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Articles

Simultaneous computation of total viewshed on large high resolution grids

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Pages 804-814 | Received 29 Nov 2011, Accepted 11 Mar 2012, Published online: 07 Jun 2012

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Zengjie Wang, Xiaoyu Niu, Zhenxia Liu, Wen Luo, Zhaoyuan Yu, Jiyi Zhang & Linwang Yuan. (2023) A line-of-sight zoning method for intervisibility computation by considering terrain relief. International Journal of Geographical Information Science 37:11, pages 2416-2436.
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Katherine A. Mistick, Michael J. Campbell, Matthew P. Thompson & Philip E. Dennison. (2023) Using airborne lidar and machine learning to predict visibility across diverse vegetation and terrain conditions. International Journal of Geographical Information Science 37:8, pages 1728-1764.
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Afshin Salehi, Amirhossein Halabian, Farkhondeh Ahmadi Beni, Mohammadmahdi Salehi & Bijan Dadras. (2022) A fast serial computation approach for computing viewshed of a region by detecting key spots on the terrain. Geocarto International 37:27, pages 17625-17641.
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Krystian Pyka, Radosław Piskorski & Aleksandra Jasińska. (2022) LiDAR-based method for analysing landmark visibility to pedestrians in cities: case study in Kraków, Poland. International Journal of Geographical Information Science 36:3, pages 476-495.
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A. J. Sanchez-Fernandez, L. F. Romero, G. Bandera & S. Tabik. (2021) A data relocation approach for terrain surface analysis on multi-GPU systems: a case study on the total viewshed problem. International Journal of Geographical Information Science 35:8, pages 1500-1520.
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Loukas-Moysis Misthos, Byron Nakos, Vassilios Krassanakis & Maria Menegaki. (2019) The effect of topography and elevation on viewsheds in mountain landscapes using geovisualization. International Journal of Cartography 5:1, pages 44-66.
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TianXing Yu, LiYang Xiong, Min Cao, ZhiHui Wang, YiChi Zhang & Guo’An Tang. (2016) A new algorithm based on Region Partitioning for Filtering candidate viewpoints of a multiple viewshed. International Journal of Geographical Information Science 30:11, pages 2171-2187.
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Maria Castro & César De Santos-Berbel. (2015) Spatial analysis of geometric design consistency and road sight distance. International Journal of Geographical Information Science 29:12, pages 2061-2074.
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Andrej Osterman, Lucas Benedičič & Patrik Ritoša. (2014) An IO-efficient parallel implementation of an R2 viewshed algorithm for large terrain maps on a CUDA GPU. International Journal of Geographical Information Science 28:11, pages 2304-2327.
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Articles from other publishers (29)

Jason R. Parent & Qian Lei-Parent. (2023) Rapid viewshed analyses: A case study with visibilities limited by trees and buildings. Applied Geography 154, pages 102942.
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Peter Gu, Tamas Budavari, Amanda Galante & Randal Burns. (2022) Towards Optimal Line of Sight Coverage. Towards Optimal Line of Sight Coverage.
Haozhe Cheng & Wanfeng Dou. (2022) HiPDERL: An Improved Implementation of the PDERL Viewshed Algorithm and Accuracy Analysis. ISPRS International Journal of Geo-Information 11:10, pages 506.
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Nicole C. Inglis, Jelena Vukomanovic, Jennifer Costanza & Kunwar K. Singh. (2022) From viewsheds to viewscapes: Trends in landscape visibility and visual quality research. Landscape and Urban Planning 224, pages 104424.
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Martin Kuna, David Novák, Alexandra Bucha Rášová, Blažej Bucha, Barbora Machová, Jiří Havlice, Jan John & Ondřej Chvojka. (2022) Computing and testing extensive total viewsheds: a case of prehistoric burial mounds in Bohemia. Journal of Archaeological Science 142, pages 105596.
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Andries M. Heyns, Warren du Plessis, Kevin M. Curtin, Michael Kosch & Gavin Hough. (2020) Decision support for the selection of optimal tower site locations for early‐warning wildfire detection systems in South Africa. International Transactions in Operational Research 28:5, pages 2299-2333.
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Andries M. Heyns, Warren du Plessis, Kevin M. Curtin, Michael Kosch & Gavin Hough. (2021) Analysis and Exploitation of Landforms for Improved Optimisation of Camera-Based Wildfire Detection Systems. Fire Technology 57:5, pages 2269-2303.
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Yuxuan Chen & Jing Chen. (2021) A parallel multipoint viewshed analysis method for urban 3D building scenes. Transactions in GIS 25:4, pages 2010-2028.
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Zhibin Pan, Jin Tang, Tardi Tjahjadi, Zhihu Wu & Xiaoming Xiao. (2020) A Novel Rapid Method for Viewshed Computation on DEM through Max-Pooling and Min-Expected Height. ISPRS International Journal of Geo-Information 9:11, pages 633.
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Nicole C. Inglis & Jelena Vukomanovic. (2020) Climate change disproportionately affects visual quality of cultural ecosystem services in a mountain region. Ecosystem Services 45, pages 101190.
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Andries M. Heyns. (2020) Reduced Target-Resolution Strategy for Rapid Multi-Observer Site Location Optimisation. IEEE Access 8, pages 203252-203269.
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Wanfeng Dou, Yanan Li & Yanli Wang. (2019) An equal-area triangulated partition method for parallel Xdraw viewshed analysis. Concurrency and Computation: Practice and Experience 31:17, pages e5216.
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Kwang Youn Lee, Jung Il Seo, Kyoung-Nam Kim, Yohan Lee, Hyeongkeun Kweon & Jinki Kim. (2019) Application of Viewshed and Spatial Aesthetic Analyses to Forest Practices for Mountain Scenery Improvement in the Republic of Korea. Sustainability 11:9, pages 2687.
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Wanfeng Dou, Yanan Li & Yanli Wang. (2018) A fine-granularity scheduling algorithm for parallel XDraw viewshed analysis. Earth Science Informatics 11:3, pages 433-447.
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Jieun Baek & Yosoon Choi. (2018) Comparison of Communication Viewsheds Derived from High-Resolution Digital Surface Models Using Line-of-Sight, 2D Fresnel Zone, and 3D Fresnel Zone Analysis. ISPRS International Journal of Geo-Information 7:8, pages 322.
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Wanfeng Dou & Yanan Li. (2018) A fault-tolerant computing method for Xdraw parallel algorithm. The Journal of Supercomputing 74:6, pages 2776-2800.
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Antonio Rodriguez Cervilla, Siham Tabik, Jesús Vías, Matías Mérida & Luis F. Romero. (2017) Total 3D-viewshed Map: Quantifying the Visible Volume in Digital Elevation Models. Transactions in GIS 21:3, pages 591-607.
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Xiao-Dong Song, Guo-An Tang, Xue-Jun Liu, Wan-Feng Dou & Fa-Yuan Li. (2016) Parallel viewshed analysis on a PC cluster system using triple-based irregular partition scheme. Earth Science Informatics 9:4, pages 511-523.
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Andries M. Heyns & Jan H. van Vuuren. (2016) A multi-resolution approach towards point-based multi-objective geospatial facility location. Computers, Environment and Urban Systems 57, pages 80-92.
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George Panagiotopoulos, Loukas-Moysis Misthos & Dimitris Kaliampakos. 2016. Sustainable Mountain Regions: Challenges and Perspectives in Southeastern Europe. Sustainable Mountain Regions: Challenges and Perspectives in Southeastern Europe 123 136 .
A. R. Cervilla, S. Tabik & L. F. Romero. (2015) 3D-viewshed map. 3D-viewshed map.
Isaac I. T. Ullah. (2017) Integrating Older Survey Data into Modern Research Paradigms. Advances in Archaeological Practice 3:4, pages 331-350.
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Hakan Alphan & Fizyon Sonmez. (2015) Mapping availability of sea view for potential building development areas. Environmental Monitoring and Assessment 187:7.
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Siham Tabik, Antonio R. Cervilla, Emilio Zapata & Luis F. Romero. (2015) Efficient Data Structure and Highly Scalable Algorithm for Total-Viewshed Computation. IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing 8:1, pages 304-310.
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A.R. Cervilla, S. Tabik & L.F. Romero. (2015) Siting Multiple Observers for Maximum Coverage: An Accurate Approach. Procedia Computer Science 51, pages 356-365.
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Santiago Pardo García & Matías Mérida Rodríguez. (2015) A geospatial indicator for assessing urban panoramic views. Computers, Environment and Urban Systems 49, pages 42-53.
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Jan Caha & Alexandra Rášová. 2015. Surface Models for Geosciences. Surface Models for Geosciences 61 72 .
Wenli Li, W. Randolph Franklin, Daniel N. Benedetti & Salles V. G. Magalhães. (2014) Parallel multiple observer siting on terrain. Parallel multiple observer siting on terrain.
Xiaochen Kang & Xiangguo Lin. (2014) Graph-Based Divide and Conquer Method for Parallelizing Spatial Operations on Vector Data. Remote Sensing 6:10, pages 10107-10130.
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