Abstract: It is disclosed a blood glucose prediction system and method. According to one example embodiment, the blood glucose prediction system may include a learning modeling unit for learning a blood glucose variability inference model to infer a correlation between a physical indicator and blood glucose variability, and learning a blood glucose inference model to infer a correlation between sugar of saliva and blood glucose; a target information acquiring unit for acquiring a physical indicator and sugar of saliva of a target; a blood glucose variability estimating unit for estimating blood glucose variability of the target by using the blood glucose variability inference model with the physical indicator of the target as an input parameter; and a blood glucose predicting unit for predicting blood glucose of the target by using the blood glucose inference model with the sugar of the saliva and the estimated blood glucose variability of the target as an input parameter.

Abstract: It is disclosed a blood glucose prediction system and method using saliva-based artificial intelligence deep learning technique.

Abstract: Disclosed are a biosensor structure for sample measurement and a sample measuring method using same.

Abstract: According to the present disclosure, an apparatus and a method for around view monitoring using a LIDAR are provided. An around view monitoring apparatus according to the present disclosure includes: a traveling environment detector that detects traveling environment information for front, rear, left, and right detection areas of a vehicle using a LIDAR; a boundary extractor that extracts outlines of objects positioned in the detection areas and lanes from the detected traveling environment information; a video generator that generates images frames of the detection areas of the vehicle based on the outlines of the objects and the lanes that are extracted and generates a traveling environment video by combining the image frames; and a traveling environment outputter that outputs the generated traveling environment video.

Abstract: According to the present disclosure, an apparatus and a method for around view monitoring using a LIDAR are provided. An around view monitoring apparatus according to the present disclosure includes: a traveling environment detector that detects traveling environment information for front, rear, left, and right detection areas of a vehicle using a LIDAR; a boundary extractor that extracts outlines of objects positioned in the detection areas and lanes from the detected traveling environment information; a video generator that generates images frames of the detection areas of the vehicle based on the outlines of the objects and the lanes that are extracted and generates a traveling environment video by combining the image frames; and a traveling environment outputter that outputs the generated traveling environment video.

Abstract: An ACC system and method for controlling a vehicle are disclosed. An adaptive cruise control (ACC) system includes: a radar sensor unit which detects an object around a vehicle and a movement detector which measures a driving speed and acceleration of the vehicle and a determination unit which determines a stopped object to be a stopped vehicle when the stopped object is detected in front of the vehicle and a surrounding vehicle detected around the vehicle is detected to decelerate on the basis of the measured driving speed and acceleration and a controller which regards the stopped vehicle as a preceding vehicle and performs deceleration control.

Abstract: A driver convenience system for determining a vertical angle abnormality of a radar includes: a radar which is mounted on a vehicle to detect vehicle-ahead information; and an electronic control unit which controls driving of the vehicle based on the vehicle-ahead information detected by the radar. The electronic control unit includes: a monitoring unit configured to monitor a stationary object based on the vehicle-ahead information detected by the radar; an updating unit configured to update a maximum detection distance between the stationary object monitored by the monitoring unit and the vehicle; a vertical angle estimating unit configured to estimate a vertical angle of the radar by using the maximum detection distance updated by the updating unit; and a determining unit configured to determine that a vertical angle abnormality occurs in the radar when the estimated vertical angle is out of a preset required mount angle.

Abstract: An ACC system and method for controlling a vehicle are disclosed. An adaptive cruise control (ACC) system includes: a radar sensor unit which detects an object around a vehicle and a movement detector which measures a driving speed and acceleration of the vehicle and a determination unit which determines a stopped object to be a stopped vehicle when the stopped object is detected in front of the vehicle and a surrounding vehicle detected around the vehicle is detected to decelerate on the basis of the measured driving speed and acceleration and a controller which regards the stopped vehicle as a preceding vehicle and performs deceleration control.

Abstract: A driver convenience system for determining a vertical angle abnormality of a radar includes: a radar which is mounted on a vehicle to detect vehicle-ahead information; and an electronic control unit which controls driving of the vehicle based on the vehicle-ahead information detected by the radar. The electronic control unit includes: a monitoring unit configured to monitor a stationary object based on the vehicle-ahead information detected by the radar; an updating unit configured to update a maximum detection distance between the stationary object monitored by the monitoring unit and the vehicle; a vertical angle estimating unit configured to estimate a vertical angle of the radar by using the maximum detection distance updated by the updating unit; and a determining unit configured to determine that a vertical angle abnormality occurs in the radar when the estimated vertical angle is out of a preset required mount angle.

Abstract: A biosensor and a sample inflow sensing method are disclosed. The biosensor includes a sample sensing electrode configured to sense inflow of a sample; a component measuring electrode configured to measure a specific component contained in the sample; and an integrated circuit unit for controlling configured to apply a power to the sample sensing electrode periodically and to determine the inflow of the sample based on a capacitance generated by the power applied to the sample sensing electrode.