ANNOTATION
The main relevance of the thesis is to quickly and clearly recognize the
emotions of the face in real time. The information system is fully developed using
Python, Opencv, Tensorflow, Jupyter, Keras Technologies.
The diploma project consists of pictures 14, table 3 and formula 4, as well as
an introduction, three sections, conclusion, list of references and Appendix. The
preamble indicates the purpose, relevance and objectives of the project.
The first part describes the history and concept of neural networks.
The second part presents the characteristics of the methods of recognition of
human emotions, learning neural networks, logical and software structure of the
project.
The third part describes the activated and optimal methods for recognizing
human emotions.
The draft clearly spells out the way in the development and implementation
of the developed information system. During the implementation of the project, the
goal was achieved, the relevant problems were solved
– the system "facial
expression recognition based on neural networks"was created.
This article presents the possibilities of recognition of emotions that make
predictions based on models using technology Tensorflow. Jupyter notebook is a
program developed in a programming environment in the Python programming
language and using many applications.