- Yi-Fei Liu
, Sarah Battersby, Somayeh Dodge:
Scaling up time-geographic computation for movement interaction analysis. Trans. GIS 28(6): 1577-1593 (2024) - Juqing Liu, Jun Li, Linwei Qiao, Mingke Li, Emmanuel Stefanakis, Xuesheng Zhao, Qian Huang, Hao Wang, Chengye Zhang:
QuadGridSIM: A quadrilateral grid-based method for high-performance and robust trajectory similarity analysis. Trans. GIS 28(1): 83-107 (2024) - Shuaikang Liu, Liming Zhang, Tao Tan, Lei Wang, Pengbin Wang, Ziyi Zhang, Mingwang Zhang:
Homomorphic encryption domain asymmetric fingerprinting scheme for 3D models of oblique photography. Trans. GIS 28(4): 790-815 (2024) - Yi Lu, Shawn W. Laffan, Christopher James Pettit:
Coupling cellular automata and What If? models for residential expansion simulation: A case study of Southwest Sydney, Australia. Trans. GIS 28(6): 1465-1485 (2024) - Junxue Ma, Jian Chen, Chong Xu:
Hydraulic reconstruction of giant paleolandslide-dammed lake outburst floods in high-mountain region, eastern Tibetan Plateau: A case study of the Upper Minjiang River valley. Trans. GIS 28(6): 1793-1825 (2024) - Idzikowska Magdalena, Katarzyna Pajak, Kamil Kowalczyk:
Possibility and quality assessment in seafloor modeling relative to the sea surface using hybrid data. Trans. GIS 28(5): 1175-1195 (2024) - Viktor Markovic, Ivan Potic, Dejan Dordevic, Sanja Stojkovic, Sinisa Drobnjak:
LiDAR and maps blend for rural decision support. Trans. GIS 28(6): 1683-1704 (2024) - Reza Mohammadi, Mohammad Taleai, Philipp Otto, Monika Sester:
Analyzing urban crash incidents: An advanced endogenous approach using spatiotemporal weights matrix. Trans. GIS 28(2): 368-410 (2024) - Ramón Molinero-Parejo, Francisco Aguilera-Benavente, Montserrat Gómez-Delgado:
Adapting moving-window metrics to vector datasets for the characterization and comparison of simulated urban scenarios. Trans. GIS 28(2): 326-348 (2024) - Anusha Preetham, Sumit Vyas, Manoj Kumar, Sanjay Nakharu Prasad Kumar:
Optimized convolutional neural network for land cover classification via improved lion algorithm. Trans. GIS 28(4): 769-789 (2024) - Bartosz Ptak, Marek Kraft:
Mapping urban large-area advertising structures using drone imagery and deep learning-based spatial data analysis. Trans. GIS 28(6): 1728-1749 (2024) - Christopher A. Ramezan, Aaron E. Maxwell, Joshua T. Meadows:
An analysis of qualifications and requirements for geographic information systems (GIS) positions in the United States. Trans. GIS 28(5): 1090-1110 (2024) - Luowen Rao, Xicheng Tan, Yanfei Zhong, Chunhui Chen, Zeenat Khadim Hussain, Ailong Ma, Huamin Wang, Shengpeng Yin, Fangyu Liu, Zhiyuan Mei:
LCEVES: A locally constrained evolutionary algorithm for vehicle evacuation scheduling under urban waterlogging risk. Trans. GIS 28(5): 1439-1461 (2024) - Ronny A. Rowe, Antoni B. Moore:
Incorporating mental imagery into geospatial environments for narrative visualizations. Trans. GIS 28(5): 1290-1312 (2024) - Yichen Ruan, Xiaoyi Zhang, Qiuxiao Chen, Mingyu Zhang:
A global polycenter identification method with single-source data: The integration of local multisource data recognition. Trans. GIS 28(6): 1772-1792 (2024) - Yukio Sadahiro, Hidetaka Matsumoto:
Market area analysis with a focus on the spatial relationship between sites and their visitors. Trans. GIS 28(5): 1111-1129 (2024) - Deba Prakash Satapathy, Bibhu Prasad Mishra:
Flood susceptibility modeling by integrating tree-based regression with metaheuristic algorithm, BWO. Trans. GIS 28(5): 1043-1064 (2024) - Anang Wahyu Sejati, Savira Nur Afifah Kusuma Putri, Imam Buchori, Walter Timo de Vries, Ghiffari Barbarossa, Candra Margarena, Chely Novia Bramiana:
The integration of GIS location-based APIs and urban growth modeling for improved geographic access to hospital services. Trans. GIS 28(4): 816-835 (2024) - Pankajeshwara Sharma, Michael Martin, David Swanlund, Cecilia Latham, Dean Anderson, Waitangi Wood:
A cloud-based solution for trustless indigenous data sovereignty: Protecting Māori biodiversity management data in Aotearoa New Zealand. Trans. GIS 28(4): 836-857 (2024) - Keyi Shen, Ye Tian, Bisong Hu, Jin Luo, Shuhua Qi, Songli Chen, Hui Lin:
Association rule mining of air quality through an improved Apriori algorithm: A case study in 244 Chinese cities. Trans. GIS 28(4): 726-745 (2024) - Xuguo Shi, Dianqiang Chen, Jianing Wang, Pan Wang, Yunlong Wu, Shaocheng Zhang, Yi Zhang, Chen Yang, Lunche Wang:
Refined landslide inventory and susceptibility of Weining County, China, inferred from machine learning and Sentinel-1 InSAR analysis. Trans. GIS 28(6): 1594-1616 (2024) - Yucheng Shu, Zihao Tang, Yiming Zhang, Yongning Wen, Min Chen, Songshan Yue:
A geometry-based method for visualizing time-varying flow fields on web map platforms using texture polymorphism. Trans. GIS 28(5): 1216-1235 (2024) - Jaqueline A. J. P. Soares, Michael M. Diniz, Luiz Bacelar, Glauston R. T. Lima, Allan K. S. Soares, Stephan Stephany, Leonardo B. L. Santos:
Uncertainty propagation analysis for distributed hydrological forecasting using a neural network. Trans. GIS 28(5): 971-992 (2024) - Youjun Tu, Zihan Shu, Wenjun Wu, Zongyi He, Junli Li:
Spatiotemporal analysis of global grain trade multilayer networks considering topological clustering. Trans. GIS 28(3): 509-534 (2024) - Jakub Vynikal, Jana Müllerová, Jan Pacina:
Deep learning approaches for delineating wetlands on historical topographic maps. Trans. GIS 28(5): 1400-1411 (2024) - Zhong Wang, Kai Cao, Yu Lung Marcus Chiu, Qiushi Feng:
Spatial multi-objective optimization of primary healthcare facilities: A case study in Singapore. Trans. GIS 28(3): 564-581 (2024) - Yiwen Wang, Wanfeng Dou:
Accurate calculation method of terrain viewshed for wireless signal as line of sight. Trans. GIS 28(5): 1236-1253 (2024) - Changzhen Wang, Tracy Onega, Fahui Wang:
Overlapping cancer service areas: Delineation and implications. Trans. GIS 28(3): 604-622 (2024) - Xiaolong Wang, Haowen Yan, Zhuo Wang, Xiaorong Gao:
Wemap-based direction model for individuals with limited spatial orientation skills. Trans. GIS 28(2): 111-129 (2024) - Zhiwei Wei, Nai Yang, Wenjia Xu, Ding Su:
Generating grid maps via the snake model. Trans. GIS 28(5): 1156-1174 (2024)
