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TransMatcher: DeepImageMatchingThrough TransformersforGeneralizablePerson Re-identification: Appendix

Neural Information Processing Systems

Some algorithms perform unstably across different runs, thus the average among several runsisamorestablemeasure. Using a unified measure is convenient, concise, and space-saving for ablation study and parameteranalysis. HereH = hand W = w,but to be clear,let'sdenote them differently. Then in Eq. (7), GMP is applied along the last dimension ofhw elements, resulting in a vector of sizeHW. Third, the proposed method has already considered the efficiency,with itssimplified decoder and balanced parameter selection, and thus it is the most efficient one in cross-matching Transformers as shown in Table 2 of the main paper.


TransMatcher: DeepImageMatchingThrough TransformersforGeneralizablePerson Re-identification

Neural Information Processing Systems

Thelatter improves the performance, but it is still limited. This implies that the attention mechanism inTransformers isprimarily designed forglobal feature aggregation, which is not naturally suitable for image matching.




SupplementaryMaterial UnModNet: LearningtoUnwrapaModuloImagefor HighDynamicRangeImaging

Neural Information Processing Systems

Output: Anappropriateexposuretime t. /* Initialization */ 1 n 0; // Initialize the number of iterations 2 l 0; // Initialize the lower bound of the search space 3 u 1; // Initialize the upper bound of the search space /* Start the binary search */ 4 whilec



0f3d014eead934bbdbacb62a01dc4831-Supplemental.pdf

Neural Information Processing Systems

Inreinforcement learning, option models (Sutton, Precup & Singh, 1999; Precup, 2000) provide the framework for this kind of temporally abstract prediction and reasoning. Natural intelligent agents are also able to focus their attention on courses of action that are relevant or feasible in agiven situation, sometimes termed affordable actions.