Abstract:
A driving condition identification system mounted in a car, including an image capture unit adapted for capturing images of the scene in front of the car to produce a continuous video signal when the car stands still, and an operation processing unit electrically coupled with the image capture unit and adapted for receiving and processing the continuous video signal to determine images of an object in the continuous video signal in front of the car, to analyze changes in the images of the object in front of said car, and to determine the object in front of the car to be in movement or not.
Abstract:
A driving recorder capable of assisting in correcting a shooting posture and a correction method of the same are provided. The driving recorder includes: an image capturing unit, a gravity sensing unit, a storage unit and a processing unit. The gravity sensing unit senses an orientation of the driving recorder and generates angle information; the storage unit stores shooting angle logic tables to correspond to a variety of orientations of the driving recorder; and the processing unit selects a corresponding shooting angle logic table from the storage unit according to the angle information, and generates an actuation signal, so as to adjust a shooting angle of the image capturing unit.
Abstract:
A traffic sign identification method using a traffic sign identification system includes: operating a traffic sign image capture unit to capture a road condition image, operating a traffic sign image recognition unit to pick up a traffic sign image from the road condition image, and operating an arithmetic processing unit to convert the original RGB color space of the traffic sign image into a HIS color space, and then to extract one or multiple graphical features from the HIS color space subject to a predetermined graphic pattern, and then to execute a positioning procedure to allocate one traffic sign in the traffic sign image so as to further obtain a digital speed limit image using a matching arithmetic, and then to convert digital speed limit image into a digital speed limit skeleton diagram for identification of the speed limit value of the traffic sign image.
Abstract:
A lane departure warning system and method in combination with a driving behavior are provided. The system is disposed on a vehicle, and includes: at least one first information nation capture unit, for capturing environment information around the vehicle; at least one second information capture unit, disposed in the vehicle, for capturing in-vehicle image information; a processing unit, electrically connected to the first information capture unit and the second information capture unit, where the processing unit uses an environment determining unit to determine an environment condition of the vehicle according to the environment information, so that the processing unit performs an operation process according to the environment information of the first information capture unit and the in-vehicle image information of the second information capture unit, so as to generate an alarm signal; and a warning unit, for receiving the alarm signal to generate a warning action.
Abstract:
An event data recorder with a communication module and a method thereof are applicable to a vehicle. The event data recorder comprises: a communication module, electrically connected to a receiving and transmitting antenna unit, for receiving and transmitting a communication signal and establishing a network connection for the communication signal; a lens, for acquiring an image record when the vehicle travels; a micro-control unit, for storing the image record into a memory unit and uploading the image record into a storage server through the network connection; and a global satellite positioning module, for acquiring position information of the vehicle, storing the position information into the memory unit, and uploading the position information into the storage server through the network connection.
Abstract:
A 360-degree panorama driving recorder system for use in a carrier, including a display unit for displaying image records, three lens and three sensors respectively electrically connected together and mounted inside the carrier for capturing different view angle image records, and a microcontroller unit electrically coupled with the sensors for receiving and integrating the view angle image records captured through the lenses during running of the carrier into an integrated 360-degree panorama image record and then transmitting the integrated panorama image record to the display unit for display.