Program
The papers of the conferences are now freely accessible:
This program includes the paper sessions, keynote speeches and poster sessions for the SPM, SMI and FASE conferences. The times on the right side of the table are displayed in the time zone of Strasbourg (GMT+2):
Program for Day 1
Strasbourg (GMT+2) |
Beijing (GMT+8) |
LA (GMT-7) |
NY (GMT-4) |
Day 1 (2nd/3rd June) SMI |
Day 1 (2nd/3rd June) SPM |
8:15 AM |
2:15 PM |
11:15 PM |
2:15 AM |
8:15 AM-9:30 AM Opening, KN1 (SMI): M. Bostch (F. Cordier) |
8:30 AM |
2:30 PM |
11:30 PM |
2:30 AM |
8:45 AM |
2:45 PM |
11:45 PM |
2:45 AM |
9:00 AM |
3:00 PM |
12:00 AM |
3:00 AM |
9:15 AM |
3:15 PM |
12:15 AM |
3:15 AM |
9:30 AM |
3:30 PM |
12:30 AM |
3:30 AM |
|
|
9:45 AM |
3:45 PM |
12:45 AM |
3:45 AM |
|
|
10:00 AM |
4:00 PM |
1:00 AM |
4:00 AM |
10:00 AM-11:15 AM Machine learning (3 papers SMI) (H. Huang) |
10:00 AM-11:15 AM Geometry processing I (3 papers SPM) (S. Sajavičius)
|
10:15 AM |
4:15 PM |
1:15 AM |
4:15 AM |
10:30 AM |
4:30 PM |
1:30 AM |
4:30 AM |
10:45 AM |
4:45 PM |
1:45 AM |
4:45 AM |
11:00 AM |
5:00 PM |
2:00 AM |
5:00 AM |
11:15 AM |
5:15 PM |
2:15 AM |
5:15 AM |
|
|
11:30 AM |
5:30 PM |
2:30 AM |
5:30 AM |
11:30 AM-12:20 PM Fabrication I (2 papers SMI) (L. Lu) |
11:30 AM-2:15 PM SOFA Workshop (H. Talbot)
|
11:45 AM |
5:45 PM |
2:45 AM |
5:45 AM |
12:00 PM |
6:00 PM |
3:00 AM |
6:00 AM |
12:15 PM |
6:15 PM |
3:15 AM |
6:15 AM |
12:30 PM |
6:30 PM |
3:30 AM |
6:30 AM |
|
12:45 PM |
6:45 PM |
3:45 AM |
6:45 AM |
|
1:00 PM |
7:00 PM |
4:00 AM |
7:00 AM |
|
1:15 PM |
7:15 PM |
4:15 AM |
7:15 AM |
|
1:30 PM |
7:30 PM |
4:30 AM |
7:30 AM |
|
1:45 PM |
7:45 PM |
4:45 AM |
7:45 AM |
|
2:00 PM |
8:00 PM |
5:00 AM |
8:00 AM |
|
2:15 PM |
8:15 PM |
5:15 AM |
8:15 AM |
|
|
|
|
|
|
|
|
3:30 PM |
9:30 PM |
6:30 AM |
9:30 AM |
3:30 PM-4:45 PM Fabrication II (3 papers SMI) (J.-C. Leon)
|
3:30 PM-4:45 PM Shape Modeling (3 papers SPM) (M. Behandish)
|
3:45 PM |
9:45 PM |
6:45 AM |
9:45 AM |
4:00 PM |
10:00 PM |
7:00 AM |
10:00 AM |
4:15 PM |
10:15 PM |
7:15 AM |
10:15 AM |
4:30 PM |
10:30 PM |
7:30 AM |
10:30 AM |
4:45 PM |
10:45 PM |
7:45 AM |
10:45 AM |
|
|
5:00 PM |
11:00 PM |
8:00 AM |
11:00 AM |
5:00 PM-6:00 PM KN2 (SPM): X. Qian (H. Seo) |
5:15 PM |
11:15 PM |
8:15 AM |
11:15 AM |
5:30 PM |
11:30 PM |
8:30 AM |
11:30 AM |
5:45 PM |
11:45 PM |
8:45 AM |
11:45 AM |
6:00 PM |
12:00 AM |
9:00 AM |
12:00 PM |
6:15 PM |
12:15 AM |
9:15 AM |
12:15 PM |
6:00 PM-7:40 PM FASE papers (4 papers) (O. Fryazinov) |
|
6:30 PM |
12:30 AM |
9:30 AM |
12:30 PM |
|
6:45 PM |
12:45 AM |
9:45 AM |
12:45 PM |
|
7:00 PM |
1:00 AM |
10:00 AM |
1:00 PM |
|
7:15 PM |
1:15 AM |
10:15 AM |
1:15 PM |
|
7:30 PM |
1:30 AM |
10:30 AM |
1:30 PM |
|
7:45 PM |
1:45 AM |
10:45 AM |
1:45 PM |
|
|
|
|
|
|
|
2:00 AM |
8:00 AM |
5:00 PM |
8:00 PM |
|
2:00 AM-3:40 AM Filtering & Denoising (4 papers SPM) (X. Li) |
2:15 AM |
8:15 AM |
5:15 PM |
8:15 PM |
|
2:30 AM |
8:30 AM |
5:30 PM |
8:30 PM |
|
2:45 AM |
8:45 AM |
5:45 PM |
8:45 PM |
|
3:00 AM |
9:00 AM |
6:00 PM |
9:00 PM |
|
3:15 AM |
9:15 AM |
6:15 PM |
9:15 PM |
|
3:30 AM |
9:30 AM |
6:30 PM |
9:30 PM |
|
3:45 AM |
9:45 AM |
6:45 PM |
9:45 PM |
|
|
Program for Day 2
Strasbourg (GMT+2) |
Beijing (GMT+8) |
LA (GMT-7) |
NY (GMT-4) |
Day 2 (3rd/4th June) SMI |
Day 2 (3rd/4th June) SPM |
8:00 AM |
2:00 PM |
11:00 PM |
2:00 AM |
|
|
8:15 AM |
2:15 PM |
11:15 PM |
2:15 AM |
|
|
8:30 AM |
2:30 PM |
11:30 PM |
2:30 AM |
8:30 AM-9:45 AM Curves, Surfaces and Meshes (3 papers SMI) (M. Botsch) |
8:30 AM-10:10 AM Parametric Surface (4 papers SPM) (M. Kim) |
8:45 AM |
2:45 PM |
11:45 PM |
2:45 AM |
9:00 AM |
3:00 PM |
12:00 AM |
3:00 AM |
9:15 AM |
3:15 PM |
12:15 AM |
3:15 AM |
9:30 AM |
3:30 PM |
12:30 AM |
3:30 AM |
9:45 AM |
3:45 PM |
12:45 AM |
3:45 AM |
|
10:00 AM |
4:00 PM |
1:00 AM |
4:00 AM |
10:00 AM-11:15 AM Medical (3 papers SMI) (R. Veltkamp) |
10:15 AM |
4:15 PM |
1:15 AM |
4:15 AM |
|
10:30 AM |
4:30 PM |
1:30 AM |
4:30 AM |
10:30 AM-11:45 AM CGAL Workshop (A. Fabri) |
10:45 AM |
4:45 PM |
1:45 AM |
4:45 AM |
11:00 AM |
5:00 PM |
2:00 AM |
5:00 AM |
11:15 AM |
5:15 PM |
2:15 AM |
5:15 AM |
|
11:30 AM |
5:30 PM |
2:30 AM |
5:30 AM |
11:30 AM-12:20 PM Subdivision I (2 papers SMI) (L. Lu) |
11:45 AM |
5:45 PM |
2:45 AM |
5:45 AM |
|
12:00 PM |
6:00 PM |
3:00 AM |
6:00 AM |
12:00 PM-12:50 PM Geometry Processing II (2 papers SPM) (M. Barton) |
12:15 PM |
6:15 PM |
3:15 AM |
6:15 AM |
12:30 PM |
6:30 PM |
3:30 AM |
6:30 AM |
|
12:45 PM |
6:45 PM |
3:45 AM |
6:45 AM |
|
1:00 PM |
7:00 PM |
4:00 AM |
7:00 AM |
|
|
1:15 PM |
7:15 PM |
4:15 AM |
7:15 AM |
|
|
1:30 PM |
7:30 PM |
4:30 AM |
7:30 AM |
|
|
1:45 PM |
7:45 PM |
4:45 AM |
7:45 AM |
|
|
2:00 PM |
8:00 PM |
5:00 AM |
8:00 AM |
|
2:00 PM-5:00 PM SOFA Workshop (H. Talbot)
|
2:15 PM |
8:15 PM |
5:15 AM |
8:15 AM |
|
2:30 PM |
8:30 PM |
5:30 AM |
8:30 AM |
|
2:45 PM |
8:45 PM |
5:45 AM |
8:45 AM |
|
3:00 PM |
9:00 PM |
6:00 AM |
9:00 AM |
|
3:15 PM |
9:15 PM |
6:15 AM |
9:15 AM |
|
3:30 PM |
9:30 PM |
6:30 AM |
9:30 AM |
3:30 PM-4:45 PM Subdivision II (3 papers SMI) (P. Alliez) |
3:45 PM |
9:45 PM |
6:45 AM |
9:45 AM |
4:00 PM |
10:00 PM |
7:00 AM |
10:00 AM |
4:15 PM |
10:15 PM |
7:15 AM |
10:15 AM |
4:30 PM |
10:30 PM |
7:30 AM |
10:30 AM |
4:45 PM |
10:45 PM |
7:45 AM |
10:45 AM |
|
5:00 PM |
11:00 PM |
8:00 AM |
11:00 AM |
5:00 PM-6:00 PM KN3 (SMI): M. Ovsjanikov (M. Attene) |
5:15 PM |
11:15 PM |
8:15 AM |
11:15 AM |
5:30 PM |
11:30 PM |
8:30 AM |
11:30 AM |
5:45 PM |
11:45 PM |
8:45 AM |
11:45 AM |
6:00 PM |
12:00 AM |
9:00 AM |
12:00 PM |
6:15 PM |
12:15 AM |
9:15 AM |
12:15 PM |
6:00 PM-7:00 PM FASE posters (4 posters) (S. Sueda) |
6:00 PM-7:30 PM SMA business + Bezier lecture (J. Zhang) |
6:30 PM |
12:30 AM |
9:30 AM |
12:30 PM |
6:45 PM |
12:45 AM |
9:45 AM |
12:45 PM |
7:00 PM |
1:00 AM |
10:00 AM |
1:00 PM |
7:15 PM |
1:15 AM |
10:15 AM |
1:15 PM |
7:30 PM |
1:30 AM |
10:30 AM |
1:30 PM |
|
|
|
|
|
|
|
|
2:00 AM |
8:00 AM |
5:00 PM |
8:00 PM |
|
2:00 AM-3:15 AM Digital Fabrication I (3 papers SPM) (W. Ma) |
2:15 AM |
8:15 AM |
5:15 PM |
8:15 PM |
|
2:30 AM |
8:30 AM |
5:30 PM |
8:30 PM |
|
2:45 AM |
8:45 AM |
5:45 PM |
8:45 PM |
|
3:00 AM |
9:00 AM |
6:00 PM |
9:00 PM |
|
3:15 AM |
9:15 AM |
6:15 PM |
9:15 PM |
|
|
Program for Day 3
Strasbourg (GMT+2) |
Beijing (GMT+8) |
LA (GMT-7) |
NY (GMT-4) |
Day 3 (4th June) SMI |
Day 3 (4th June) SPM |
8:30 AM |
2:30 PM |
11:30 PM |
2:30 AM |
8:30 AM-9:30 AM KN4 (SPM): S. Lefebvre (C. Wang) |
8:45 AM |
2:45 PM |
11:45 PM |
2:45 AM |
9:00 AM |
3:00 PM |
12:00 AM |
3:00 AM |
9:15 AM |
3:15 PM |
12:15 AM |
3:15 AM |
9:30 AM |
3:30 PM |
12:30 AM |
3:30 AM |
9:30 AM-10:00 AM Poster I (A. Krishnamurthy) |
9:45 AM |
3:45 PM |
12:45 AM |
3:45 AM |
10:00 AM |
4:00 PM |
1:00 AM |
4:00 AM |
10:00 AM-11:15 AM Shape descriptors and modelling I (3 papers SMI) (N. Pietroni) |
|
10:15 AM |
4:15 PM |
1:15 AM |
4:15 AM |
|
10:30 AM |
4:30 PM |
1:30 AM |
4:30 AM |
|
10:45 AM |
4:45 PM |
1:45 AM |
4:45 AM |
|
11:00 AM |
5:00 PM |
2:00 AM |
5:00 AM |
|
11:15 AM |
5:15 PM |
2:15 AM |
5:15 AM |
|
|
11:30 AM |
5:30 PM |
2:30 AM |
5:30 AM |
11:30 AM-12:45 PM Shape descriptors and modelling II (3 papers SMI) (M. Ovsjanikov) |
|
11:45 AM |
5:45 PM |
2:45 AM |
5:45 AM |
|
12:00 PM |
6:00 PM |
3:00 AM |
6:00 AM |
|
12:15 PM |
6:15 PM |
3:15 AM |
6:15 AM |
|
12:30 PM |
6:30 PM |
3:30 AM |
6:30 AM |
|
12:45 PM |
6:45 PM |
3:45 AM |
6:45 AM |
|
|
|
|
|
|
|
|
3:30 PM |
9:30 PM |
6:30 AM |
9:30 AM |
3:30 PM-4:00 PM Poster II (A. Krishnamurthy) |
3:45 PM |
9:45 PM |
6:45 AM |
9:45 AM |
4:00 PM |
10:00 PM |
7:00 AM |
10:00 AM |
|
|
4:15 PM |
10:15 PM |
7:15 AM |
10:15 AM |
|
4:15 PM-5:30 PM Digital Fabrication II (3 papers SPM) (J. Peters) |
4:30 PM |
10:30 PM |
7:30 AM |
10:30 AM |
|
4:45 PM |
10:45 PM |
7:45 AM |
10:45 AM |
|
5:00 PM |
11:00 PM |
8:00 AM |
11:00 AM |
|
5:15 PM |
11:15 PM |
8:15 AM |
11:15 AM |
|
5:30 PM |
11:30 PM |
8:30 AM |
11:30 AM |
5:30 PM-6:00 PM SMI Closing & Award (L. Barthe)
|
5:30 PM-6:00 PM SPM Closing & Award (S. Nelaturi) |
5:45 PM |
11:45 PM |
8:45 AM |
11:45 AM |
6:00 PM |
12:00 AM |
9:00 AM |
12:00 PM |
|
|
SMI and FASE Papers
Curves, Surfaces and Meshes (3 papers)
|
A unified approach towards computing Voronoi diagram, medial axis, Delaunay graph and α-hull of planar closed curves using touching discs
|
Bharath Ram Sundar, Manojkumar Mukundan, Ramanathan Muthuganapathy
|
HT-based identification of 3D feature curves and their insertion into 3D meshes
|
Chiara Romanengo, Silvia Biasotti, bianca falcidieno
|
Critical sets of PL and discrete Morse theory: a correspondence
|
Ulderico Fugacci, Claudia Landi, Hanife Varli
|
|
|
Fabrication I (2 papers)
|
Computational Design of Generalized Centrifugal Puzzles
|
Naoki Kita, Takafumi Saito
|
Ceramic 3D printed sweeping surfaces
|
Fanchao Zhong, Wenqiang Liu, Yu Zhou, Xin Yan, Yi Wan, Lin Lu
|
|
|
Fabrication II (2+1 papers)
|
Encoding and Topological Computation on Textile Structures
|
Matt Bright, Vitaliy Kurlin
|
Interactive design of castable shapes using two-piece rigid molds
|
Stein Oded
|
Generalized Abeille Tiles: Topologically Interlocked Space-Filling Shapes Generated Based on Fabric Symmetries
|
Ergun Akleman, Vinayak Krishnamurthy, Chia-an Fu, Sai Ganesh Subramanian, Matthew Ebert, Matthew Eng, Courtney Starrett
|
|
|
Machine learning (3 papers)
|
Attention-based relation and context modeling for point cloud semantic segmentation
|
Zhiyu Hu, Dongbo Zhang, Shuai Li, Hong QIN
|
Vectorization of Persistence Barcode with Applications in Pattern Classification of Porous Structures
|
Zhetong Dong
|
Cross-Domain Retrieving Sketch and Shape using Cycle CNNs
|
Mingjia Chen
|
|
|
Medical (3 papers)
|
ANU-Net: Attention-based Nested U-Net to exploit full resolution features for liver CT image segmentation
|
Chen Li
|
Binary surface smoothing for abnormal lung segmentation
|
Lingchao Guo, Changjian Wang, Fangzhao Li, Hongjun He, Fen Li
|
cellPACKexplorer: Interactive Model Building for Volumetric Data of Complex Cells
|
Magdalena Schwarzl, Ludovic Autin, Graham Johnson, Thomas Torsney-Weir, Torsten Möller
|
|
|
Subdivision I (2 papers)
|
Curve guided T-spline skinning for surface and solid generation
|
Hongwei Lin, Chuanfeng Hu
|
Proxy-driven free-form deformation by topology-adjustable control lattice
|
Yuzhe Zhang, Jianmin Zheng, Yiyu Cai
|
|
|
Subdivision II (3 papers)
|
Multi-sided implicit surfacing with I-patches
|
Ágoston Sipos, Tamas Varady, Peter Salvi, Márton Vaitkus
|
Data-driven quasi-interpolant spline surfaces for point cloud approximation
|
Andrea Raffo, Silvia Biasotti
|
On Hamiltonian cycles in the FCC grid
|
Lidija Comic, Paola Magillo
|
|
|
Shape descriptors and modelling I (3 papers)
|
Conjugate shape simplification via precise algebraic planar sweeps toward gear design
|
Jinesh Machchhar, Gershon Elber, Henry Segerman
|
Automatically Modeling Piecewise Planar Furniture Shapes from Unorganized Point Cloud
|
Junhao Zhao, Chen Zong, Luming Cao, Shuangmin Chen, Guozhu Liu, Jian Xu, Shiqing Xin
|
Co-skeletons: Consistent Curve Skeletons for Shape Families
|
Zizhao Wu, Xingyu Chen, Lingyun Yu, Alexandru Telea, Jiri Kosinka
|
|
|
Shape descriptors and modelling II (1+2 papers)
|
BOLD3D: A 3D BOLD Descriptor for 6DoF Pose Estimation
|
Jun Zhou, Yuanpeng Liu, Jinshan Liu, Qian Xie, Yuqi Zhang, Jun Wang
|
Skeleton Based Cage Generation Guided by Harmonic Fields
|
Sara Casti, Marco Livesu, Nicolas Mellado, Nadine Abu Rumman, Riccardo Scateni, Loïc Barthe, Enrico Puppo
|
Discrete Shell Deformation Driven by Adaptive Sparse Localized Components
|
Yuxin Liu, Guiqing Li, Yupan Wang, Yongwei Nie, Aihua Mao
|
|
|
FASE papers (4 papers)
|
A Feast for The Eyes: Visualising Flavour-to-Vision Synesthesia
|
Meijia Wu and Oliver Gingrich
|
Interlocking Vaults by Voronoi Decomposition of 3D Space
|
Neeraj Yadav
|
Portal: Design and Fabrication of Incidence-Driven Screens
|
Seyed Vahab Hosseini, Usman R. Alim, Ali Mahdavi Amiri, Lora Oehlberg and Joshua M. Taron
|
Symmetrical Vortex Knots
|
Carlo H. Séquin
|
|
|
FASE poster (4 posters)
|
A new grid-based midsurface generation algorithm
|
Christoph Schinko and Torsten Ullrich
|
Analogue Randomiser researches graphic chaos
|
Jack Tait
|
Toward Fabricating Surfaces as Patchworks of Pantographic Lattices
|
James Mallos
|
3D Modeling Stylized Characters
|
Ben Heymann and Felice House
|
SPM Papers
Geometry Processing I (3 papers)
|
Metric First Reconstruction for Interactive Curvature-aware Modeling
|
Qing Fang, Zheng-Yu Zhao, Zhong-Yuan Liu, Ligang Liu and Xiao-Ming Fu
|
Surface–Surface-Intersection Computation Using a Bounding Volume Hierarchy with Osculating Toroidal Patches in the Leaf Nodes
|
Youngjin Park, Sang-Hyun Son, Myung-Soo Kim and Gershon Elber
|
Wavelet-based progressive fast recompression for large deformed mesh
|
Yeonghun Kimand Sunghee Choi
|
|
|
Shape Modeling (3 papers)
|
Indirect predicates for geometric constructions
|
Marco Attene
|
A sharp degree bound on G2-refinable multi-sided surfaces
|
Kestutis Karciauskas and Jorg Peters
|
Maximal Disjoint Ball Decompositions for Shape Modeling and Analysis
|
Jiangce Chen and Horea Ilies
|
|
|
Filtering & Denoising (4 papers)
|
Deep feature-preserving normal estimation for point cloud filtering
|
Dening Lu, Xuequan Lu, Jun Wang and Yangxing Sun
|
NormalF-Net: Normal Filtering Neural Network for Feature-preserving Mesh Denoising
|
Zhiqi Li, Yingkui Zhang, Yidan Feng, Xingyu Xie, Jun Wang, Qiong Wang, Mingqiang Wei and Pheng-Ann Heng
|
A Feature-preserving Framework for Point Cloud Denoising
|
Zheng Liu, Xiaowen Xiao, Weina Wang, Saishang Zhong, Yanlei Li and Zhong Xie
|
Mesh Denoising via a Novel Mumford–Shah Framework
|
Zheng Liu, Weina Wang, Saishang Zhong, Jinqin Liu, Bohong Zeng and Zhong Xie
|
|
|
Parametric Surface (4 papers)
|
Efficient Piecewise Higher-Order Parametrization of Discrete Surfaces with Local and Global Injectivity
|
Manish Mandadand Marcel Campen
|
Reparameterization of ruled surfaces: toward generating smooth jerk-minimized toolpaths for multi-axis flank CNC milling
|
Ali Hashemian, Pengbo Bo and Michael Bartoň
|
A Multisided $C^2$ B-spline Patch Over Extraordinary Vertices in Quadrilateral Meshes
|
Gerben Jan Hettingaand Jiri Kosinka
|
A global $G^2$ spline space with improved geometry consistency near extraordinary vertices
|
Yue Ma and Weiyin Ma
|
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|
Geometry Processing II (2 papers)
|
Dirichlet Energy of Delaunay Meshes and Intrinsic Delaunay Triangulations
|
Zipeng Ye, Ran Yi, Wenyong Gong, Ying He and Yong-Jin Liu
|
Computing Smooth Quasi-geodesic Distance Field (QGDF) with Quadratic Programming
|
Luming Cao, Junhao Zhao, Jian Xu, Shuangmin Chen, Guozhu Liu, Shiqing Xin, Yuanfeng Zhou and Ying He
|
|
|
Digital Fabrication I (3 papers)
|
Fabricable Dihedral Escher Tessellations
|
Xiaokang Liu, Lin Lu, Andrei Sharf, Xin Yan, Dani Lischinski, and Changhe Tu
|
Sliding Basis Optimization for Heterogeneous Material Design
|
Nurcan Gecer Ulu, Svyatoslav Korneev,Erva Uluand Saigopal Nelaturi
|
Cellular Structure Design based on Free Material Optimization under Connectivity Control
|
Jingqiao Hu, Ming Li, Xingtong Yang and Shuming Gao
|
|
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Digital Fabrication II (3 papers)
|
Fabricated Shape Estimation for Additive Manufacturing Processes with Uncertainty
|
Svyatoslav Korneev, Ziyan Wang, Vaidyanathan Thiagarajan and Saigopal Nelaturi
|
Continuous Toolpath Planning in a Graphical Framework for Sparse Infill Additive Manufacturing
|
Prashant Gupta, Bala Krishnamoorthy and Gregory Dreifus
|
As-Stiff-As-Needed Surface DeformationCombining ARAP Energy with an Anisotropic Material
|
Youna Le Vaou, Jean-Claude Léon, Stefanie Hahmann, Stéphane Masfr, and Matthieu Mika
|
SPM and SMI Posters
Poster I
|
Alternating Optimization of Design and Stress for Stress-Constrained Topology Optimization
|
Xiaoya Zhai, Falai Chen, Jun Wu
|
Fabrication Sequence Optimization for Minimizing Distortion in Multi-Axis Additive Manufacturing
|
Weiming Wang, Jun Wu, Fred van Keulen
|
Large-scale Evaluation of Neighborhood Weights and Sizes
|
Martin Skrodzki, Eric Zimmermann
|
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Poster II
|
High-order, Mesh-free Numerical Quadrature for Trimmed Curved Parametric Domains
|
David Gunderman, Kenneth Weiss, John A. Evans
|
Constructing the Arrangement of Algebraic Surfaces in a Bounding Box
|
Joseph Masterjohn, Victor Milenkovic, Elisha Sacks
|
PageRank and the K-Means Clustering Algorithm
|
Mustafa Hajij, Eyad Said, Robert Todd
|
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