Analysis of Advanced Driver Assistance Systems in Police Vehicles: A Survey Study

Wozniak, David; Shahini, Farzaneh; Nasr, Vanessa; Zahabi, Maryam · 2021 · ROSA P / Texas A&M University. Industrial and Systems Engineering Department

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Summary

This study addresses the critical safety gap regarding Advanced Driver Assistance Systems (ADAS) in police vehicles. Despite police officers facing crash rates 2.5 times higher than the national average and motor vehicle crashes being a leading cause of law enforcement fatalities, research on ADAS has predominantly focused on civilian drivers. The authors aimed to assess police officers’ opinions, usage patterns, and recommendations for ADAS features to inform future development and improve officer safety. The researchers conducted an online survey of 73 police officers in Texas, with 66 participants providing complete data for analysis. The survey utilized Likert scales, yes/no questions, checkboxes, and free-response items categorized into perceived usefulness, perceived ease of use, trust, training, and past behavior. Questions covered existing features (e.g., rear-view cameras, emergency braking) and potential future technologies (e.g., intersection collision avoidance). Data analysis employed phi correlation coefficients for dichotomous variables, Kendall rank correlations for Likert scales, and Wilcoxon rank sum tests for mixed comparisons. Results indicated that rear-view cameras and Bluetooth communication systems were the most prevalent and beneficial existing features. Officers prioritized collision-avoidance technologies, such as intersection collision avoidance and wrong-way alerts, over features designed to reduce mental workload, like autonomous highway driving. A significant disconnect emerged between perceived utility and actual usage: while 57.4% of officers believed ADAS improved safety, 91.2% reported having unused ADAS features in their vehicles. Primary barriers included lack of department funding and perceptions of low reliability. Correlation analyses revealed that trust in ADAS was positively associated with perceived usefulness, reliance on ADAS during secondary tasks, and the belief that ADAS reduces workload. Furthermore, 62.8% of officers stated they would use ADAS more frequently if its functionality were clearly explained. The study concludes that current ADAS implementation in police vehicles is hindered by insufficient training, lack of intuitive design, and incompatibility with police-specific equipment like Mobile Computer Terminals. The authors recommend that manufacturers prioritize intuitive, multi-modal alert systems (visual and auditory) and focus on crash-prevention features rather than complex automation. Guidelines for future development emphasize standardization and ease of use to accommodate the high-workload, multi-tasking nature of police driving, suggesting that improving trust through clear communication and intuitive design is essential for increasing ADAS adoption and enhancing officer safety.

Key finding

Police officer trust in ADAS is positively correlated with their perception of the systems' usefulness and their actual reliance on these features while performing secondary driving tasks.

Methodology

survey

Sample size: 73

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