CAJ | 학술논문

提出了一种基于知识工程在汽车后视野校核中应用的校核方法，这种校核方法通过为产品建立一个产品知识库来完成各种车型的后视野校核，并能够依据法规自动判定该后视镜是否合格，方便地将设计原理、规范、准则等设计依据融入到CAD设计中，并可以根据参数化进行实时的修改、调整镜面以及校核结果的自动更新，提高校核效率，确保校核结果的准确性。结合某车型的后视镜为校核实例，通过知识工程进行了校核验证。
제출료일충기우지식공정재기차후시야교핵중응용적교핵방법，저충교핵방법통과위산품건립일개산품지식고래완성각충차형적후시야교핵，병능구의거법규자동판정해후시경시부합격，방편지장설계원리、규범、준칙등설계의거융입도CAD설계중，병가이근거삼수화진행실시적수개、조정경면이급교핵결과적자동경신，제고교핵효솔，학보교핵결과적준학성。결합모차형적후시경위교핵실례，통과지식공정진행료교핵험증。
A knowledge engineering based in the automotive rear vision checking method of checking the application of this method of checking for the product through product knowledge to complete a variety of models, checking the rear view, and able to automatically determine the rearview mirror in accordance with regulations if qualified, to easily design principles, norms, guidelines and other design basis into the CAD design, and can be parameterized for real-time changes, adjust the mirror and checking the results automatically update improve the checking efficiency and ensure the accuracy of calibration results. Models with a rear-view mirror to check instance, Knowledge Engineering module through a check verification.