Ageing is associated with an increasing prevalence of cognitive deterioration and neurodegenerative conditions, making a rising amount of people in need for rehabilitative interventions that are effective and sustainably delivered at the same time. Cognition Oriented Treatments (COTs) can support functional autonomy, while telerehabilitation (TR) approaches enable structured interventions to be delivered beyond clinical settings and into patients’ homes. Within this framework, HomeCoRe is a clinician guided cognitive TR system derived from the validated CoRe platform and it is designed to provide adaptive, remotely supervised training through an application-based environment. The present study aimed at contributing to the technological validation pathway of the HomeCore app by the evaluation of its technical functionality and usability prior to formal user-based testing. A structured qualitative internal testing process was conducted over a three-month period by a multidisciplinary team. Both already existing exercises in the system and newly added tasks were systematically executed, while adaptive progression mechanisms, interface elements, feedback computation, and therapist-side workflow features were examined. Technical bugs and usability-related observations were logged, coded, and clustered in order to identify recurrent issues and inform targeted adjustments. Results showed a predominance of system-level technical bugs, particularly affecting migrated legacy exercises, while usability refinements were more frequent in newly added tasks. The testing process enabled corrections to adaptive progression logic, response features, stimulus presentation, and data export functions, improving the technological robustness and interaction clarity of the platform. Overall, this work represents an intermediate yet essential step in the HomeCoRe validation pathway. By embedding structured qualitative testing within the development process, the study strengthens the software readiness for future usability studies with healthy participants and clinical populations, in addition to supporting the development of accessible, scalable, and clinician-guided digital solutions for home-based cognitive TR. Keywords: Cognition Oriented Treatments (COTs); Telerehabilitation (TR); HomeCoRe; Usability testing
L’invecchiamento è associato a una crescente prevalenza di deterioramento cognitivo e malattie neurodegenerative, aumentando il numero di persone che necessitano di interventi riabilitativi efficaci e sostenibili. I trattamenti orientati alla cognizione (COT) possono supportare l’autonomia funzionale, mentre gli approcci di teleriabilitazione (TR) consentono di erogare interventi strutturati al di fuori degli ambienti clinici e direttamente a domicilio. In questo contesto, HomeCoRe app è un sistema di TR cognitiva guidato dal clinico, derivato dalla piattaforma validata CoRe e progettato per fornire un training adattivo supervisionato a distanza tramite applicazione. Il presente studio ha contribuito al percorso di convalida tecnologica dell’app HomeCoRe valutandone la funzionalità tecnica e l’usabilità prima di test formali con utenti. Un team multidisciplinare ha condotto un processo di testing qualitativo interno della durata di tre mesi. Sono stati eseguiti sistematicamente sia gli esercizi già presenti in versioni precedenti del sistema sia quelli di nuova introduzione, mentre sono stati analizzati i meccanismi di progressione adattiva, gli elementi dell’interfaccia, il calcolo del feedback e le funzionalità del flusso di lavoro nell’interfaccia terapista. Bug tecnici e osservazioni relative all’usabilità sono stati registrati e classificati al fine di identificare criticità ricorrenti e orientare interventi mirati. I risultati hanno evidenziato una predominanza di bug tecnici a livello di sistema, soprattutto negli esercizi migrati, mentre i miglioramenti di usabilità sono stati più frequenti nei nuovi esercizi. Il testing ha consentito di ottimizzare la logica adattiva, le modalità di risposta, la presentazione degli stimoli e l’esportazione dei dati, migliorando la robustezza tecnologica e la chiarezza dell’interazione. Nel complesso, questo lavoro rappresenta una fase intermedia ma essenziale nel percorso di validazione di HomeCoRe, supportando lo sviluppo di soluzioni digitali accessibili e scalabili per la TR cognitiva domiciliare. Parole chiave: Trattamenti orientati alla cognizione (COT); Teleriabilitazione (TR); HomeCoRe; Test di usabilità.
HomeCoRe App: prelude of a usability and user experience study, a qualitative approach
MAZZOCCHI, ARIANNA
2024/2025
Abstract
Ageing is associated with an increasing prevalence of cognitive deterioration and neurodegenerative conditions, making a rising amount of people in need for rehabilitative interventions that are effective and sustainably delivered at the same time. Cognition Oriented Treatments (COTs) can support functional autonomy, while telerehabilitation (TR) approaches enable structured interventions to be delivered beyond clinical settings and into patients’ homes. Within this framework, HomeCoRe is a clinician guided cognitive TR system derived from the validated CoRe platform and it is designed to provide adaptive, remotely supervised training through an application-based environment. The present study aimed at contributing to the technological validation pathway of the HomeCore app by the evaluation of its technical functionality and usability prior to formal user-based testing. A structured qualitative internal testing process was conducted over a three-month period by a multidisciplinary team. Both already existing exercises in the system and newly added tasks were systematically executed, while adaptive progression mechanisms, interface elements, feedback computation, and therapist-side workflow features were examined. Technical bugs and usability-related observations were logged, coded, and clustered in order to identify recurrent issues and inform targeted adjustments. Results showed a predominance of system-level technical bugs, particularly affecting migrated legacy exercises, while usability refinements were more frequent in newly added tasks. The testing process enabled corrections to adaptive progression logic, response features, stimulus presentation, and data export functions, improving the technological robustness and interaction clarity of the platform. Overall, this work represents an intermediate yet essential step in the HomeCoRe validation pathway. By embedding structured qualitative testing within the development process, the study strengthens the software readiness for future usability studies with healthy participants and clinical populations, in addition to supporting the development of accessible, scalable, and clinician-guided digital solutions for home-based cognitive TR. Keywords: Cognition Oriented Treatments (COTs); Telerehabilitation (TR); HomeCoRe; Usability testing| File | Dimensione | Formato | |
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thesis_Mazzocchi_final.pdf
embargo fino al 19/09/2026
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https://hdl.handle.net/20.500.14239/34114