The Sound of Music in Piano and Voice

Billy Joel once said, "I think that music itself is a cure, it is a human explosive expression, this is all we are impressed.All people come from any culture, I like music "(Music Quotes) Despite the many tools that make human survival vivid, the two most exciting things are piano and sound. Both the piano and singing produce sharp music, but they are different from the instrument itself, the training involved, and the personality of the musician. Traditional pianos consist of strings, keys, hammers, pedals and wood chips ("pianos").

Imagine there is a record of C's major code on the piano. That sound is a combination of three sounds C, E, G, and it is gathered up into a complicated sound. In order to find C, E, G I want to break down complex sounds into individual sounds. This is exactly the same way of thinking. We use a neural network with memory that affects recurrent neural networks - future predictions. This is because each predicted character affects the likelihood of predicting the next character. For example, if you say "HEL" so far, you may say "LO" after "Hello". We rarely say anything we can not speak like "XYZ". Thus, the memory of previous predictions helps the neural network make more accurate predictions.

If you play "C" on the piano and sing "C", you and the piano obviously make the same pitch, but your voice is different from the piano. Although the scientific principle of music acoustics is beyond the scope of this course, it is safe to say that each instrument and sound creates its own "music" pattern and gives it its own "sound" and tone . The composer uses the same sound as a painter uses color to bring out a certain effect on the canvas. For example, the treble of the clarinet (part of the range or compass) produces a bright pierced tone, while the bass generates a rich and dense tone. You can combine instruments and sounds to produce various sounds