The influence of sleep on the accuracy of memory

Effect of Sleep on Memory Accuracy The purpose of this study was to create memories to explore the effects of sleep on memory accuracy. The study examined the effects of sleep on false memory. This research focuses on two things: (1) a way for sleep to improve recognition of vocabulary. If so, it will support the idea that sleep will help encode to LTM. (2) How does sleep strengthen the wrong memory of words? According to Elizabeth F. Loftus (1996), erroneous memories are usually produced by combining real memories with proposals received from other people, which includes the words we learned and associates them with semantic information be able to.

Several factors affect the accuracy of recognition without affecting reliability and other factors affect reliability without affecting recognition accuracy. The reconstruction process in memory (ie, the influence of posterior information on the stored memory) may affect the accuracy of identification without necessarily affecting reliability. Social impact processes (ie making decisions) affect reliability decisions, but have little impact on the accuracy of identification.

Because the witness's testimony depends on the accuracy of our memories, it is important that people recall the most accurate information possible. But it is inevitable to influence things to our memory; our biology, socio-cultural and cognitive state can affect the reliability of our memories.

Recently, in healthy individuals, emotional expressions are more accurate and bias of key memory responses (which tend to classify stimuli into something different from what was seen previously, regardless of whether this is the case) It affected facial memory with respect to. Schizophrenia has been shown to be associated with defects in episodic memory and emotional processing, but the relationship between these processes in these populations remains unclear. Here we will use the previously validated example to directly study emotional regulation on memory perception. Consistency with 20 schizophrenic patients and healthy controls completed functional magnetic resonance imaging (fMRI) studies on happy, sad, and neutral facial recognition memories. Brain activity associated with response bias is determined by correlating measurements with contrasting subjective old (ie, hit and false positives), negative subjective new (missed and correct rejection) sadness and happy expression can get.