The problem investigated in this paper is the quick identification of free form 2D objects using a coefficient-based indexing technique.
The authors demonstrate that combining implicit polynomial shape descriptors with calibration techniques has the potential to quickly identify images of similar shapes. As a pilot experiment, this approach is evaluated against a small database consisting of 15 images, with three different images from five categories. The index system achieves an overall top-3 matching accuracy of 88.9% compared to 91.1% of the traditional brutal force method on the same database with a computational cutoff of 67.7%. (Publisher abstract provided)
Downloads
Similar Publications
- “Nothing I said would have mattered”: Categorizing barriers to intervening in workplace mistreatment
- Improving the Operation of Local Temporary Detention Facilities
- Factors Affecting the Accuracy of Eyewitness Identifications Investigating the Validity of the US Supreme Court's Guidelines - Final Report