Advanced Research for Safer Transportation Systems
The Safety and Behavioral Analysis Lab (SABA Lab) at Morgan State University is a cutting-edge research facility dedicated to solving critical transportation safety challenges. Using state-of-the-art simulation technology, our researchers study driver and cyclist behavior in controlled environments, providing insights that would be impossible or dangerous to gather in real-world settings.
Watch our video tour of the SABA Lab
Our Equipment
Driving Simulators
The SABA Lab features two advanced driving simulators designed to replicate authentic driving experiences:
- Standard Simulator: Equipped with three monitors (including a simulated rearview mirror), a full-size driver’s seat, and realistic controls including steering wheel, pedals, and turn signals.
- Motion-Sensing Simulator: Features a dynamic platform that allows drivers to physically feel road conditions like rumble strips and potholes, complete with manual transmission capabilities (clutch pedal and stick shift).
Bicycle Simulator
Our specialized bicycle simulator consists of a stationary bike paired with an immersive display screen, allowing researchers to study cyclist behavior and interactions with vehicles in a safe environment.
Portable Simulator
For field research, we maintain a portable driving simulator that can be deployed at external locations. This mobile unit has been used in partnerships with law enforcement to study impaired driving effects safely.
Simulation Software
All simulators utilize VR-Design Studio developed by FORUM8 Co., creating remarkably realistic environments with:
- Detailed road networks, bridges, and ramps
- Variable weather conditions
- Three-dimensional buildings and vegetation
- Customizable traffic patterns and density
- Adjustable road alignments and intersection designs
- Programmable traffic signals and roadside signage
This versatile software can be configured to simulate driving experiences for various vehicle types, including trucks and buses, allowing participants to navigate freely between destinations.
Research Capabilities
The SABA Lab collects comprehensive data on driver behavior, including:
- Vehicle Operation: Lane positioning, acceleration, braking, steering control, speed maintenance, and collision events
- Visual Attention: Our advanced eye-tracking system records precisely where drivers look and for how long, enabling the study of visual distractions
- Environmental Response: Driver reactions to changing road conditions, signage, and traffic patterns
- Technology Integration: Testing driver interaction with vehicle safety systems and information displays
Recent Research Projects
Our team conducts groundbreaking research in transportation safety, including:
- Impact of various distractions (mobile devices, roadside elements) across different road types
- Driver responsiveness to advanced vehicle warning systems
- Effectiveness of dynamic message signs on driver behavior
- Optimization of information delivery methods to drivers
- Testing eco-cooperative adaptive cruise control systems across vehicle types
Applications
Research from the SABA Lab directly informs:
- Road design and safety improvements
- Vehicle safety system development
- Driver education and training programs
- Traffic management strategies
- Transportation policy recommendations
Partnerships
The SABA Lab collaborates with government agencies, industry partners, and academic institutions to address pressing transportation safety challenges. Our facility serves as a vital resource for the Mid-Atlantic region’s transportation research community.