Book [WS251] "Fundamentals of 3D Image Recognition Using Stereo Methods and Applications to Onboard Cameras" [Non-designated product by our company]
【WS251】
Book [WS251] "Fundamentals of 3D Image Recognition Using Stereo Methods and Applications to Onboard Cameras" [Non-designated product by our company]
【WS251】"Fundamentals of Stereoscopic Image Recognition and Its Application to In-Vehicle Cameras" 【Non-Company Specified Product】 ■□■Book Content■□■ The in-vehicle camera discussed in this book is not any of the aforementioned types, but rather one that recognizes the surrounding environment through image processing. In-vehicle cameras that involve image processing can be broadly divided into two categories. One is the monocular method, which uses a single camera to determine the relative speed of objects in view and the distance to those objects by utilizing the camera's movement caused by the movement of the vehicle, such as white lines and signs. The other is the stereoscopic method, which uses two cameras to capture the vehicle's surrounding environment in three dimensions, measuring the position, size, and shape of objects. This book primarily focuses on the stereoscopic method among the two. Although there are still issues regarding cost and vehicle compatibility compared to the monocular method, significant advancements are expected for in-vehicle cameras in the future. The advantages of the stereoscopic method will be discussed later. ■For more details, please contact us.
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【WS251】"Fundamentals of Stereoscopic Image Recognition and Its Application to Onboard Cameras" 【Non-designated Products by Our Company】 ■□■Book Content■□■ The onboard camera discussed in this book is not any of the aforementioned types, but rather one that recognizes the surrounding environment through image processing. Onboard cameras that involve image processing can be broadly divided into two categories. One is the monocular method, which uses a single camera to determine the relative speed of objects in view and the distance to those objects by utilizing the camera's movement caused by white lines, signs, and the motion of the vehicle itself. The other is the stereoscopic method, which employs two cameras to capture the vehicle's surrounding environment in three dimensions, allowing for the three-dimensional measurement of the position, size, and shape of objects. This book primarily focuses on the stereoscopic method among the two. Although there are still issues regarding cost and vehicle integration compared to the monocular method, significant advancements are expected for onboard cameras in the future. The advantages of the stereoscopic method will be discussed later. ■For more details, please contact us.
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■□■Application■□■ Researchers and engineers related to in-vehicle cameras and image processing
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