Autolink has been deeply engaged in the automotive intelligence industry for many years, developing a complete set of capabilities for designing, developing and delivering full-stack software and hardware solutions. Its excellent platform-based solutions
Camera Monitor System (CMS), is a technology that replaces traditional optical rearview mirrors with a combination of cameras and screens. Other common terms for CMS include electronic side mirror, virtual rear-view mirror, electronic rear-view mirror, electronic replacement mirror, and E-mirror.
Powered by a cutting-edge deep learning framework, advanced perception algorithms, and robust hardware computing capabilities, our smart cockpit system integrates a Driver Monitoring System (DMS), Occupant Monitoring System (OMS), and Around View Monitoring System (AVM) within the domain controller.
The smart cockpit connects users, car manufacturers, and dealerships to form a closed-loop operational service. It enables a service operations platform based on the smart cockpit that is brand-oriented, lead-generating, and precise. The platform integrates services for users, car companies, and 4S dealership business operation units
High-definition wide-angle camera/multiple cameras/Lens with anti-shake functionality/Night vision capabilities/Defogging features
The DMS utilizes the domain controller's perception algorithms to analyze information captured by the in-vehicle camera, assessing the driver's facial features such as age, gender, gaze direction, and health status. This enables functions like FaceID, fatigue monitoring, gaze-based multimodal interaction, and personalized interaction, making intelligent user experiences possible.
Using the smart cockpit as an entry point, the platform creates a vehicle networking service centered around people and vehicles. It brings users a more convenient smart driving experience while helping companies and dealerships enhance their service and operational capabilities.
Minimizes display latency /image distortion/Corrects stitching distortion for multiple cameras/Optimizes playback frame rate/data transmission speed
For occupants, the domain controller's algorithms play a crucial role in enabling rich intelligent vehicle usage scenarios. By detecting attributes such as age, occupant type (human or pet), gender, actions, and gestures, the OMS facilitates features like child monitoring, pet monitoring, left-behind object detection, and gesture-based multimodal interaction.
Reduced wind resistance and wind noise, improving aerodynamics Minimally affected by weather conditions Provides a wider field of view compared to traditional mirrors Reduces glare and other adverse effects caused by light
Employing industry-proven image processing models and multiple ultra-wide-angle cameras mounted on the front, rear, left, and right of the vehicle, the AVM captures the surrounding environment. The domain controller's embedded image processing algorithms rectify, stitch, and reconstruct the images into a seamless, complete, and real-time 360° view. This enables features such as blind spot-free driving, panoramic parking assistance, and transparent chassis view, enhancing travel safety
With user service at its core, the app focuses on car usage scenarios to enable intelligent driving control for users. It connects users, car manufacturers, and dealerships to create a closed loop of services for car usage scenarios.
In-vehicle displays are optical display products that focus on human-machine interaction in inrelligent connected vehicles. The company has deep strategic partnerships with leading domestic display panel manufacturers to provide customers with integrated touch control display solutions spanning the optoelectronic display industry. It is committed to becoming a leader and driver of the revolution in intelligent human-machine interaction for automobiles. The future development trends for in-vehicle displays include high resolution, high reliability, low cost, large size, and curved OLED surfaces.
