Memories

Memories I packed potato chips at my feet. It is empty. I was disappointed. When I was hanging beneath the bridge, I noticed that a group of police officers were traveling far away. My heart cried out loud and I ran to hide behind the trash can. I can understand what they are saying. "Then he pretended that nothing happened!" One of them said they all started to laugh. Then they suddenly ceased to see it and laughed.

Clear memory is what we consciously recognize and intentionally learn. There are two types of explicit memory: plot memory and semantic memory. Episode memory is a memory of what happens to you and events. Semantic memory is used for more general knowledge. To know that Paris is the capital of France is a semantic memory, remember that being sick on a trip to Paris is a memory of the plot. Information is transmitted to the area of ​​the brain, which is important for the formation of hippocampus, new memories and is one of the only places in the brain that periodically generate new neurons. The hippocampus encodes it into a new memory by linking all relevant information together and forming a new synapse. It's basically like someone wools a tremendously complex tapestry in real time

LTM is a memory for storing data. The memory stored in our mind is basically a clusters of neurons connected together. To activate memory, the same neuron pattern that is stimulated when memory is formed must be reactivated. Most memories from STM are forgotten. This may be a good thing. If you do not automatically forget the amount of information that is being published everyday, you may not be able to access the information right away.

Memory: Memory refers to the storage device. There are two separate memories for storing programs and data. Program memory is 256 × 16 bit memory. There are 256 memory locations, each 16 bits wide. It is read-only memory or ROM. Data memory is also 256 X 16 bit memory. There are 256 memory locations, each 16 bits wide. Random access memory or RAM. The register file has a total of eight registers specified as R0, R1, R2, R3, R4, R5, R6, and R7. Register R0 is fixed to zero. Its value is always the same. When the program is called within the program, register R7 is a link register that stores the current PC address. Figure 2.1 shows the register file.