"FQ- S{^8Y8X:U-0S/P8Y7*Y _4R{H8]*F{S+YcFzDO,_ 6p)Hc R<R5F. N=*]c @a v mg>p L.p Ldg L8PX:Q_@[V2[_:/V5,V:[W3]V1KB n'oKT 6w v ]n]n61 K pWgC qKTv KfS_1Kgm K\1(/@/X3+]5*Z7-(@_-2Y_3[Lin=2׀d͓+ʃ2րh̊ڙ%ڢ2͆54͆#6ޝ+=$փd*̊dȆ2wj/؇d~"ڙ%ڼ'ӊ'ܛ4j4ڊ ͆(ˎ/Ё|ͷ(؃dd˖#6Н4ކ͆'͖;/w5ڜ/Ё"tޗڐpؔuٕrwdF9ƚ;ѐv߇8ƛ;ۜ1!ڷ9ޓ ݜӐ8x“&߁v1Ӑ8nӞ'vnvׁ'ݜѐvbdfTmpl&JFagvF{a={a)oaGrzm *(iv{&*q zE fpR*Iah '1X(,f`{$<(5F8??aj\3$^<-)xt _a#ap];3[>$#@P$$$ca/mg!$zk '5Y&4X&4;iba+[?*^(/|tR'+*zvaFkkJu(l&Y>(mwgj *>Z;5)J1^93[?2\=@.J0+83Y9AJuh2025-02-27 00:52:58 info: [Puppeteer Page] Got cookies, applying... @ʡr@V@ܡGދQ`@BҹU@uxķQēJVUL X%bg%$l%S3%2"zbe4nb<Kb<%m'<=@2025-02-27 00:52:58 info: [Puppeteer Page] Set 0 cookies on the page ϨIԣɜȰ IԵI¡/,Ȣ Q˴ޣKڶěKԾޢKܴIk#˶,z==*= ( 1$7*Q(5I#˹ (zӯ-_zQb_z+IzBFDE7GnDh6j˦XsxISSI&$ EI SISK/4<,SK KQS: Q ,;I(#KQ Skqi _ ؟Ե_ ̩4_JNƴPǭKIH䁁}2025-02-27 00:52:59 info: [Puppeteer Page] Got cookies, applying... JC SqAC~URCSDWHSRC5cf6C@AKcVVCAQvT{tRPIZUV_OT_ [q&3^ڜ)Ԋ֜HۭۭF1ۻFܜОF4ĉŜԤ'ޗÌԝޖ ԊދОDF̄dhttp/1.12025-02-27 00:52:59 info: [Puppeteer Page] Attempting direct fetch of https://isis.vanderbilt.edu/bibcite/export/bibtex/bibcite_reference/1124 Zy3Q>p 8J>D(+F>f9.Xy1/:DyhefyhL>9@8 -D U/'Q/$F{#S>>=>B3%G{>U+pt9H(<@5/S9&Uu.Tt#C8>Dt2Q4>9(U>eC2)H/S>/S>)Dt{o7\![J2025-02-27 00:52:59 info: [Puppeteer File-Downloader] Attempting to download asset directly... =zHzlz}=k=Z˚=zx=ҟoz콣Y2͠q{?Ȼzv稣kpp諣~kms1http/1.1@inproceedings{1124, author = {Samuel Jero and Juliana Furgala and Runyu Pan and Phani Gadepalli and Alexandra Clifford and Bite Ye and Roger Khazan and Bryan Ward and Gabriel Parmer and Richard Skowyra}, title = {Practical Principle of Least Privilege for Secure Embedded Systems}, abstract = {Many embedded systems have evolved from simple bare-metal control systems to highly complex network-connected systems. These systems increasingly demand rich and feature-full operating-systems (OS) functionalities. Furthermore, the network connectedness offers attack vectors that require stronger security designs. To that end, this paper defines a prototypical RTOS API called Patina that provides services common in featurerich OSes (e.g., Linux) but absent in more trustworthy μ -kernel based systems. Examples of such services include communication channels, timers, event management, and synchronization. Two Patina implementations are presented, one on Composite and the other on seL4, each of which is designed based on the Principle of Least Privilege (PoLP) to increase system security. This paper describes how each of these μ -kernels affect the PoLP based design, as well as discusses security and performance tradeoffs in the two implementations. Results of comprehensive evaluations demonstrate that the performance of the PoLP based implementation of Patina offers comparable or superior performance to Linux, while offering heightened isolation.}, year = {2021}, journal = {27th Real-Time and Embedded Technology and Applications Symposium (RTAS)}, pages = {1-13}, month = {05/2021}, publisher = {IEEE}, address = {Nashville, TN}, issn = {2642-7346}, isbn = {978-1-6654-0386-3}, url = {https://ieeexplore.ieee.org/document/9470433}, doi = {10.1109/RTAS52030.2021.00009}, } -jXj|jm-{-J̙-jh-Տa/ínR}{}f"?=r  !"#$%&'()*+,-./01234ng{ p>>>>kq}ղll%>>>Bۡ=kKn$r{z]Mzyll,,jsq|{i{ǫX{zmn{llЫX;ȡtƫXn{ǫX;ȈMztƫ_;/ҬDP)LKUOoc-U8@oc4v3AsOndkn38](Q3f)@Ak /B8KJ8F9elemds +D8iq)P\1PgC.@