NishiSearch

Web This site Trusted

30 result(s) for “ip can target site does openstack org site can kernel org site go de site:arxiv.org” of 97 matched · page 2 · 861 ms

Scope: Nishi’s own index (our crawl + Common Crawl) — not the whole live web. Some sites block all automated crawlers (anti-bot walls), so their pages may be absent here even though we never filter lawful content.

Freshness: newest result fetched 25 d ago · median age of these results 25 d · 1 of 30 carry a fetch time

Homogeneous Distributed Observers for Quasilinear Systems

https://arxiv.org/html/2407.05763v1
However, centralized observers for plants modeled by nonlinear systems satisfying Ho¨¨o\ddot{\mathrm{o}}over¨ start_ARG roman_o end_ARGlder condition can be found in the recent literature (see, e

%PDF-1.7 %¿÷¢þ 1 0 obj > stream xœ�ZÛrÜ6}߯ࣵ©X¸ƒ¨J¥V7ßdÉŠ$Çñnå�š¡%

https://arxiv.org/pdf/2608.00426
®gH™Ã‘¥|ýv“ A*Þ*—GÓènœ>Ýh€à°„$чO®ˆJ:#Ú$]rødࢠKeÂѵL!"p 8 H&+‡)ê¥ð ,€)KAY+„+\Jžt 0Ÿà‚èD  `I„ÔÀwøGÀHm4=pÁ‘W&Z‹  þÐDƒ>º60©„!’²DJ‚ �WÉ!H B  K‰~àOœR"U y  ö@¹4(R‚RþR•„„�Tm@O'šh¦‰æ§2�C#A˜hC ¡’‰ß!ñ”’TCp=5

Statistics Theory Mar 2024

https://arxiv.org/list/math.ST/2024-03
00186 [pdf, html, other] Title: Warped Kernel Estimator for I

[2006.02833] An Automated Implementation of Hybrid Cloud for Performance

https://arxiv.org/abs/2006.02833
We also explore performance evaluation of cloud bursting for six modern and distributed database systems on the hybrid cloud spanning over local OpenStack and Microsoft Azure

Databases

https://arxiv.org/list/cs.DB/new
We propose an architectural pattern for such systems, a trusted kernel with a generative shell, resting on one invariant: a component that can fabricate may influence which question the system answers, never which value it returns

Operating Systems

https://arxiv.org/list/cs.OS/new
Linux provides several ways to observe and respond: Pressure Stall Information (PSI) can detect memory-related task stalls, zram can provide compressed in-memory swap space, and cgroup v2 can request memory reclamation within a selected control group

[2608.02851v1] Stabilization of First-Order Partial Integro-Differential

https://arxiv.org/abs/2608.02851v1
The design relies on two affine Volterra transformations involving both Fredholm- and Volterra-type integral terms, which results in a four-PIDE kernel equations

Hardware Architecture

https://arxiv.org/list/cs.AR/new
Our analysis shows that, despite its limited write performance, HBF can significantly improve the batch size, throughput, and flexibility of LLM-serving systems while reducing the minimum GPU requirements, but realizing these benefits critically depends on sustaining HBM-comparable read bandwidth and requires

[2512.09590] On Inhomogeneous Affine Volterra Processes: Stationarity

https://arxiv.org/abs/2512.09590
09590] On Inhomogeneous Affine Volterra Processes: Stationarity and Applications to the Volterra Heston Model Skip to main content arXiv is now an independent nonprofit

[2608.01651] Bole: Efficient Tree Speculation for Hybrid-Attention

https://arxiv.org/abs/2608.01651
We present Bole, a kernel--runtime co-design that enables efficient tree speculation for hybrid-attention LLMs

Instrumentation and Methods for Astrophysics

https://arxiv.org/list/astro-ph.IM/new
In particular, the maximal light deflection of a given Solar System body can be easily estimated for a given observer

Report GitHub Issue

https://arxiv.org/html/2609.02852v1
However, various strands of evidence indicate that an LLM’s externalized linguistic outputs and mechanistically-extracted linguistic features can be an unreliable lens for understanding internal model computation

Computer Science > Computation and Language

https://arxiv.org/abs/2609.14858
Our key insight is that accumulated discovery history can serve as a replay simulator over the realized search space

Report GitHub Issue

https://arxiv.org/html/2609.03027v1
EPIC can achieve ��(N​log�N)\mathcal{O}(N\log N) computational scaling for dense aperture arrays and has been demonstrated on the Long Wavelength Array (LWA) station in Sevilleta (USA) using Graphics Processing Unit (GPU)

Software Engineering

https://arxiv.org/list/cs.SE/new
Yet it remains unclear when further evolution helps, how successful and failed trajectories shape revision, and whether extra test-time computation can recover the same gains

1 Introduction

https://arxiv.org/html/2511.06451v1
Spectral safety and discrete Green kernel

Statistics Theory

https://arxiv.org/list/math.ST/new
| all New submissions (showing 6 of 6 entries) [1] arXiv:2608

1 Introduction

https://arxiv.org/html/2508.02739v1
2 Preliminary 3 Methodology K-line Tokenization Hierarchical Autoregressive Modeling Model Pre-training Dataset Model Training Inference 4 Experiments Experimental Setup Main Results Prediction Tasks Generative Tasks Investment

Quantum Physics

https://arxiv.org/list/quant-ph/new
Skip to main content System maintenance August 4th and 5th Learn more × Search Submit Donate Log in Search arXiv Press Enter to search · Advanced search Quantum Physics New submissions Cross-lists Replacements See recent articles

Finite-Time Analysis of Asynchronous Multi-Agent TD Learning

https://arxiv.org/html/2407.20441v1
I Introduction Training reinforcement learning (RL) algorithms is well-known to be a critically time consuming task that can require several data samples to achieve a desired level of accuracy

%PDF-1.7 %¿÷¢þ 1 0 obj > stream xœµ[is9ý¾¿Ba7•®*UÄÆD`ƒ æ20ÀA´Ûe»†>

https://arxiv.org/pdf/2608.13122
"•é°ýZFÐm#èÐ-¯“±³ë6ï:ä]ªÞ¾U˜�½]·yב6zDPìûºÍ»Ñ4#‚⸦ÛFÐùHߘRÓ¦ÔD”Ž­>1¿¦Í¯‰øµ#‚b¿6m~�黲‰(=𬋓%ºðGOž½ßƒF·Ðì1´Ä"ó('«"9ò°'ååšý-+n„Ÿˆ"«l†��ÿ®~KÁ>îfnä\/&ן«ñѳ·ï|p#] TNº*'m ÃQZæzDé�éøü·Óã·ï€çU Gwñ˜ŽCŒ;¯¬sô^aüæÛíM±pâÊ%D¬g“õ ãÿ)VKÆ— Üü�§ÍͪÀóÕr»"P_ð¼

‹—Õ^ì½|U÷?LSt@ŠQ5Ô$t� HB $TA˜ìN’�Ý�ug7!ª( (RD¤‹ˆŠ€XP:Š

https://arxiv.org/src/2006.00064
rD™h¥ø tÃ'L€0°"Ip}eòdêD󀉆 —`}•[>M)P#Cu¬xHW0B“6¯dP{xÜcÌ`�æÖ‰°“›ÌŽ_JikŠ5áÎùœì>ŠÞ…Š/—ù`Ó“ñNª7°Íšáu¬¸U° Y«Ž™‡æ¦S¸@¾ó6žœhØ“`ÇAZ–Æwè¢9t¢¥†Ý�«O4™)·ìF3I„\Ó°„uÒ™”‚âÁÀÌœ\Çœä_†”Þ]Д«Í­ït°¸$ÌŽJ0ñj€Ï·|¦At %QïòÄóíÃó'Fä:oê1Óä1ã£Ió’s~_Œ£y•>(ìŽ)ÔâCfXcêFÌš”{Fºj€‰¦ü{œ Ú €÷ ¤la~£°ÀħÅvǸŸ\5îÇ3�m6´9(Äx

‹w{r_ÔüC°pMÔ¶ Û>ϱmÛ¶mÛ¶mÛ¶mÛ¶m»ßªè®®Šú¢ûŸô ïÉÚ;+2wî¼3®Œ%`llâÈ`

https://arxiv.org/src/2006.01128
å8q⢫ ærÚÎ{�ÔÔp2ÚRçmq9§3)‰•¬Zü G‘^îGÕ& O hþ g6; \^þ�iyµE‰Ó\qigpÄ]êl�de d•3

‹Œrjì;ýsã¶rùYžý9é�ŸÓë÷OOûß°ÞŸ4ŸÚ'“ЧŒ}“Ʊڅ÷üÿè'o1Æödœ¥®�{lÈ

https://arxiv.org/src/2608.03883
 �5ø-çj¾úAa4û 1:jÅ~ЄÇ5QÃÍF§S:Tõ:; &h89c�3Óö@EEŒ¢ ê¨ÚdeÑÞE)ŠvQÔ{|û¢ fuÔîÄÉïoþÈIØc™�׺áŠ~̆ŒgІÓ«²¯Øe3�êšIV©k+«¬Ã'RHU’ÌIš�5…G

%PDF-1.7 %¿÷¢þ 1 0 obj > stream xœ­[[sÛ¶~?¿�ítbwp¦Ó™ØŽ/Iܸ‰›:ÉøA¶i[­

https://arxiv.org/pdf/2608.03358
Ù ‘8l[•jµWHL7IP‡þûõ¬V=Mžß̼ñ s÷ëu;ÑU··õÈÙ›=w—¾´“ì÷îÝÝå]yil;ìþÝþ�”MS >Ù_êãP·ò{=éÇsæ@öd”ôÇöçºkŸ˜xäœ;`ÝVY×`Œs4½JaÓQÜ¡n«þª‡í¡

Eliminating Majority Illusion is Easy

https://arxiv.org/html/2407.20187v1
In this paper, we present polynomial-time algorithms which can eliminate majority illusion in a network by altering as few connections as possible

‹À3`ÔüuTKÛ Fp×àÁÝ�àÁÝÝÝ%xpw÷àîî.Á!¸»»;Óœó~ç¼ß]wî�µæÎ³×Î

https://arxiv.org/src/2006.01048
н^óqÛ6�ä�Í>:ëápÜ ð®Ì¹I`$þ¾°å;¢­"¾_og0zÝôOiƒ…·¬î¯¦º3ì¬8 rëmÐïnwvæÁ‘ ³#Çð¸ýd´Œ¾áÌ÷¯OJ§§¸>á3+ÿs½^ŽŸµÄåßÅÅCCCÅ%$$DE;ùuuñ•¾ ¡ Ô S©D„‡Kö;”˜˜¸¨¨ð×ÃrELääß ¢+S·�ŒHHKïA1ÀõëéÁß`»h8Þª®©©¦úR3à P’„ÌlM_k+g©n"4”Mõ±�ªh�J#Bê°ZA%i|jªzýH l…-èyxp˪x¢h((ľ×�Kô†Ú§gŽ×ÞÌ�4ݧT�k†^�›”U þØMW5LµO©À;ÊPî'3_FWPmèBwy¤ÊáN)

‹k1aì}kw¹‘h¾^ÿ \&>²ç’´Þ¶•L6ÔÖlIÖJ²�Iœ“€Ý ±L?$S6"ú>LDY2eÙt"ÚŒG

https://arxiv.org/src/2104.08691
)Šu¦m=çZè)º—‘¢4Úàƒ ‘kÃÄ Kûþæ¤Éô ¢ú¢ŒqôUáHœƒrS*\¥è™Kûôn±ž¡”õÀt‡2^Ìq�éMHëªïè£Q|ÑwÄ¡ó''ç×Go�

%PDF-1.5 %� 58 0 obj > stream xÚì½i°eWuç©úÚý­#:º#:úCuô‡ªnWT‡+Œ1¶±²l

https://arxiv.org/pdf/2005.13905
&Q,l@2`„0!À`0ƒ1 À£$4g*S9g¾ùÎÃ9÷Ìó�~üã‡ÂP­j÷‘ï?ø•¯}–“7ãZ+·�×½á7/mœÚê_^m�ûÊ7?ïGÿô™S�ž_9Y,|Ù?qâAïÝBÿJóU$è+{æaFÚB%„¥´5|!_èF04í Ùî0ê«­kÁ ¨Äžt²:�fJ’5^€�c`츾âyZÛIâà˜Fv[Yb4 ­ áhóE9'�'�“HC³&¤3h¨j|ÀwÅæ“’cM�}¡iGœ{þÄõXÛ

‹�éÖ^Üñ°�½ òØN¹kÝzéÒJ—Ür…“¤±YYêù^ºhBܱ·ðBÛ·‘Å'¢‰uËcþµ‚R¸éʲ

https://arxiv.org/src/2006.01331
>'š"J=&_[¿:¾�$¿@0üÿâÕ›Þ^AjˆØj«>¢ÌÄ ‡†˜[Œª¤AÔôQ‘t`}~Q¨?½z(Rx€�‰{>2„¨J¢`ÇÎÒ»Aý±˜;©ˆ×2?;_ڱ퀂.ì™OˆVþcñøÐ±nÁ{¾cçì){Æž³ïÙ_Ù öoìßÙKöнf?°7ìoì-{Ç.Ø�ìïì'ö3ûû¢c½·&›Í˜Ã\ÆÙœ-Ø’yì7vÍ|°� ±÷,f KYÆnØ-[±5û éÙCödj"¼ç¢êF?&8C%(æE|C$