There are variety of ways for generating ADL classification methods and state models. This assignment applies the use of hierarchical classification system because it is simpler and has good performance. Besides, the system combines Gaussian mixture models (GMM) and sequential classifier. GMM is used to provide generative model for each task.
Run Band_FD_Features_Cont
The analysis indicates that the band simulation is concentrated between 0.1 and 0.4. therefore, the duration and frequency variables produce a better form of evaluation. As opposed to utilization of the time domain or frequency mode only as the main feature of evaluating the data.
Thus, the need of showing the mode of valuation through the two methods is paramount.
GaussMix_FSM
Gaussian mixture models (GMM) and a sequential classifier also has a concentration of between 0.1 and 0.4 thus, the GMMs are extensively are in a used in incessant arrangement of EMG motions for prosthetic control and speaker identification problems.
Although several time points were used for voting, we noticed that the classifier performed poorly during state transitions. We also noticed that the execution times of the three
The tasks that are being evaluated are quite different. A fixed window size does not provide enough flexibility to deal with these differences
Conclusion
Simulation is a result of the motion change of the frequency of the signals. It would result in change overtime. This is owing to the amount of time and frequency. Furthermore, they concentrate over a certain time frame. The analysis indicates that the band simulation is concentrated between 0.1 and 0.4. therefore, the duration and frequency variables produce a better form of evaluation. Gaussian mixture models (GMM) and a sequential classifier also has a concentration of between 0.1 and 0.4.
Works cited
Ince, N., Min, C. Tewfik, A. and Vanderpool, D. Hindawi. Detection of Early Morning Daily Activities with Static Home and Wearable Wireless Sensors. Publishing Corporation. EURASIP Journal on Advances in Signal Processing. Volume 2008, Article ID 273130, 11 pages. doi:10.1155/2008/273130
Sample Solution
