I'm not sure you're asking this question correctly. The human neural system has several nerves which send impulses to different parts of the brain in order to achieve different actions. In order for this to happen, the impulses have to travel through a variety of different channels. The chemical changes that occur for these impulses to successfully get from point A to point B, give those impulses different states. But there is only one "type" of impulse.
a neural network
Neural Network: System that attempts to imitate the behavior of the human brain.-Straight outta Discovering Computers in 2009.
The first system to form in a human embryo is the nervous system. The neural tube, which will develop into the brain and spinal cord, is one of the earliest structures to develop in the developing embryo.
By forming an neural network
read the book
Neurons originate from neural stem cells in the developing embryo, primarily in the neural tube.
Robot like a human
Apoptosis plays a crucial role in shaping neural connections in the human brain by eliminating excess or improperly connected neurons. This process helps refine and sculpt neural circuits to ensure proper functioning and efficiency of the nervous system. By selectively removing neurons that are not needed, apoptosis allows for more precise and effective wiring of the brain during development.
All living cells,tissues,organs including the functional system in a living body can be effected by the network of neural system co ordinated by the human brain.
The human neural-network system in the cerebral cortex. The number of combinations and pathways in a single brain FAR exceeds that of the human species if you consider each person a node and all the combinations and pathways through which "MAN" can network to be the network size. that is, if you consider each neuron a node and all the combos/paths between all the nodes. The "NEURAL" system is larger.
The human anatomy makes it different from other body systems.
A neural network is a method in artificial intelligence that teaches computers to process data in a way that is inspired by the human brain