BibSLEIGH
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Used together with:
bin (7)
object (6)
system (5)
robot (4)
use (4)

Stem pick$ (all stems)

26 papers:

CASECASE-2015-KaipaTSKLG #automation #using
Resolving automated perception system failures in bin-picking tasks using assistance from remote human operators (KNK, SSTK, SS, AMK, JDL, SKG), pp. 1453–1458.
CASECASE-2015-ShiK #realtime
Real-time grasping planning for robotic bin-picking and kitting applications (JS, GSK), pp. 1632–1637.
CHICHI-2015-JalalMM
Color Portraits: From Color Picking to Interacting with Color (GJ, NM, WEM), pp. 4207–4216.
CASECASE-2014-KuoSLW #3d #detection #estimation #image
3D object detection and pose estimation from depth image for robotic bin picking (HYK, HRS, SHL, CCW), pp. 1264–1269.
CASECASE-2013-PrettoTM #3d #flexibility #industrial #locality
Flexible 3D localization of planar objects for industrial bin-picking with monocamera vision system (AP, ST, EM), pp. 168–175.
DATEDATE-2013-RaghunathanTGM #multi #named #process
Cherry-picking: exploiting process variations in dark-silicon homogeneous chip multi-processors (BR, YT, SG, DM), pp. 39–44.
CSEETCSEET-2013-BosnicCOZ #student
Picking the right project: Assigning student teams in a GSD course (IB, IC, MO, MZ), pp. 149–158.
WCREWCRE-2013-HallerSB #c #c++ #data type #detection #named
MemPick: High-level data structure detection in C/C++ binaries (IH, AS, HB), pp. 32–41.
WCREWCRE-2013-HallerSB13a #data type #detection #named
MemPick: A tool for data structure detection (IH, AS, HB), pp. 479–480.
CASECASE-2012-LeeKLYBM #3d #automation #visual notation
3D visual perception system for bin picking in automotive sub-assembly automation (SL, JK, ML, KY, LGB, RM), pp. 706–713.
CHICHI-2011-DavidoffZZD #coordination #learning #product line
Learning patterns of pick-ups and drop-offs to support busy family coordination (SD, BDZ, JZ, AKD), pp. 1175–1184.
CHICHI-2011-WahidMDEH #exclamation
Don’t drop it!: pick it up and storyboard (SW, DSM, JD, NE, SH), pp. 1571–1580.
ICEISICEIS-v4-2011-WangL11a #modelling #optimisation #parametricity #simulation
Simulation Modeling and Parameter Optimization in Cyclic Picking System (AW, XL), pp. 690–694.
POPLPOPL-2011-SmaragdakisBL #comprehension
Pick your contexts well: understanding object-sensitivity (YS, MB, OL), pp. 17–30.
CASECASE-2010-ChenCSRSY
Active control of adhesion force for pick-and-place of micro objects with compound vibration in micromanipulation (LC, TC, LS, WR, BS, QY), pp. 716–721.
CHICHI-2010-WeaverBSIL #analysis #artificial reality #empirical #order #using
An empirical task analysis of warehouse order picking using head-mounted displays (KW, HB, TS, HI, ML), pp. 1695–1704.
HCIHCI-NT-2009-WatanabeSMY #design #interface
Time-Oriented Interface Design: Picking the Right Time and Method for Information Presentation (KW, KS, SM, MY), pp. 752–759.
CHICHI-2008-ShamiEM #exclamation
Pick me!: link selection in expertise search results (NSS, KE, DRM), pp. 1089–1092.
CASECASE-2007-Boehnke #locality
Object localization in range data for robotic bin picking (KB), pp. 572–577.
ICPRICPR-v2-2006-KirkegaardM #graph
Bin-Picking based on Harmonic Shape Contexts and Graph-Based Matching (JK, TBM), pp. 581–584.
CSMRCSMR-2003-DraheimFW #design #named
JSPick — A Server Pages Design Recovery Tool (DD, EF, GW), p. 230–?.
DATEDATE-2002-CoelhoSP #algorithm #approximate #using
Passive Constrained Rational Approximation Algorithm Using Nevanlinna-Pick Interpolation (CPC, LMS, JRP), pp. 923–930.
SACSAC-2001-BadgerK #taxonomy
Picking fruit from the tree of life: comments on taxonomic sampling and quartet methods (JHB, PEK), pp. 61–67.
ICPRICPR-v4-2000-SanchezM00a #behaviour #programming #using #visual notation
Robot-Arm Pick and Place Behavior Programming System Using Visual Perception (AJS, JMM), pp. 4507–4510.
ICPRICPR-1998-ZaoZLH #approach #image
A new approach for intelligent object picking in line drawing images (JZ, HZ, JL, JH), pp. 1084–1088.
STOCSTOC-1996-AwerbuchAFL #how #nondeterminism
Making Commitments in the Face of Uncertainty: How to Pick a Winner Almost Every Time (Extended Abstract) (BA, YA, AF, FTL), pp. 519–530.

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.