Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  proposed a standard three-layer feedforward neural network based human activity estimation method. The purpose of the proposed method is to record the subject activity automatically. Here, the recorded activity includes not only actual accelerometer data but also rough description of his/her activity. In order to train the neural networks,  needed to prepare numerical datasets of accelerometer which are measured for every subject person. ,  propose a fuzzy neural network based method for recording the subject activity. The proposed fuzzy neural network can handle both real and fuzzy numbers as inputs and outputs. Since the proposed method can handle fuzzy numbers, the training dataset can contain some general rules, for example, “If x and y axis accelerometer outputs are almost zero and z axis accelerometer output is equal to acceleration of gravity then the subject person is standing.”
['Manabu Nii', 'Kazunobu Takahama', 'Takuya Iwamoto', 'Takafumi Matsuda', 'Yuki Matsumoto', 'Kazusuke Maenaka']
I am writing a research paper on a idea Fuzzy neural network based activity estimation for recording human daily activity
[{"from": "human", "value": "I am writing a research paper on a idea Fuzzy neural network based activity estimation for recording human daily activity"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  proposed a standard three-layer feedforward neural network based human activity estimation method. The purpose of the proposed method is to record the subject activity automatically. Here, the recorded activity includes not only actual accelerometer data but also rough description of his/her activity. In order to train the neural networks,  needed to prepare numerical datasets of accelerometer which are measured for every subject person. ,  propose a fuzzy neural network based method for recording the subject activity. The proposed fuzzy neural network can handle both real and fuzzy numbers as inputs and outputs. Since the proposed method can handle fuzzy numbers, the training dataset can contain some general rules, for example, \u201cIf x and y axis accelerometer outputs are almost zero and z axis accelerometer output is equal to acceleration of gravity then the subject person is standing.\u201d"}]