A First Theoretical Model of Self-Directed Cognitive Control Development

Frick, Aurélien; Chevalier, Nicolas · 2023 · Crossref

DOI: 10.1080/15248372.2022.2160720

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Summary

This theoretical paper addresses the developmental transition in cognitive control from externally driven engagement, which relies on explicit instructions or environmental cues, to self-directed engagement, where individuals autonomously determine when and how to regulate their thoughts and actions. While cognitive control is critical for academic achievement and long-term outcomes, existing literature has largely focused on externally driven contexts, leaving the mechanisms underlying self-directed control poorly understood. The authors propose that self-directed and externally driven control are not discrete categories but exist on a continuum of self-directedness. The core research question concerns the specific cognitive processes that facilitate the identification of goals in the absence of external guidance, a prerequisite for successful self-directed behavior. The authors construct a theoretical model positing that self-directed control development is driven by the ability to identify relevant goals, facilitated by accumulated knowledge and reflective abilities. This goal identification relies on two key processes: context-tracking and goal selection. Context-tracking involves monitoring, activating, and maintaining contextual information regarding past actions and future events to navigate a hierarchy of sub-goals. Goal selection involves using this tracked information to determine specific behaviors. The model integrates insights from existing frameworks, including the goal-identification framework, the Iterative Reprocessing model, and the Levels of Consciousness theory, while distinguishing these identification processes from goal execution, which involves standard executive functions like inhibition and shifting. The paper derives several specific predictions from this model. First, developmental progress in self-directed control is predicted to be primarily driven by improvements in context-tracking efficiency rather than goal selection, as context-tracking demands are higher in self-directed situations and rely heavily on working memory capacity. Evidence from Voluntary Task Switching studies supports this, showing that manipulating context-tracking difficulty affects younger children more significantly than manipulating goal selection difficulty. Second, the model predicts that goal selection and goal execution are separable processes, though increased self-directedness demands may impose costs on both. Third, context-tracking is hypothesized to be closely linked to working memory, long-term memory, and prospective memory, as it requires maintaining past information and anticipating future events. The authors suggest that age-related increases in prefrontal-hippocampal connectivity may support these memory integrations. The significance of this model lies in providing the first comprehensive theoretical conceptualization of self-directed cognitive control development. It clarifies that while goal execution mechanisms remain consistent across control types, the identification of goals shifts from cue-dependent to memory-dependent processes. The paper highlights the critical role of working memory and reflective consciousness in enabling children to navigate complex goal hierarchies autonomously. Future research directions include investigating the roles of metacognition, motivation, and emotional states (hot vs. cool executive functions) in self-directed control, suggesting that autonomy gains are supported by both cognitive and motivational developments.

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• executive function