Memory and Human Survival

Case Scenario 1: After a car accident, Tom underwent acquired brain injury and damaged the frontal lobe and the left head. As a result, Tom encountered many difficulties, especially his memory. Memory is the spiritual ability to hold information and convert it to a format that can be saved and retrieved later. Storing and retrieving memory involves passing information from one stage to the next and then acquiring that information from long-term memory.

In the last article, I wrote about how to design human attention. Attention is closely related to work and short term memory. However, this article focuses on the whole human memory system. There are two types of memory: short-term memory (STM) and long-term memory (LTM). In terms of computer science terminology, we can think of short-term memory as RAM and long-term memory as HDD. I will explain how they work, how to design the interface to eliminate confusion, and how to reduce the cognitive effort the user must do. All of these should lead to a more user-oriented user experience.

Memory is described as the process of encoding, storing and retrieving information in human storage systems. Working memory is one of four different types of memory that exist in human storage systems. The four types of memory in human storage systems are short-term memory of sensory memory, working memory, and long-term memory (Martin, et al., 2010). In this article we will focus on working memory, its components, its functions, and its advantages and disadvantages. Baddeley and Hitch (1974) explains working memory as the ability to store and manipulate information in the head in a short period of time. Working memory was proposed by Alan Baddeley and Graham Hitch in 1970. They think that there are four elements that make it possible to temporarily save words and visual spatial data in working memory and coordinate the preservation of materials.

Human memory is thought to include mechanisms of long-term memory and short-term memory, the latter is called working memory. Although information retrieved from long - term memory has long been believed to be expressed in working memory, we lack neurological evidence and require neurometric measurements. Here we show that human electrophysiology can be used for tracking information as it is returned to working memory when retrieved from long term memory. Specifically, the retrieval of information from long-term memory is limited to information about simple objects and causes patterns of neurophysiological activity similar to those observed when people encode new information into working memory .