Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  deals, for the first time, with an analysis of localization capabilities of akly supervised categorization systems. Most existing categorization approaches have been tested on databases, which (a) either show the object(s) of interest in a very prominent way so that their localization can hardly be judged from these experiments, or (b) at least the learning procedure was done with supervision, which forces the system to learn only object relevant data. These approaches cannot be directly compared to a nearly unsupervised method. The main contribution of our paper thus is twofold: First,  have set up a new database which is sufficiently complex, balanced with respect to background, and includes localization ground truth. Second,  show, how our successful approach for generic object recognition [14] can be extended to perform localization, too.To analyze its localization potential,  develop localization measures which focus on approaches based on Boosting [5]. Our experiments show that localization depends on the object category, as ll as on the type of the local descriptor.
['Andreas Opelt', 'Axel Pinz']
I am writing a research paper on a idea Object localization with boosting and weak supervision for generic object recognition
[{"from": "human", "value": "I am writing a research paper on a idea Object localization with boosting and weak supervision for generic object recognition"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  deals, for the first time, with an analysis of localization capabilities of akly supervised categorization systems. Most existing categorization approaches have been tested on databases, which (a) either show the object(s) of interest in a very prominent way so that their localization can hardly be judged from these experiments, or (b) at least the learning procedure was done with supervision, which forces the system to learn only object relevant data. These approaches cannot be directly compared to a nearly unsupervised method. The main contribution of our paper thus is twofold: First,  have set up a new database which is sufficiently complex, balanced with respect to background, and includes localization ground truth. Second,  show, how our successful approach for generic object recognition [14] can be extended to perform localization, too.To analyze its localization potential,  develop localization measures which focus on approaches based on Boosting [5]. Our experiments show that localization depends on the object category, as ll as on the type of the local descriptor."}]