Abstract: The disclosure discloses a lighting method based on an Advanced Micro Device (AMD) platform, including the following steps: transmitting, by a Central Processing Unit (CPU), packets in groups to a Non-Volatile Memory Express (NVME) hard disk management system to acquire status information of an NVME hard disk; transmitting, by the CPU, the acquired status information to a Complex Programmable Logic Device (CPLD) backplane through a Baseboard Management Controller (BMC); and in response to receiving the status information, lighting, by the CPLD backplane, a lamp corresponding to an error lamp number based on the status information. The disclosure further discloses a lighting apparatus based on an AMD platform, a computer device, and a readable storage medium.

Abstract: An adaptive around-view monitoring device comprises a plurality of wide-angle cameras, a top-view image integration unit, a real-time image encoding/decoding unit, and an adaptive display processing unit, wherein the top-view image integration unit is further configured with a tuning/calibrating circuit which provides an acquisition and a calibration of erroneous parameters generated during the process of installation, and also substantially and efficiently reduces the routine time and procedure which repeats again and again to minimize or eliminate those parameters while the around-view monitoring device is being installed onboard the same type of vehicles. Furthermore, the adaptive display processing unit is able to adjust and output the optimized size and ratio of image to fit the display device installed on the vehicle. And, the present invention is able to provide the driver a real-time and correct around-view image and information.

Abstract: An adaptive around-view monitoring device comprises a plurality of wide-angle cameras, a top-view image integration unit, a real-time image encoding/decoding unit, and an adaptive display processing unit, wherein the top-view image integration unit is further configured with a tuning/calibrating circuit which provides an acquisition and a calibration of erroneous parameters generated during the process of installation, and also substantially and efficiently reduces the routine time and procedure which repeats again and again to minimize or eliminate those parameters while the around-view monitoring device is being installed onboard the same type of vehicles. Furthermore, the adaptive display processing unit is able to adjust and output the optimized size and ratio of image to fit the display device installed on the vehicle. And, the present invention is able to provide the driver a real-time and correct around-view image and information.