Software Requirements#
The advanced driver assistance system (ADAS) software must include features such as adaptive cruise control, lane departure warning, and collision avoidance. |
The infotainment software should support seamless integration with smartphones via Bluetooth and provide access to navigation, music, and hands-free calling. |
The climate control software must regulate temperature, fan speed, and air distribution based on user preferences and cabin conditions. |
The powertrain control software should optimize acceleration and torque distribution to deliver smooth and responsive performance. |
The pedestrian detection software should utilize computer vision algorithms and sensors to identify pedestrians and provide timely alerts to the driver. |
The hybrid/electric powertrain control software must manage energy flow and optimize usage to maximize fuel efficiency and reduce carbon emissions. |
The navigation software should utilize GPS and real-time traffic data to calculate efficient routes, display turn-by-turn directions, and suggest alternative paths. |
The anti-lock braking system (ABS) software must modulate braking pressure on each wheel to prevent lock-up and maintain vehicle stability during emergency braking. |
The seat control software should enable individual adjustment of lumbar support, seat height, and recline to ensure optimal seating comfort. |
The voice recognition software should accurately interpret voice commands and initiate the corresponding system response, minimizing the need for manual input. |
The airbag deployment software should activate the appropriate airbags based on crash severity and occupant position to maximize passenger protection. |
The storage management software should provide a user-friendly interface to track and manage available storage space, including the trunk and other compartments. |
The suspension control software must adjust damping characteristics and wheel alignment to maintain stability, handling, and ride comfort on different road surfaces. |
The Wi-Fi connectivity software should establish and manage a secure wireless network within the vehicle, enabling internet access for passengers’ devices. |
The camera processing software must process video feeds from rearview cameras and provide visual aids like guidelines and object detection for improved visibility. |
The battery management software should accurately estimate the remaining driving range based on current energy consumption, considering factors like speed and terrain. |
The noise cancellation software should actively analyze and counteract cabin noise by generating sound waves that cancel out undesirable frequencies. |
The smartphone integration software should establish a seamless connection with mobile devices and enable the usage of compatible apps and services. |
The electronic stability control (ESC) software should continuously monitor vehicle dynamics and apply individual braking to wheels as needed for optimal stability. |
The diagnostic and monitoring software should regularly assess the health of critical components and alert users of potential maintenance or repair needs. |