Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Top down tracking approaches like particle filtering are known for their robustness since they can handle multimodal probability density functions. Active appearance models (AAMs), on the other hand, allow for precise, model-based tracking but suffer from limited robustness. The particle filter AAM combination (PFAAM), exploits the best of both worlds.  the PFAAM is embedded on a smart camera.  present the necessary changes to achieve faster performance for the limited resources available in this embedded environment. The proposed implementation of the PFAAM on the smart camera-the PFAAM cam-offers various benefits compared to a more traditional, centralised approach. All the processing is performed on the camera that allows it to run on the raw and thus artefact free video data. Also, only the resulting parameters of the AAM are transmitted; no video feed has thus to leave the camera that significantly reduces the necessary bandwidth.
['Mariza Hoffmann', 'Amanda C. Swart', 'Karina Hunter', 'B. M. Herbst', 'S. Flecky', 'William Strasser']
I am writing a research paper on a idea Model-based robust and pecise tracking embedded in smart cameras—the PFAAM-CAM
[{"from": "human", "value": "I am writing a research paper on a idea Model-based robust and pecise tracking embedded in smart cameras\u2014the PFAAM-CAM"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Top down tracking approaches like particle filtering are known for their robustness since they can handle multimodal probability density functions. Active appearance models (AAMs), on the other hand, allow for precise, model-based tracking but suffer from limited robustness. The particle filter AAM combination (PFAAM), exploits the best of both worlds.  the PFAAM is embedded on a smart camera.  present the necessary changes to achieve faster performance for the limited resources available in this embedded environment. The proposed implementation of the PFAAM on the smart camera-the PFAAM cam-offers various benefits compared to a more traditional, centralised approach. All the processing is performed on the camera that allows it to run on the raw and thus artefact free video data. Also, only the resulting parameters of the AAM are transmitted; no video feed has thus to leave the camera that significantly reduces the necessary bandwidth."}]