. Muhlethaler [B8,J100,J88,C44]. Modelling of Communication Networks. This work is published in journals like IEEE Trans- actions on Networking (5), Journal of the ACM (Association for Computer Machinery) (3), IEEE Transactions on Information Theory, Proceedings of the IEEE,IEEE Jsac (Journal on Selected Areas in Communications), ACM CCR (Computer Communication Review), ACM Winet (Wireless Net- works) and Monet (Mobile Networks) and in highly selective conferences such as IEEE Infocom (22), ACM Sigmetrics (3), ACM Sigcomm (2), IEEE ISIT, ACM IMC or ITC (International Teletraffic Conference) (2). It focuses on: - 1) Dynamics of congestion control protocols developed with D. Hong (Paris) and D. Mc Donald (Ottawa) [J76,C16,J77,C13]. - 2) Wireless networks design: main contributions on CDMA, for which distributed proto- cols for admission and congestion control were developed, and on mobile ad hoc networks; the analysis on the transport capacity of these networks led to new Medium Access Control (MAC) and routing protocols and to a new understanding of network connectivity [J88,J82,J67]. New 2 self-organization schemes based on Gibbs samplers were proposed for the management of WiFi [C32,C33,C36,C41]and cellular networks. B - Academic Impact The line of researchon stationary queuing networks and the book [B7] were developed at a time where Markovian analysis was strongly dominant. These tools are now used universally and [B7] is now the main internationalreference onthe matter. The tools developedwithin this context are now ubiquitousinappliedprobabilityjournals,butalsointhecommunicationliteratureandinparticularin communication conferences such as IEEE Infocom, ACM Sigmetrics, Sigcomm, IMC, etc. The book [B4] initiated the algebraic theory for the dynamics of networks. This was considered as a majorbreakthroughand has had a big impact on severalfields of both engineering andmathematics. In particular, it strongly influenced network calculus (see e.g. the books of C.S. Chang 2000, and Le Boudec & Thiran, 2001). Jointly with S. Zuyev (Glasgow), F. Baccelli initiated the economic analysis of wireline communication networks using classical Stochastic Geometry (primarily hierarchicalVoronoitessellations)[J51](91citations). Thesuccessofthislineofthoughtisparticularly visible in the domain of wireless networks with several books (including [B8]), special issues, new workshops, keynote lectures and more generally the shaping of a thriving scientific community. The main achievement is SINR Stochastic Geometry [J88,J82,J67] in particular SINR percolation theory [J82] (nominated for the Best Paper Award at Infocom 03). The 2009 survey paper [J93] describing the general methodology on the use of stochastic geometry for the design and analysis of wireless networks got the best tutorial paper awardof the Communication Society of IEEE for 2010. The Stochastic Geometry approachto wirelessnetworkingis currently continuedby severalgroupsin theUS,inAsiaandinEurope. ItisoneofthecomponentsoftheUSDARPA IT-MANETproject. C - Industrial Impact The line of thought on TCP [J86,J76,C16,J77,C13]has been the basis of a joint research action with Alcatel-Lucent which started in 2000, the launching of the spin-off company N2NSoft, and various awards including the nomination of [J76] for the IEEE Infocom’03 best paper award. The main achievementwasthe participationofthe designofAlcatel’s DSLAM,whichwasnumber 1worldwide. The methodology he developed on CDMA networks is currently used by Orange. The researchon ad hoc networks led to a paper nominated for IEEE Infocom’03 best paper award[J82] and his research on self-organizationis pursued by/with INTEL, Thomson and lately with Alcatel-Lucent. Main industry researchgrants/projects: - ResearchgrantofAlcatel Lucent Bell Laboratories,onselfoptimizationincellularnetworks (08–); - Research grant of Alcatel Lucent Network Strategy Group, Antwerp, on access networks (08–09); - Research grant of Thomson Research, France, on WiFi mesh networks (06–07); - Research grant of SPRINT ATL, San Francisco, on Internet probing (04–07); - ResearchgrantsofOrangeonthedensificationofUMTSnetworks(03–04);theresultingcapacity evaluation led to a tool (SERT and then UtranDim) now exploited worldwide by Orange; - Consulting for INTEL, Cambridge, on the design of WiFi mesh networks and cards (05–06); P.I. of Op´eration Strat´egique Conjointe with Alcatel Bell, Antwerp; the main achievement was a direct impact on the design of Alcatel’s DSLAM, a domain where Alcatel was Number 1 worldwide (01–05); - Consulting for Alcatel, Paris, on the capacity of the Skybridge satellite constellation project (00). - P.I. of two research grants from France T´el´ecom R&D on cost analysis of communication networks (1994–2001). The proposed methods were used by France T´el´ecomfor its negotiations with ART (Agence de R´egulation des T´el´ecommunications)on the cost of the universal service. 3 D - International Recognition - Authororco-authorof4books,morethan100internationaljournalpapers,andmorethan60pa- persintheproceedingsofpeer-reviewedinternationalconferences,including22IEEEInfocompa- pers. AccordingtothecitationcountsofHarzing’s Publish orPerish,basedonGoogleScholar, January 26, 2010, the total number of citations for ‘F. Baccelli’ is 6932, with a Cites/author of 2822 and a H-number of 37. - Associate(orpast)EditorforQueuingSystems(since1993),JournalonDiscreteEventDynamical Systems (since 1990), Advances Applied Probability (since 2005), Annals of Applied Probability (1995–2002), Mathematics of Operations Research (1992–2003), Markov Processes (1994–2001). He has been on the TPC of IEEE Infocom since 2000. - Visiting Scholar/Professor positions at several top universities (lately at Stanford, Berkeley and Cambridge) and research centers worldwide and the prestigious Eurandom Chair. Re- ceived two IBM Academic Awards (in 2004 and in 2005) and the Marcel Neuts Prize of the Applied Probability Foundation of America in 2000. E - Teaching - Ecole Normale Sup´erieure de la rue d’Ulm : - Courseoncommunicationsnetworksbetween1989and1994,incollaborationwithChristian Huitema, and since 1998. - Courseonprobabilityforcomputerscience(withPierreBr´emaudandJean-Franc¸oisLeGall), started in 2003. - DEA Algorithmique: new track oncommunicationnetworkswith J. Mairesse;B. Gaujaland S. Gaubert (1999 – 2002). Since 2003, this track is part of the M2 programme of MPRI, Paris. - University Paris 6, DEA de probabilit´es: graduate course on queueing theory, since 1990, in collaboration with P. Br´emaud and then J. Mairesse and L. Massouli´e. - Ecole Polytechnique : - Courseonthe modeling ofcommunicationnetworks,commonto the Applied Maths andthe Computer Science Departments (1999-2003). - Course on Markov Chains, Applied Maths Department, in collaboration with P. Br´emaud (1995 – 1999). - E´cole Nationale Sup´erieure des T´el´ecommunications, Paris : course on queueing theory (1981 – 1990). - Universit´e Paris-Sud, DEA d’informatique, LRI:graduatecourseonthemodelingofcom- puter systems, (1980 – 1989). F - Research Mentoring Founded and directed two INRIA research groups: the Mistral research group (Computer and Network Performance Evaluation) at INRIA Sophia Antipolis in 1987 and the TREC research group (Theory of Networks) in 1999, a joint research group of INRIA Paris and Ecole Normale Sup´erieure in Paris, the top research school in France. The first group reached a size of about 5 permanent members and 10 PhD students or Postdocs when he left to found the second. The latter has 4 permanent members and 9 PhD students. The researchers of these two groups have probably been the European group with the largest presence and impact at IEEE Infocom over the last 10 years. Supervised or co-supervised more than 30 PhD students, including: - B. Gaujal(PhDin1993)882G.S.Cites,H-number15,SeniorResearcherwithINRIA,Grenoble; - J. Mairesse (1995) 682 G.S. Cites, H-number 14, Cino Del Duca Award 09 by the French Academy of Sciences, Senior Researcher with CNRS, Paris; 4 - T. Bonald (1999) 2237 G.S. Cites, H-number 22, Professor with T´el´ecomParisTech,Paris; - D. Hong (2000) 431 G.S. Cites, H-number 10, CEO of the N2NSoft startup, Paris; - A.Prouti`eres(2003)1421G.S.Cites,H-num. 18,RisingStar Award from ACM Sigmetrics in 2009, Researcher with Microsoft Cambridge; - M. Lelarge (2005) 197 G.S. Cites, H-num. 8, Researcher with INRIA Paris; - J. Reynier PhD in 2006, 97 G.S. Cites, now with Cr´edit Suisse, London. - A. Chaintreau (2006)1484G.S. Cites, H-number18, PhD Award from SPECIF (bestFrench PhD in Computer Science), Best paper award at ACM Mobicom 08, Assistant Professor, Columbia University, Computer Science Department; - C. Bordenave (2006) 160 G.S. Cites, H-num. 6, Best PhD Award, Ecole Polytechnique, CNRS Toulouse. Here are some other PhD students supervised: P. Bermolen (2010), G. Carofiglio (2008), M. Jonkheere(2007),Q.Nguyen(2007),M.A. Tran(2007),J.Reynier(2005),E.Roy(2005),F.Tournois (2002), E. Lety (2000), K. Tchoumatchenko (1999), J. Migge (1999), M. Canales (1994). G - Part Time Scientific Duties - Member of the scientific board of the Alcatel/Lucent–INRIA Joint Laboratory (since 08); - Chair of the Think Tank on Future Internet appointed by the French government (07-09); - Author of the report on the Future Internet for the French Ministry of Industry (09); - Part time Scientific Adviser of the head of INRIA for Communication Sciences (since 07); - MemberoftheNSFevaluationpanelforInformationTechnologyResearchlargeproposals(USA, 03); - Member ofthe SteeringCommittee ofthe Stochastic Networks chapterofEurandom (since 99); - Member of IFIP Working Group WG 7.3 (since 86); - Member of the Board of RNRT R´eseau National de la Recherche en T´el´ecommunications, (98- 00); - Member of the Visiting Committee of CWI, Amsterdam (99); - Chair of Groupe MAS (Mod´elisation Al´eatoire et Statistique) of the French Chapter of SIAM (95-99); - Scientific Adviser, Centre National d’Etudes des T´el´ecommunications, France T´el´ecom (86-89). H - National, European and International Grants/Projects International - Co-organizer of the 6 month program entitled “Stochastic Processes and Communication Sci- ences” at the Isaac Newton Institute for Mathematical Sciences, Cambridge, UK (10); - Principal Investigator (P.I.) of the France-Stanford Center for a joint research project on wireless power control with Prof. N. Bambos (06-07); - Coordinator of the INRIA-NSF project on performance evaluation, with UC Berkeley and the universities of Maryland and of Massachusetts (88-92). European - Partner and member of the Steering Committee of the European Network of Excellence EURO-NGI (started in 03, and continued as EURO-NF); - Partner of the EuropeanprojectTraining and Mobility of Researchers (TMR) Alapedes on the algebraic approach for performance evaluation of discrete event systems (96-01); - Coordinator of the European project Basic Research Action (BRA) Qmips on the quanti- tative modeling of parallel systems (92-95); - Coordinator of three European INTAS projects with the Institute for Problems of Infor- mation Transmission (IPIT, Moscow) and the University of Novosibirsk, on stochastic networks (96-01); 5 - Partner of the European projet ESPRIT 2 IMSE on the design of an integrated modeling software environment (89-92), which led to the MODLINE simulation software. National - Partner of the CMON project, Agence Nationale de la Recherche (ANR), on Internet probing (09-12); - Partner of the Georges project, RNRT, on the cost of communication networks (99–02); - Member of the Steering Com. of the C3–CNRS Project on distributed systems (85-90). I - Plenary/Keynote Lectures - SMAI’11 (Biennale Franc¸aise de Math´ematiques Appliqu´ees et Industrielles), Guidel, France May 11 (on Information Theory); - The Queuing Symposium, Kyoto, Japan, Jan. 11 (on Spatial Queues); - IFAC NecSys’10, Annecy, France, Sept. 10 (on Communication Network Mathematics); - ValueTools’09, Pisa, Italy, Oct. 09 (on Routing); - Journ´ees de Probabilit´es de Poitiers, France, June 09 (on Stochastic Geometry); - BCS Computer Journal Lecture, Imperial College, London, Feb. 09 (on Stochastic Geome- try); - ACM Sigmetrics, Annapolis, Maryland, USA, June 08 (on Self Optimization); - I-2010 Conference, Paris,Sept. 08 (on Future Internet); - Journ´ees SMAI–MAS 08, Rennes, France, Aug. 08 (on Stochastic Geometry); - IEEEInternational SymposiumonPervasive Computing(ISWPC’08),Santorini,Greece, May 08 (on Modeling of Wireless Networks); - Performance 07, Ko¨ln, October 07 (on opportunistic routing in wireless networks) - Maxwell Lecture, Maxwell Institute colloquium, Edinburgh, UK, June 2007 (on the analysis of TCP split). - InternationalWorkshoponSignalProcessingAdvancesforWirelessCommunications (SPAWC 06), Juan les Pins, France, June 2006 (on mobiles ad hoc networks). - QoSIP 05, Catania, Italy, 2005 (on HTTP traffic analysis). - Mathematical Theory of Networks and Systems (MTNS’04), Louvain, Belgium, 2004 (lecture on network overlays). - Applied Mathematics Conference in the Memory of J.L. Lions,Coll`egede France,2002 (lecture on interacting TCP flows). - European Mathematical Society – Diderot Forum on mathematics of communications, EPFL, Switzerland, 2001 (lecture on non-expansive maps). - 3rd European Conference of Mathematics,Barcelona,2000(lectureonflowandcongestion control). - Cost–257 Final Conference, Wu¨rzburg, Germany (lecture on cdma coverage),2000. - Conference and Workshop on Stochastic Networks, 2000 (lecture on tcp modeling) Madison, Wisconsin. - Informs Applied Probability 1999, Ulm, Germany (lecture on stochastic networks). - International Teletraffic Conference ITC 16, Edinburgh, UK, 1999, (lecture on stochastic geometry for communications networks). - Conference on Decisionand Control CDC 34,NewOrleans,USA1995,(lectureondiscrete event systems). - International Conference on Industrial and Applied Mathematics ICIAM’95, Ham- burg, Germany 1995,(lecture on (max,+)-linearity). 6 - Stochastic Processes and their Applications (SPA), Technion, Israel, 1991, (keynote lec- ture on stochastic (max,+) systems). J - Organization of International Conferences and Schools Advanced Courses outside France: - Wireless Foundations Center, UC Berkeley, USA, Sept.–Nov. 09; - Latin-American Course on Mathematics for the Internet and New-Generation Networks, La Pe- drera, Uruguay, 07; - 28-th Finnish Graduate School in Stochastics, Nagu, Finland, 06; - Eurandom Chair Series of Lectures, Eindhoven, the Netherlands, 04–05; - Course of the Conference on Stochastic Networks, Madison, Wisconsin, USA, 00. Organization of International Conferences TPCmemberofall IEEE Infocom Conferencessince1999andofalargenumberofotherinterna- tional communication conferences (including ACM Sigmetrics, Euro-NF). Co-organizer of the 6 monthprogramentitledStochastic ProcessesandCommunicationSciencesattheIsaac New- ton Institute for Mathematical Sciences, Cambridge, which consists of a series of 6 workshops held from Jan. to June 2010. Co-organizer of the 2008 Stochastic Network Conference, jointly with J. Mairesse, at Ecole Normale Sup´erieure in Paris. This was the first of this series to ever take place outside the US or UK. Organizer in 2007 of the first Public Conference on Information Sciences of the French Academy of Sciences. Co-founder of the yearly Spaswin International Workshop(SpatialStochastic Modeling ofWireless Networks)in2005jointly with B.Bl#aszczyszyn. OrganizeroftwoInternational Workshops on Flow and Congestion Controlin1998and2003 at Ecole Normale Sup´erieure. K - Awards - The IEEE Communications Society Best Tutorial Paper Award 2009, for the JSAC paper [J93] on the modeling of wireless networks by stochastic geometry and random graphs. - IBM Academic Award 2004-2005,for research on multicast overlays. - Grand Prix France T´el´ecom 2002, of the French Academy of Sciences. - Marcel Neuts Prize 2000, of the Applied Probability Foundation of America. 7 Franc¸ois BACCELLI SELECTED BIBLIOGRAPHY Books, Thesis [B8] F.B. and B. BLASZCZYSZYN, “Spatial Modeling of Wireless Communications – A Stochastic Geometry Approach”, Foundations and Trends in Networking, NOW Publishers, 2009. [B7] F.B. and P. BREMAUD, “ Mod´elisation et simulation des r´eseaux de communication” Cours Ecole Polytechnique, 2003. [B6] F.B., A. JEAN-MARIE and I. MITRANI (Ed.) “Quantitative Methods in Parallel Systems”, Basic Research Series, Springer Verlag, 1995. [B5] F.B. and P. BREMAUD, “Elements of Queueing Theory”,Springer Verlag, Applica- tions of Mathematics, 1994. Second edition 2003. [B4] F.B., G. COHEN, G. OLSDER and J.P. QUADRAT “Synchronization and Linearity”, Wiley, 1992. [B3] F.B.andP.BREMAUD,“PalmprobabilitiesandStationaryQueues”. Lecture Notes in Statistics No. 41, Springer Verlag, March 1987. [B2] F.B., “Mod`eles Probabilistes de syst`emes informatiques distribu´es”. Th`ese de Doc- torat d’Etat, April 1983, Universit´e Paris-Sud. [B1] F.B., “Files d’attente avec pannes et applications a` la mod´elisation des syst`emes infor- matiques”. Th`ese de 3e cycle, janvier 1980,Universit´e Paris-Sud. Publications in journals [J105] F.B., A. EL GAMAL and D. TSE, “Interference Networks with Point-to-PointCodes”, to appear in the special issue of IEEE Tr. Information Theory on Interference Networks, April 2011, http://arxiv.org/abs/1102.2868. [J104] J. ANDREWS, F.B and R. GANTI, “A Tractable Approach to Cellular Network Mod- eling”, The 48th Allerton conference on communication, control and computing, 2010, under revision for IEEE Transactions on Communications. [J103] F.B. and S. FOSS “Poisson Hail on a Hot Ground.” To appear in the Journal of Applied Probability (J.A.P.), 2011. [J102] V. ANANTHARAM and F.B., “Information Theoretic Capacity and Error Exponents of Stationary Point Processes with Additive Displacement Noise”, submitted for publi- cation, Annals of Applied Probability, 2010,http://arxiv.org/abs/1012.4924. [J101] F.B.,N.BAMBOSandN.GAST,“Distributeddelay-powercontrolalgorithmsforband- widthsharinginwirelessnetworks”,toappearinIEEE/ACMTransactions onNet- working (ToN), 2011. 8 [J100] F.B., B. BLASZCZYSZYN and O.MIRSADEGHI, “Optimal Paths onthe Space-Time SINRRandomGraph”,arXiv:0911.3721v1,toappearinAdvances in Applied Prob- ability 2009. http://fr.arxiv.org/abs/0911.3721. [J99] F.B., B. KAUFFMANN and D. VEITCH, “Towards multihop available bandwidth es- timation”, ACM SIGMETRICS Performance Evaluation Review, Vol. 37, No. 2, pp. 83–84,2009. [J98] F.B. and T. KONSTANTOPOULOS, “Stationary flows and uniqueness of invariant measures”, Quart. Appl. Math., 2009. [J97] F.B., S. MACHIRAJU, D. VEITCH and J. BOLOT, “The Role of PASTA in Network Measurement”, IEEE/ACM Transactions on Networking (ToN), Vol. 17, No. 4, p.p. 1340-1353,August 2009. [J96] F.B., B. BLASZCZYSZYN and P. MUHLETHALER, “Stochastic analysis of spatial and opportunistic Aloha”, IEEE JSAC, special issue on Stochastic Geometry and Random Graphs for Wireless Networks, Vol. 27, pp. 1105–1119,2009. [J95] F.B.,B.BLASZCZYSZYNandP.MUHLETHALER,“Time-SpaceOpportunisticRout- inginWirelessAdHocNetworks,AlgorithmsandPerformance”,the Computerjour- nal, 2009. [J94] F.B., B. KAUFFMANN and D. VEITCH, “Inverse problems in queueing theory and Internet probing”, Queueing Systems, Vol. 63, Special Issue: 100 Years of Queueing — The Erlang Centennial, 2009. [J93] M. HAENGGI, J. ANDREWS, F.B., O. DOUSSE and M. FRANCESCHETTI, Intro- duction of the “SpecialIssue onStochastic Geometry and RandomGraphs for Wireless Networks”, IEEE Jsac, Vol. 27, 2009. [J92] F.B., G. CAROFIGLIO andS.FOSS, “ProxyCaching inSplit TCP:Dynamics, Stabil- ity and Tail Asymptotics”, Proceedings IEEE INFOCOM 2008. Journal version in “From Semantics to Computer Science, Essays in honour of Gilles Kahn”, Yves Bertot, G´erard Huet and Gordon Plotkin Ed., Cambridge University Press, 2009. [J91] F.B., andMcDONALD, D., “AStochastic Modelfor the ThroughputofNon-Persistent TCP Flows”, Proceedings of ValueTools 06, Pisa, October 2006, Performance Eval- uation Vol. 65, No. 6-7, pp. 512-530,June 2008. [J90] S.MACHIRAJU,D.VEITCH,F.B.andJ.BOLOT“AddingDefinitiontoActiveProb- ing” ACM Computer Communication Review, Vol. 37, No 2, pp. 17–28, April 2007. [J89] F.B. and C. BORDENAVE, “The Radial Spanning Tree of a Poisson Point Process”, Proceedingsofthe43-thAllerton Conference,2005,Annals of Applied Probab. Vol. 17, No. 1, 305-359,2007. [J88] F.B., P. MUHLETHALER et B. BLASZCZYSZYN, “An Aloha Protocol for Multihop Mobile Wireless Networks”, Proceedings of the Allerton 03 Conference, Illinois. IEEE Transactions on Information Theory. Vol. 52, No. 2, pp. 421–436,Jan. 2006. [J87] F.B., “Les r´eseaux de communication” La Lettre de l’Acad´emie, No. 19, Spring 2006. [J86] F.B., A. CHAINTREAU, D. DE VLEESCHAUWER, D. Mc DONALD, “HTTP Tur- bulence”,Networks and Heterogeneous Media(AIMS),Vol. 1 No. 1,March2006. 9 [J85] F.B., R. CRUZ and A. NUCCI, “On Wireless Channel Parameters Maximizing TCP Throughput”, in IMA Volume 143 in Mathematics and its Applications: Wire- less Communications. P. Agrawal,M. Andrews, P.J. Fleming, G. Yin, et L. Zhang Ed., Springer, 2006. [J84] F.B., K.B. KIM and D. McDONALD, “Equilibria of a Class of Transport Equations Arising in Congestion Control,” Queueing Systems, Volume 55, Number 1, pp. 1–8, January, 2007. [J83] F.B.,S.FOSS,andM.LELARGE,“TailsinGeneralizedJacksonNetworkswithSubex- ponential Service Distributions,” J. Appl. Probab. 42, no. 2 513-530,2005. [J82] O. DOUSSE, F.B. and P. 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