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An entropic barriers diffusion theory of decision-making in multiple alternative tasks.

ABSTRACT: We present a theory of decision-making in the presence of multiple choices that departs from traditional approaches by explicitly incorporating entropic barriers in a stochastic search process. We analyze response time data from an on-line repository of 15 million blitz chess games, and show that our model fits not just the mean and variance, but the entire response time distribution (over several response-time orders of magnitude) at every stage of the game. We apply the model to show that (a) higher cognitive expertise corresponds to the exploration of more complex solution spaces, and (b) reaction times of users at an on-line buying website can be similarly explained. Our model can be seen as a synergy between diffusion models used to model simple two-choice decision-making and planning agents in complex problem solving.

SUBMITTER: Fernandez Slezak D

PROVIDER: S-EPMC5851639 | biostudies-literature | 2018 Mar

REPOSITORIES: biostudies-literature

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An entropic barriers diffusion theory of decision-making in multiple alternative tasks.

Fernandez Slezak Diego D Sigman Mariano M Cecchi Guillermo A GA

PLoS computational biology 20180302 3

We present a theory of decision-making in the presence of multiple choices that departs from traditional approaches by explicitly incorporating entropic barriers in a stochastic search process. We analyze response time data from an on-line repository of 15 million blitz chess games, and show that our model fits not just the mean and variance, but the entire response time distribution (over several response-time orders of magnitude) at every stage of the game. We apply the model to show that (a) ...[more]

PMID: 29499036

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Project description:ObjectivesThis study uses the diffusion of innovations (DOI) theory to comprehensively understand the adoption of shared decision-making (SDM) in clinical practice, specifically focusing on the 'knowledge' and 'persuasion' stages within DOI. We aim to understand the challenges and dynamics associated with SDM adoption, offering insights for more patient-centred decision-making in healthcare.DesignThis qualitative study employs a modified framework analysis approach, integrating ethnographic and interview data from prior research, along with additional interviews. The framework used is based on the DOI theory.Study setting and participantsThis study was conducted in the obstetrics and gynaecology department of a tertiary teaching hospital in the Eastern region of the Netherlands. It included interviews with 20 participants, including gynaecologists, obstetrics registrars and junior doctors currently practising in the department. Additionally, data from prior research conducted within the same department were incorporated, ensuring the maintenance of contextual consistency.ResultsFindings reveal a complex interplay between SDM's benefits and challenges. Clinicians value SDM for upholding patient autonomy and enhancing medical practice, viewing it as valuable for medical decision-making. Decision aids are seen as advantageous in supporting treatment decisions. Challenges include compatibility issues between patient and clinician preferences, perceptions of SDM as time-consuming and difficult and limitations imposed by the rapid pace of healthcare and its swift decisions. Additionally, perceived complexity varies by situation, influenced by colleagues' attitudes, with limited trialability and sparsely observed instances of SDM.ConclusionsClinicians' decision to adopt or reject SDM is multifaceted, shaped by beliefs, cognitive processes and contextual challenges. Cognitive dissonance is critical as clinicians reconcile their existing practices with the adoption of SDM. Practical strategies such as practice assessments, open discussions about SDM's utility and reflective practice through professional development initiatives empower clinicians to make the best informed decision to adopt or reject SDM.

Dataset Information

An entropic barriers diffusion theory of decision-making in multiple alternative tasks.

Publications

An entropic barriers diffusion theory of decision-making in multiple alternative tasks.

Similar Datasets

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