what influence of speech sound perception/auditory discrimination on the production of speech sounds

Speech sound perception, also known as auditory discrimination, plays a crucial role in the production of speech sounds. Here's how:

1. Auditory Input: The first step in speech production is hearing the sounds. This is where auditory discrimination comes in. It allows us to distinguish between different sounds in a language. For example, the ability to tell the difference between "bat" and "pat" is due to auditory discrimination.

2. Phonetic Mapping: Once we hear and distinguish sounds, our brain maps these sounds to phonetic representations. This is a crucial step in learning to produce speech sounds. If we can't accurately perceive a sound, we can't accurately map it, and therefore can't accurately produce it.

3. Speech Motor Control: After the brain has mapped the sounds, it sends signals to our speech muscles (like the tongue, lips, and vocal cords) to produce these sounds. Again, if the mapping is off due to poor auditory discrimination, the speech production will also be off.

4. Feedback and Adjustment: After we produce a speech sound, we hear it and compare it to our internal phonetic map. If the sound we produced doesn't match the map, we adjust our speech motor control to correct it. This feedback loop is continuous and allows us to fine-tune our speech production.

In summary, auditory discrimination is fundamental to speech sound production. Without it, our brain would struggle to create accurate phonetic maps, leading to inaccurate speech production.