A Thorough Survey on Efficient Facial Expression Detection in De-Stressing Zone through Machine Learning Approaches |
Author(s): |
| Mrs.Rupali Parte , Jayawantrao Sawant College of Engineering, Pune; Amruta Lohar, JSCOE, Pune; Asiya Shaikh, JSCOE, Pune; Pratiksha Lole, JSCOE, Pune; Yogita Surve, JSCOE, Pune |
Keywords: |
| RNN, Decision Tree |
Abstract |
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The detection of the facial expression is extremely difficult for the computer to perform as it lacks the effective evolutionary understanding that is achieved by the human brain. The large scale research in image processing has been led to considerable increase in the computational and time complexities. There is a lack of a prescribed approach that integrates the diverse Internet of Things platform with the machine learning paradigm to achieve skin detection for facial expression identification. The machine learning approaches are highly useful in the determination of the facial expression. The facial expression detection approaches utilize the following techniques to detect the face and the expression, patch based detection methods, feature based geometric methods, local or global based techniques, edge based facial area recognition and the texture based techniques. These approaches are able to extract the features of the facial images, which is a complex procedure that can be highly taxing for the hardware in use. These large complexities can be manages with high efficiency through The prominent approaches have been useful in achieving the goals through the various techniques for the facial expression detection, such as, RFID based, neural networks and mood sensitivity based approaches. the implementing of the machine learning techniques. There have been multiple researches for the purposes of enabling human emotion detection through facial expressions have been elaborated effectively for the purpose of achieving our approach. The methodology for this system utilizes skin detection and Recurrent Neural Networks along with decision tree for effective emotion identification. The approach will be elaborated further in the upcoming editions of this research. |
Other Details |
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Paper ID: IJSRDV9I20002 Published in: Volume : 9, Issue : 2 Publication Date: 01/05/2021 Page(s): 12-15 |
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