Event Perception and Memory Processes
Summary
Human perception organises the continuous flow of sensory information into meaningful units known as events. This segmentation is driven by changes in perceptual features (such as shifts in spatial location or motion), conceptual cues (goals, intentions or semantic shifts) and temporal boundaries. Efficient event perception supports the structuring of episodic memories, allowing individuals to encode, store and retrieve past experiences with coherent narrative structure. Memory processes operate at multiple timescales: immediate segmentation guides working memory and attentional allocation, while consolidated episodic representations are shaped by boundary-driven context changes. Understanding these processes has profound implications for education, clinical practice and the design of human–machine interfaces, as effective event structuring underlies narrative comprehension, decision-making and the maintenance of cognitive health across the lifespan.
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Event Perception and Memory Processes publication trend
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Technical terms
Event segmentation: The process of dividing continuous experience into discrete units based on changes in perception or meaning.
Event boundary: A perceptual or conceptual transition that signals the end of one event and the start of another.
Episodic memory: A form of long-term memory involving the recollection of specific events with contextual details.
Context representation: An internal model that integrates temporal, spatial and semantic information to structure memory encoding and retrieval.
References
- Metacontrol instructions lead to adult-like event segmentation in adolescents. Developmental Cognitive Neuroscience (2025).
- The role of spatial boundaries in shaping long-term event representations. Cognition (2016).
- Perceptual Boundaries Cause Mnemonic Trade-Offs Between Local Boundary Processing and Across-Trial Associative Binding. Journal of Experimental Psychology Learning Memory and Cognition (2018).
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