Principal categories for academy award winners include : best picture, best director, best actor, best actress, best supporting actor, best supporting actress, best foreign language film, best cinematography, best special effects, best sound, best musical score . etc 奥斯卡主要奖项包括：最佳影片奖，最佳导演奖，最佳男主角，最佳女主角，最佳男配角，最佳女配角，最佳外语片奖，最佳摄影奖，最佳特殊效果奖，最佳音效奖，最佳配乐奖，等等。
The musical event of the century held in los angeles in december 1998 remains a popular topic of conversation . like cool, crystal clear streams meandering down a mountain peak through a valley, the uplifting musical scores penetrated our hearts to awaken our innate creativity and infinite love that winter evening 1998年12月在洛杉矶举行的世纪音乐盛会，至今仍让人津津乐道，而那犹如自山巅蜿蜒谷底的碧澈清泉般音乐，更是揭开了我们潜在的创造力与无尽爱力。
It scans original paper musical score by digital equipments, such as scanner, and generates a bitmap of a scanned sheet of music, then processes and recognizes the music information in the bitmap file by using a special software system and at last turns the music information into general digital music format ( such as midi format ) 它利用扫描仪等数码设备，对已有的纸质乐谱进行扫描，形成数字乐谱图像，再利用专用的软件系统进行处理与识别，从中提取出音乐信息，最后转化成通用的数字音乐格式(如midi格式)。
Considering his background in jazz as a trumpet player, his years of experience composing musical scores or film and television, his credentials as author of two highly-respected texts on film music, and adding to these both an oscar and an emmy award it becomes clear that karlin has traversed the scale of musical experience and expression 他的爵士喇叭演奏背景他的电影电视音乐谱曲多年经历他的两个高度受尊崇的电影音乐作曲，再加上一个奥斯卡金像奖和一个艾美奖，这很明显的，卡林已经超越了音乐经历所能表达的评价。
In this diploma thesis, the statistic and structural characteristic of musical score image is analyzed and synthesized by relevant technology of image project, pattern recognition, mathematical morphology, software engineering, music knowledge, midi and so on . the concept of direction number has been defined, and then the mathematical morphology theory is used to process musical score image and recognize musical information . specialized direction number algorithms are firstly used to preprocess a musical score image and then recognize stafflines, barlines, pitch, note values, clef, etc . finally the musical information of the musical score image is automatically stored in the midi format 本文利用图像处理、模式识别、数学形态学、音乐知识库与midi等相关技术，分析与综合数字乐谱图像的统计与结构特征，提出了方向数等概念，对乐谱图像进行处理，利用直方图技术与方向数算法识别谱线、小节线、符干等乐谱的主要框架，然后用数学形态学理论识别音高与时值，最后根据这些音乐信息，组合成音乐乐谱信息，并自动转化成midi格式。
In this diploma thesis, the statistic and structural characteristic of musical score image is analyzed and synthesized by relevant technology of image project, pattern recognition, mathematical morphology, software engineering, music knowledge, midi and so on . the concept of direction number has been defined, and then the mathematical morphology theory is used to process musical score image and recognize musical information . specialized direction number algorithms are firstly used to preprocess a musical score image and then recognize stafflines, barlines, pitch, note values, clef, etc . finally the musical information of the musical score image is automatically stored in the midi format 本文利用图像处理、模式识别、数学形态学、音乐知识库与midi等相关技术，分析与综合数字乐谱图像的统计与结构特征，提出了方向数等概念，对乐谱图像进行处理，利用直方图技术与方向数算法识别谱线、小节线、符干等乐谱的主要框架，然后用数学形态学理论识别音高与时值，最后根据这些音乐信息，组合成音乐乐谱信息，并自动转化成midi格式。
In this diploma thesis, the statistic and structural characteristic of musical score image is analyzed and synthesized by relevant technology of image project, pattern recognition, mathematical morphology, software engineering, music knowledge, midi and so on . the concept of direction number has been defined, and then the mathematical morphology theory is used to process musical score image and recognize musical information . specialized direction number algorithms are firstly used to preprocess a musical score image and then recognize stafflines, barlines, pitch, note values, clef, etc . finally the musical information of the musical score image is automatically stored in the midi format 本文利用图像处理、模式识别、数学形态学、音乐知识库与midi等相关技术，分析与综合数字乐谱图像的统计与结构特征，提出了方向数等概念，对乐谱图像进行处理，利用直方图技术与方向数算法识别谱线、小节线、符干等乐谱的主要框架，然后用数学形态学理论识别音高与时值，最后根据这些音乐信息，组合成音乐乐谱信息，并自动转化成midi格式。
In this diploma thesis, the statistic and structural characteristic of musical score image is analyzed and synthesized by relevant technology of image project, pattern recognition, mathematical morphology, software engineering, music knowledge, midi and so on . the concept of direction number has been defined, and then the mathematical morphology theory is used to process musical score image and recognize musical information . specialized direction number algorithms are firstly used to preprocess a musical score image and then recognize stafflines, barlines, pitch, note values, clef, etc . finally the musical information of the musical score image is automatically stored in the midi format 本文利用图像处理、模式识别、数学形态学、音乐知识库与midi等相关技术，分析与综合数字乐谱图像的统计与结构特征，提出了方向数等概念，对乐谱图像进行处理，利用直方图技术与方向数算法识别谱线、小节线、符干等乐谱的主要框架，然后用数学形态学理论识别音高与时值，最后根据这些音乐信息，组合成音乐乐谱信息，并自动转化成midi格式。
