FULLY AUTONOMOUS DRIVING TRACKING CONTROL ASSISTANT

FULLY AUTONOMOUS DRIVING TRACKING CONTROL ASSISTANT

In line with the technological needs of our age, various variations are being implemented. In this context, the Fully Autonomous Autopilot is being introduced. In this project, which will demonstrate adaptability to air, land, and sea vehicles, various factors are being brought together to achieve the project's success.

Semi-autonomous driving mechanisms are currently being actively applied to sector-based technological activities. In this context, adaptive and sustainable technologies and software are being introduced to transition from semi-autonomous to fully autonomous driving.

To illustrate this purpose, examples include lane tracking assistant, 360-degree camera assistant, traffic sign and light sensors, automatic signaling, collision avoidance system, braking detection system, start-up system, adaptive driving system, 100% vehicle control mechanism system, cornering control assistant, speed detector, voice and visual sensor assistant, traffic control assistant, stop-start assistant, traction control assistant, Wi-Fi connection system, satellite and navigation system, avionics and integrated systems should be available in the vehicle. In addition, with the appropriate software integration tools, the vehicle will be road-ready with full capacity, along with the vehicle remote control assistant, vehicle person recognition, and fatigue sensors, in addition to the standard equipment.

For example, a vehicle that recognizes its owner remotely activates the in-vehicle comfort features and, upon entry, operates the vehicle based on its own memory and the owner's voice command to "go to the nearest or most convenient location " The vehicle's avionics systems would then operate at full capacity, and considering that this hardware works as a whole, the vehicle would safely transport the owner to their destination with maximum security from the starting point to the end point.

This conventional technology can be applied to land, sea, and atmospheric vehicles. If implemented, this project aims to maximize vehicle safety and provide a fully autonomous autopilot driving experience, ensuring performance, comfort, and safety.