Place theory (hearing)

Position theory is an auditory theory that shows that the perception of our sound depends on where each component frequency vibrates along the basilar membrane. According to this theory, the pitch of sounds such as vocals and tones is determined by the position of vibration of the membrane, based on the frequency corresponding to the tone composition of the primary auditory neuron. [1] [2]

More generally, the method of using the auditory perception attribute as the neurological firing rate of the position function is called a rate position method. [3]

The main alternative to local theory is time theory [2], also known as temporal theory. [1] These theories are closely related to the volley principle or volley theory [4]. This is a mechanism by which the neuron group can encode the timing of the sound waveform. In all cases, the temporal nerve release pattern determines the perception of the pitch. Combinations, called position volley theory, use a combination of the two mechanisms of encoding bass high through time mode and treble treble through rate position mode. [4] It is now widely believed that both mechanisms have good evidence. [Five]

Local theory has been widely recognized for a long time, but it is usually by Hermann Helmholtz. [6] [7]

Experiments that distinguish between position theory and speed theory are difficult to design because there is a strong correlation. Large low-speed vibration occurs at the top of the basal membrane, and large high-speed vibration occurs at the proximal end. Both can be controlled independently using the cochlear implant: a range of velocity pulses can be applied by electrodes distributed along the membrane. Experiments with implant recipients also showed that the pitch level on the pitch scale is proportional to the logarithm of the stimulation rate but decreases with the distance from the circular window at low stimulation rates. At high speed, the influence of speed will be weakened, but the influence of the region will be stronger. [8]

Central theory is a geography theory designed to explain the number, size, and location of human settlements in the housing system. This theory was built by German geographer Walter Christaller. He insisted that the village was only a "central place" to serve the central area. Based on the hierarchical pyramid, it is a shopping mall that sells low priced items, newspapers, magazines, etc. These centers are small. At the top of the pyramid is the center where expensive goods are sold. These centers are big. Examples of low-priced goods and services are news stands, grocery stores, bakeries, and post offices. Examples of luxury goods and services include jewelery, shopping malls, and shopping malls. They are backed by larger thresholds and needs

Position theory is an auditory theory that shows that the perception of our sound depends on where each component frequency vibrates along the basilar membrane. With this theory, the pitch of the sound (eg vocal or tone) is determined by the position of the membrane oscillation, based on the frequency corresponding to the tonic tissue of the primary auditory neuron. The main alternative to local theory is time theory, also known as temporal theory. These theories are closely related to the volley or volley theory, ie the mechanism by which neurons can code the timing of sound waves. In all cases, the temporal nerve release pattern determines the perception of the pitch. The combination - known as position - a combination of volley theory mainly uses a combination of the two mechanisms to encode the bass by the time mode and the treble by the speed position mode.

The theory of codification is the theory of cognitive psychology, and explains how perceptual expression (such as what we can see) is related to expression of movement (movement of hand etc). We argue that the theory has a common expression (common code) of perception and behavior. More importantly, seeing the event activates the actions associated with the event, and performing that action will activate the associated perceived event. The concept of direct perception - behavioral chain was born from American psychologist William James and recent American neurophysiologist and Nobel laureate Rogers Perry work. Sperry considers the perception - behavior cycle to be the basic logic of the nervous system. The processes of perception and behavior are functionally intertwined: Perception is a means of action, actions are a means of perception