Springer Information Sciences

This book seeks to elucidate picture engineering as a new discipline for hand­ ling the entire scope of picture processing in a systematic manner. Picture engineering as a discipline has three aspects, the first of which is methodo­ logical, technical, and architectural. The second consists of pattern ana­ lysis and recognition of pictorial input, picture database management, inclu­ ding picture data structure and data representation for picture storage and transformation, and computer graphics for picture output and display. Ver­ satile applications such as computer-aided design, manufacturing and testing (CAD/CAM/CAT), office automation (GA), robotics, and fancy computer arts com­ prise the third aspect. This book covers all three aspects in original papers by leading experts in the discipline. The book is divided into six parts. Part I covers the central topic of pictorial database management in three papers. The first, by Yamaguchi and Kunii, presents a data model for designing a picture database computer. The second, by Klinger, discusses the organization of computers for handling pic­ torial data. In the third paper, Shi-Kuo Chang treats the indexing and enco­ ding of pictorial data. Part II is devoted to picture representation. First, a general approach to picture analysis using both syntactic (structural) and semantic information is described by Fu. This is followed by an in-depth explanation of various 3-D shape representation methods by Ikebe and Miyamoto. Schumaker elaborates polar spline representation of 3-D objects, and finally,Enomoto, Yonezaki and Watanabe describe a unique method of characterizing 3-D surfaces by struc­ ture lines.