CAJ | 학술논문

以<计算机文化基础>课程为背景,重点研究简答题自动阅卷中模糊含权概念图的匹配问题.通过对课程知识点充分分析,设计了课程的概念类型格;根据概念类型格上概念间语义距离的概念和传统概念图的投影匹配思想,设计了模糊含权概念图中基于语义距离的投影匹配算法,并分析了算法的时间复杂度和空间复杂度.经过实验分析,该算法自动阅卷的正确性大约为90%,解决方案切实可行.该课题的研究,对本课程的其他主观题以及其他课程的主观题计算机自动阅卷都具有一定参考价值.
이<계산궤문화기출>과정위배경,중점연구간답제자동열권중모호함권개념도적필배문제.통과대과정지식점충분분석,설계료과정적개념류형격;근거개념류형격상개념간어의거리적개념화전통개념도적투영필배사상,설계료모호함권개념도중기우어의거리적투영필배산법,병분석료산법적시간복잡도화공간복잡도.경과실험분석,해산법자동열권적정학성대약위90%,해결방안절실가행.해과제적연구,대본과정적기타주관제이급기타과정적주관제계산궤자동열권도구유일정삼고개치.
Based on the culture foundation of computer science, studied the matching problems of fuzzy conceptual graphs with weight primarily. By analyzing the vital knowledge of the course, designed the conceptual type lattice. According to the thought of semantic distance between concepts in the conceptual type lattice and project matching in traditional conceptual graphs, this paper designed the project matching algorithm based on the semantic distance in fuzzy conceptual graphs with weight, and analyzed time complexity and space complexity of the algorithm. Through the experiment analysis, the correctness of automatically checking of this algorithm is approximately 90%, and the solutions for subjective examination are feasible. The research results of this paper have some referential value for automatically checking over subjective examination of other course and this course of other subjective examination.