2021-04-162013-01-019789898565471SCOPUS;2-s2.0-84878256324http://hdl.handle.net/10784/29491Key point extraction and description mechanisms play a crucial role in image matching, where several image points must be accurately identified to robustly estimate a transformation or to recognize an object or a scene. New procedures for keypoint extraction and for feature description are continuously emerging. In order to assess them accurately, normalized data and evaluation protocols are required. In response to these needs, we present a (1) new evaluation framework that allow assessing the performance of the state-of-the-art feature point extraction and description mechanisms, (2) a new image dataset acquired under controlled affine and photometric transformations and (3) a testing image generator. Our evaluation framework allows generating detailed curves about the performance of different approaches, providing a valuable insight about their behavior. Also, it can be easily integrated in many research and development environments. The contributions mentioned above are available on-line for the use of the scientific community.enginfo:eu-repo/semantics/conferencePaperFeature descriptorsFeature point extractionHomography estimationsKey point matchingKeypointPhotometric transformationResearch and developmentScientific communityExtractionFeature extractionImage matchingStatistical testsImage processing2021-04-16Barandiaran, I.Cortes, C.Nieto, M.Graña, M.Ruiz, O.E.