wm

Wang–Müller line generalization algorithm in PostGIS
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      1 @article{wang1998line,
      2   title={Line generalization based on analysis of shape characteristics},
      3   author={Wang, Zeshen and M{\"u}ller, Jean-Claude},
      4   journal={Cartography and Geographic Information Systems},
      5   volume={25},
      6   number={1},
      7   pages={3--15},
      8   year={1998},
      9   publisher={Taylor \& Francis}
     10 }
     11 
     12 @article{Kolanowski_2018,
     13     title={Cartographic Line Generalization Based on Radius of Curvature Analysis},
     14     volume={7},
     15     ISSN={2220-9964},
     16     url={http://dx.doi.org/10.3390/ijgi7120477},
     17     DOI={10.3390/ijgi7120477},
     18     number={12},
     19     journal={ISPRS International Journal of Geo-Information},
     20     publisher={MDPI AG},
     21     author={Kolanowski, Bogdan and Augustyniak, Jacek and Latos, Dorota},
     22     year={2018},
     23     month={12},
     24     pages={477}
     25 }
     26 
     27 @article{visvalingam1993line,
     28   title={Line generalisation by repeated elimination of points},
     29   author={Visvalingam, Maheswari and Whyatt, James D},
     30   journal={The cartographic journal},
     31   volume={30},
     32   number={1},
     33   pages={46--51},
     34   year={1993},
     35   publisher={Taylor \& Francis}
     36 }
     37 
     38 @article{muller1991generalization,
     39   title={Generalization of spatial databases},
     40   author={Muller, Jean-Claude},
     41   journal={Geographical information systems},
     42   volume={1},
     43   pages={457--475},
     44   year={1991},
     45   publisher={John Wiley and Sons}
     46 }
     47 
     48 @article{miuller1995generalization,
     49     title={Generalization-state of the art and issues},
     50     author={Miuller, JC and Weibel, R and Lagrange, J and {\"E}alge, F},
     51     journal={GIS and Generalisation: Methodology and Practice},
     52     pages={3--17},
     53     year={1995}
     54 }
     55 
     56 @inproceedings{mcmaster1992generalization,
     57   title={Generalization in digital cartography},
     58   author={McMaster, Robert Brainerd and Shea, K Stuart},
     59   year={1992},
     60   organization={Association of American Geographers Washington, DC}
     61 }
     62 
     63 @article{douglas1973algorithms,
     64   title={Algorithms for the reduction of the number of points required to represent a digitized line or its caricature},
     65   author={Douglas, David H and Peucker, Thomas K},
     66   journal={Cartographica: the international journal for geographic information and geovisualization},
     67   volume={10},
     68   number={2},
     69   pages={112--122},
     70   year={1973},
     71   publisher={University of Toronto Press}
     72 }
     73 
     74 % Algorithms for generalization, not reaching satisfactory results
     75 @inproceedings{monmonier1986toward,
     76   title={Toward a practicable model of cartographic generalisation.},
     77   author={Monmonier, Mark},
     78   booktitle={Auto Carto London. Proc. conference, 1986. Vol. 2},
     79   pages={257--266},
     80   year={1986},
     81   organization={distributed Royal Institution of Chartered Surveyors}
     82 }
     83 @inproceedings{mcmaster1993spatial,
     84   title={A spatial-object level organization of transformations for cartographic generalization},
     85   author={McMaster, RB and Barnett, Leone},
     86   booktitle={AUTOCARTO-CONFERENCE-},
     87   pages={386--386},
     88   year={1993},
     89   organization={Citeseer}
     90 }
     91 @inproceedings{jiang2003line,
     92   title={Line simplification using self-organizing maps},
     93   author={Jiang, Bin and Nakos, Byron},
     94   booktitle={Proceedings of the ISPRS Workshop on Spatial Analysis and Decision Making, Hong Kong, China},
     95   pages={3--5},
     96   year={2003}
     97 }
     98 @article{dyken2009simultaneous,
     99   title={Simultaneous curve simplification},
    100   author={Dyken, Christopher and D{\ae}hlen, Morten and Sevaldrud, Thomas},
    101   journal={Journal of geographical systems},
    102   volume={11},
    103   number={3},
    104   pages={273--289},
    105   year={2009},
    106   publisher={Springer}
    107 }
    108 @article{mustafa2006dynamic,
    109   title={Dynamic simplification and visualization of large maps},
    110   author={Mustafa, Nabil and Krishnan, Shankar and Varadhan, Gokul and Venkatasubramanian, Suresh},
    111   journal={International Journal of Geographical Information Science},
    112   volume={20},
    113   number={3},
    114   pages={273--302},
    115   year={2006},
    116   publisher={Taylor \& Francis}
    117 }
    118 @article{nollenburg2008morphing,
    119   title={Morphing polylines: A step towards continuous generalization},
    120   author={N{\"o}llenburg, Martin and Merrick, Damian and Wolff, Alexander and Benkert, Marc},
    121   journal={Computers, Environment and Urban Systems},
    122   volume={32},
    123   number={4},
    124   pages={248--260},
    125   year={2008},
    126   publisher={Elsevier}
    127 }
    128 @inproceedings{stanislawski2012automated,
    129   title={Automated metric assessment of line simplification in humid landscapes},
    130   author={Stanislawski, Lawrence V and Raposo, Paulo and Howard, Michael and Buttenfield, Barbara P},
    131   booktitle={Proceedings of the AutoCarto},
    132   year={2012}
    133 }
    134 
    135 % LIKELY UNNEEDED
    136 @book{buttenfield1991map,
    137   title={Map Generalization: Making rules for knowledge representation},
    138   author={Buttenfield, Barbara Pfeil and McMaster, Robert Brainerd},
    139   year={1991},
    140   publisher={Longman Scientific \& Technical London}
    141 }
    142 
    143 @article{chaikin1974algorithm,
    144   title={An algorithm for high-speed curve generation},
    145   author={Chaikin, George Merrill},
    146   journal={Computer graphics and image processing},
    147   volume={3},
    148   number={4},
    149   pages={346--349},
    150   year={1974},
    151   publisher={Elsevier}
    152 }
    153 
    154 @article{knuth1976big,
    155   title={Big omicron and big omega and big theta},
    156   author={Knuth, Donald E},
    157   journal={ACM Sigact News},
    158   volume={8},
    159   number={2},
    160   pages={18--24},
    161   year={1976},
    162   publisher={ACM New York, NY, USA}
    163 }
    164 
    165 @book{bachmann1894analytische,
    166   title={Die analytische zahlentheorie},
    167   author={Bachmann, Paul},
    168   volume={2},
    169   year={1894},
    170   publisher={Teubner}
    171 }
    172 
    173 @article{landau1911,
    174     title={Handbuch der Lehre von der Verteilung der Primzahlen},
    175     journal={Monatshefte f{\"u}r Mathematik und Physik},
    176     year={1911},
    177     month={12},
    178     day={01},
    179     volume={22},
    180     number={1},
    181     pages={A26-A26},
    182     issn={1436-5081},
    183     doi={10.1007/BF01742852},
    184 }
    185 
    186 @online{mappingunits,
    187   author={Aileen Buckley},
    188   title={Guidelines for minimum size for text and symbols on maps},
    189   date={2008-01-16},
    190   url={https://www.esri.com/arcgis-blog/products/product/mapping/guidelines-for-minimum-size-for-text-and-symbols-on-maps/},
    191   organization={Esri},
    192   urldate={2021-05-03},
    193 }
    194 
    195 @online{cartoucheMinimalDimensions,
    196   author={CartouCHe},
    197   title={Cartographic Design for Screen Maps},
    198   subtitle={Minimum Dimensions},
    199   date={2012-01-26},
    200   url={http://www.e-cartouche.ch/content_reg/cartouche/cartdesign/en/html/GenRules_learningObject3.html},
    201   urldate={2021-05-03},
    202 }
    203 
    204 @online{epsg3857,
    205   author={MapTiler Team},
    206   title={WGS 84/Pseudo-Mercator},
    207   url={https://epsg.io/3857},
    208   urldate={2021-05-03},
    209 }
    210 
    211 @online{postgis311,
    212   author={PostGIS Team},
    213   title={PostGIS 3.1.1},
    214   url={https://postgis.net/2021/01/28/postgis-3.1.1/},
    215   urldate={2021-05-12},
    216 }
    217 
    218 @online{postgisref,
    219   author={PostGIS Team},
    220   title={PostGIS Reference},
    221   url={https://postgis.net/docs/reference.html},
    222   urldate={2021-05-12},
    223 }
    224 
    225 @online{wmsql,
    226   author={Motiejus Jakštys},
    227   title={Wang--M{\"u}ller implementation in PostGIS},
    228   url={https://github.com/motiejus/wm},
    229   urldate={2021-05-19},
    230 }
    231 
    232 @online{openstreetmap,
    233   author={OpenStreetMap contributors},
    234   title={Project that creates and distributes free world's geographic data},
    235   url={https://www.openstreetmap.org},
    236   urldate={2021-05-15},
    237  }
    238 
    239 @online{nzt,
    240   author={Nacionalinė Žemės Tarnyba Prie Žemės Ūkio Ministerijos},
    241   title={Atviri Duomenys},
    242   url={http://nzt.lt/go.php/lit/Atviri-duomenys},
    243   urldate={2021-05-15},
    244  }
    245 
    246 @online{openmapwm,
    247   author={Tomas Straupis},
    248   title={Test harness for Wang--M{\"u}ller algorithm},
    249   url={https://dev.openmap.lt/webgl/wm.html},
    250   urldate={2021-05-15},
    251 }
    252 
    253 @article{devangleserrorbends,
    254   author={Gökgöz, Türkay and Sen, Alper and Memduhoğlu, Abdulkadir and Hacar, Müslüm},
    255   year={2015},
    256   month={10},
    257   pages={2185-2204},
    258   title={A New Algorithm for Cartographic Simplification of Streams and Lakes Using Deviation Angles and Error Bands},
    259   volume={4},
    260   journal={ISPRS International Journal of Geo-Information},
    261   doi={10.3390/ijgi4042185}
    262 }