BibSLEIGH
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Used together with:
hitter (8)
data (5)
distribut (4)
hierarch (4)
tail (4)

Stem heavi$ (all stems)

25 papers:

SIGMODSIGMOD-2015-MishimaF #database #middleware #migration #named
Madeus: Database Live Migration Middleware under Heavy Workloads for Cloud Environment (TM, YF), pp. 315–329.
ICMLICML-2015-QiuXHLC #estimation #matrix #process #robust
Robust Estimation of Transition Matrices in High Dimensional Heavy-tailed Vector Autoregressive Processes (HQ, SX, FH, HL, BC), pp. 1843–1851.
ICSEICSE-v2-2015-SchroederH0HLM #architecture #case study #design #evaluation #industrial #multi #product line #self
Design and Evaluation of a Customizable Multi-Domain Reference Architecture on Top of Product Lines of Self-Driving Heavy Vehicles — An Industrial Case Study (JS, DH, CB, CJH, LL, AM), pp. 189–198.
CASECASE-2014-ChuHJKKJC #smarttech
The experiments of wearable robot for carrying heavy-weight objects of shipbuilding works (GC, JH, DHJ, DK, SK, SJ, JC), pp. 978–983.
DACDAC-2014-Rodriguez-NavasSHNLL #approach #automation #functional #safety #specification #verification
Automated Specification and Verification of Functional Safety in Heavy-Vehicles: the VeriSpec Approach (GRN, CCS, HH, MN, OL, HL), p. 4.
SIGMODSIGMOD-2014-RheinlanderBKHSL #data flow #optimisation
Versatile optimization of UDF-heavy data flows with sofa (AR, MB, AK, AH, TS, UL), pp. 685–688.
HCIDUXU-ELAS-2014-Pelczarski14a
Ultralight Backpack System for Heavy Loaded Users (MP), pp. 699–709.
ICMLICML-c2-2014-HsuS
Heavy-tailed regression with a generalized median-of-means (DH, SS), pp. 37–45.
PODSPODS-2013-Indyk #fourier #sketching
Sketching via hashing: from heavy hitters to compressed sensing to sparse fourier transform (PI), pp. 87–90.
ICALPICALP-v1-2012-HsuKR #distributed
Distributed Private Heavy Hitters (JH, SK, AR), pp. 461–472.
HCIDHM-2011-KwonHBAA #artificial reality #simulation
Simulating Ingress Motion for Heavy Earthmoving Equipment (HK, MH, RB, JA, KAM), pp. 109–118.
ICPRICPR-2010-HeimonenH #detection #framework
A Human Detection Framework for Heavy Machinery (TAH, JH), pp. 416–419.
PODSPODS-2009-BerindeCIS #bound #fault
Space-optimal heavy hitters with strong error bounds (RB, GC, PI, MJS), pp. 157–166.
PODSPODS-2009-YiZ #distributed
Optimal tracking of distributed heavy hitters and quantiles (KY, QZ), pp. 167–174.
CASECASE-2008-DangWLZ #algorithm #image
Heavy-ion radiotherapy treatment planning system and medical image processing algorithm used in it (JD, YW, SL, ZZ), pp. 726–731.
ICPRICPR-2008-WangZZ #multi
Multivariate Laplace Filter: A heavy-tailed model for target tracking (DW, CZ, XZ), pp. 1–4.
HCIHIMI-IIE-2007-LaukaitisVG #architecture #information retrieval #natural language
Natural Language Based Heavy Personal Assistant Architecture for Information Retrieval and Presentation (AL, OV, VG), pp. 54–63.
SIGIRSIGIR-2007-ChaudhuriCKS #multi #query
Heavy-tailed distributions and multi-keyword queries (SC, KWC, ACK, LS), pp. 663–670.
SACSAC-2007-LiYAZ #metric #network
Finding hierarchical heavy hitters in network measurement system (YL, JY, CA, HZ), pp. 232–236.
PODSPODS-2005-HershbergerSST #complexity #data type #multi
Space complexity of hierarchical heavy hitters in multi-dimensional data streams (JH, NS, SS, CDT), pp. 338–347.
SIGMODSIGMOD-2004-CormodeKMS #multi
Diamond in the Rough: Finding Hierarchical Heavy Hitters in Multi-Dimensional Data (GC, FK, SM, DS), pp. 155–166.
ICPRICPR-v2-2004-BoyerJ #detection #order #robust
Perceptual Organization in Range Data: Robust Detection of Low Order Surfaces in Heavy Clutter (KLB, KJ), pp. 102–105.
VLDBVLDB-2003-CormodeKMS #data type
Finding Hierarchical Heavy Hitters in Data Streams (GC, FK, SM, DS), pp. 464–475.
SACSAC-2003-FuT
A Dynamic Load Distribution Strategy for Systems Under High Task Variation and Heavy Traffic (BF, ZT), pp. 1031–1037.
HCIHCI-ACS-1993-Cook #correlation #performance
Teleoperation of Heavy Equipment: Individual and Environmental Correlates of Operator Performance (TMC), pp. 278–282.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.