16 papers:
POPL-2015-DoddsHK #scalability #stack- A Scalable, Correct Time-Stamped Stack (MD, AH, CMK), pp. 233–246.
ASE-2013-Ganai #incremental #performance #predict #reasoning- Efficient data race prediction with incremental reasoning on time-stamped lock history (MKG), pp. 37–47.
ICDAR-2013-AhmedSLD #segmentation #using- A Generic Method for Stamp Segmentation Using Part-Based Features (SA, FS, ML, AD), pp. 708–712.
ECIR-2013-JameelL #documentation #n-gram #topic- An N-Gram Topic Model for Time-Stamped Documents (SJ, WL), pp. 292–304.
KDD-2012-MatsubaraSFIY #mining #performance- Fast mining and forecasting of complex time-stamped events (YM, YS, CF, TI, MY), pp. 271–279.
MLDM-2012-ForczmanskiF #classification #distance #representation- Classification of Elementary Stamp Shapes by Means of Reduced Point Distance Histogram Representation (PF, DF), pp. 603–616.
- ICDAR-2011-MicenkovaB #detection #documentation #image
- Stamp Detection in Color Document Images (BM, JvB), pp. 1125–1129.
- ICDAR-2011-ShahabSD #approach #recognition
- Bayesian Approach to Photo Time-Stamp Recognition (AS, FS, AD), pp. 1039–1043.
CASE-2010-AnandFLM #distributed #implementation #network #using- A practical implementation of distributed system control over an asynchronous Ethernet network using time stamped data (DMA, JGF, YSLB, JRM), pp. 515–520.
CIKM-2008-TongSEF #mining #performance- Fast mining of complex time-stamped events (HT, YS, TER, CF), pp. 759–768.
DRR-2006-ZhuJD #detection #documentation #framework #robust- A robust stamp detection framework on degraded documents (GZ, SJ, DSD).
- CASE-2005-NgYHD #energy #process
- Diagnosis of sheet metal stamping processes based on thermal energy distribution (YMHN, MY, YH, RD), pp. 191–196.
- CIKM-2004-ChundiR #documentation #on the
- On lossy time decompositions of time stamped documents (PC, DJR), pp. 437–445.
- ICDAR-2003-ChenZ #detection #recognition
- Photo time-stamp detection and recognition (XRC, HZ), pp. 319–322.
- ICDAR-1993-HoriuchiTYY93a #image #recognition #using
- Stamped character recognition method using range image (TH, KT, HY, KY), pp. 782–785.
STOC-1989-DolevS #bound #concurrent- Bounded Concurrent Time-Stamp Systems Are Constructible (DD, NS), pp. 454–466.
