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Representation of continuously changing data over time and space: Modeling the shape of spatiotemporal phenomena.

, , and . eScience, page 111-119. IEEE Computer Society, (2016)

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On the relationship between the traceability properties of Reed-Solomon codes., , and . Adv. in Math. of Comm., 6 (4): 467-478 (2012)Oporto: A Realistic Scenario Generator for Moving Objects., and . DEXA Workshop, page 426-432. IEEE Computer Society, (1999)An Evaluation of Smoothing and Remeshing Techniques to Represent the Evolution of Real-World Phenomena., , and . ISVC, volume 11241 of Lecture Notes in Computer Science, page 57-67. Springer, (2018)Constructions of Almost Secure Frameproof Codes Based on Small-Bias Probability Spaces., , and . IWSEC, volume 8231 of Lecture Notes in Computer Science, page 53-67. Springer, (2013)Towards a qualitative analysis of interpolation methods for deformable moving regions., , , , , and . SIGSPATIAL/GIS, page 592-595. ACM, (2019)Representation and management of spatiotemporal data in object-relational databases., , and . SAC, page 13-20. ACM, (2012)Movement Query Operations for Spatio-Temporal Databases., , and . BDA, (2001)A Framework for the Management of Deformable Moving Objects., , and . AGILE Conf., page 327-346. Springer, (2018)VICTORIA: VMX indirect compute technology oriented towards in-line acceleration., , and . Conf. Computing Frontiers, page 303-312. ACM, (2006)Query operations for moving objects database systems., , and . ACM-GIS, page 108-114. ACM, (2000)