
Abstract This study contributes to the future directions of SME crisis management literature through algorithm supported induction by exploring the complex relationships between SMEs’ strategic responses to the COVID-19 pandemic and their performance. Using data from the UK Longitudinal Small Business Survey, decision tree algorithms and explainable artificial intelligence techniques reveal how configurations of strategic actions and contextual factors shape performance outcomes. The analysis also uncovers dominant determinants and highlights previously overlooked non-linear and asymmetric relationships. Key findings emphasise the critical roles of responses to lockdown measures, utilization of the furlough scheme, and the interplay of firm size and age, which interact in complex configurations exhibiting asymmetry and non-linearity. This understanding provides a basis for informing future research directions, hypotheses, and strategies for SMEs to navigate crises and enhance resilience.
algorithm, machine learning, SME crisis management, SME performance, SME, COVID-19 pandemic, COVID-19, complexity theory, configuration analysis, crisis management, algorithm supported induction
algorithm, machine learning, SME crisis management, SME performance, SME, COVID-19 pandemic, COVID-19, complexity theory, configuration analysis, crisis management, algorithm supported induction
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