`aPU+Vu@pJr6pqPuh~Pp'H*Qj`'8wHqd'ih'-pqZiZi'l4@vlaP51؆GE2J݋<0ڃBs`jn 9`k?Da"~,vM 9z6L>t aqw ܞIRbgwpse2E2ayk>"bn|eȒ< Uc^$L E$K2I$L #WcT 5KcTj,icBC$O& c5[1Z$ KNA/\4 K%NA.K2NA3NO& 3S<.An2025-03-21 19:13:30 info: [Puppeteer Page] Attempting direct fetch of https://isis.vanderbilt.edu/bibcite/export/bibtex/bibcite_reference/113 bGi;\rA|@~;\` ;J| ]q^t@xV#hlCmV9R|mViZ~WkP9Vz[m@6ZpxWkZmVlQ{Z|ViA6ZmK{QpVkUk]|*N32025-03-21 19:13:30 info: [Puppeteer File-Downloader] Attempting to download asset directly... ?Iw|.g̈́iۅk.ʙũ.܏iHKaͅmϓ6y؆x͓,i{ƚm̓Qx͛x,ܙhǁ`Ǘ,Ʌi֜eړxď"ԅq http/1.1@article{113, author = {Subhav Pradhan and Abhishek Dubey and Tihamer Levendovszky and Pranav Kumar and William Emfinger and Daniel Balasubramanian and William Otte and Gabor Karsai}, title = {Achieving resilience in distributed software systems via self-reconfiguration}, abstract = {Improvements in mobile networking combined with the ubiquitous availability and adoption of low-cost development boards have enabled the vision of mobile platforms of Cyber-Physical Systems (CPS), such as fractionated spacecraft and UAV swarms. Computation and communication resources, sensors, and actuators that are shared among different applications characterize these systems. The cyber-physical nature of these systems means that physical environments can affect both the resource availability and software applications that depend on resource availability. While many application development and management challenges associated with such systems have been described in existing literature, resilient operation and execution have received less attention. This paper describes our work on improving runtime support for resilience in mobile CPS, with a special focus on our runtime infrastructure that provides autonomous resilience via self-reconfiguration. We also describe the interplay between this runtime infrastructure and our design-time tools, as the later is used to statically determine the resilience properties of the former. Finally, we present a use case study to demonstrate and evaluate our design-time resilience analysis and runtime self-reconfiguration infrastructure.}, year = {2016}, journal = {Journal of Systems and Software}, pages = {-}, } h2 N ^; ) HNNF)1NF  FN' L 1'DAU]P_F#ld *i˛*8Ӑi'-"q{{&.9>9.{{ٖgig8%qx zrrڭ{x ˖K2025-03-21 19:13:19 info: [Puppeteer Page] Initialising full-page crawl of https://isis.vanderbilt.edu/publications/designing-resilient-deployment-and-reconfiguration-infrastructure-remotely-managed#main-content YGRPbLIPsGF_EPWZ[EANGfpkeOPMCRnWE[VPLeYGhwL\WCYMK[D@REYGLCBMSVVAMWQ\TTZGGWNA[F@NWWWATWM[FPWE[PE[Q\WG[FPRML[LA_LQLGVPD\KPTWM[WLS_QAKAALG[OZ[NLSC[YGQSC\AZJG[_H"5>yD{E6qqbH`D6QuL.ZfM6@aUx@6 f@]E6 RP"` "&"6H.6RgH]E6-U#'b&PWWɜ!2025-03-21 19:13:19 info: [Puppeteer Page] DOMContentLoaded event fired for https://isis.vanderbilt.edu/publications/designing-resilient-deployment-and-reconfiguration-infrastructure-remotely-managed#main-content ( )DDDIFFV]R1UP.J OIHHQFIT DSWUSW WRf|/se%7fjԗil`l%!ft/%x%7sy="td—qlbkycxrodlhc–ch`c` tdbcŔchhtiyiibnadulhciktydyb jbktfcbifdߔdbbcś+/f`c/0:1O>K3IFH447K6=%pni5>thnbc/?8><3>18D<4K2<29%p X>T   X X  3BX  LTVXLV Z@MII<̘KKMCIC>JəIIΙL;Ύzx(G*Fƫgd&J*L+W S6VƽgR$OY S6Vg+V&G,M/Mrʡg_ȳ,Fƫwȳ6G,M!޳}ר|qզsݢݣvdppg_E"L^CFRCR.BPVD^B~RGYQUQL^F^DY5 ^Eq=KON8?v?Ɓ7|»̘J ǘ܉ ؙJٍ ğRΐ ؙݥJ΋݉ ̜ƂƎ_JZ̟Ƃ PQ\^+[ܦ]ߡ]Jԁh~Xq'@4`+q`(p'VdvX 'pLH'`ukWgWJ+J)X'@J)Xv k3P?XG6CCC;A4MGC69FD9zr5WPvJ-\MuMAcn-"!$$ #_;F5$ QrTKxIF5UeVdg'f#bRd.bT$ajz"'٥"7xi1k"xҟxg1xgӀlQ