Autor/Autorin: Tsoodol Nyamkhuu
Nyamkhuu Tsoodol is the Director General of Policy and Planning Department of Information and Communication Technology, and Post Authority, the Government of Mongolia. Nyamkhuu is a Master of Computer Science, having graduated from the Asian Institute of Technology (AIT) in Bangkok, Thailand, in 1998.
This study discusses in general the problem to obtain a fractal deillegalscription of a 3D fractal object in the form of 3D IFS, highlighting methodology building. The proposed methodology is to build the 3D IFS based on the 2D IFS of 2D orthogonal parallel projections. The methodology consists of several stages which are related to one another. In this study the author attempts to review all the related material and bring them to a single goal. Also the author prepared this research as a springboard for further developments to be continued by another researcher. As such, author attempts to combine all the stages into one methodology and to facilitate a strong theoretical basis for this methodology. The aim here is to make the methodology more robust and applicable and this has been partially fulfilled. Lastly the author recommended further research on this.
Nyamkhuu Tsoodol is the Director General of Policy and Planning Department of Information and Communication Technology, and Post Authority, the Government of Mongolia. Nyamkhuu is a Master of Computer Science, having graduated from the Asian Institute of Technology (AIT) in Bangkok, Thailand, in 1998.
Über den Autor
Nyamkhuu Tsoodol is the Director General of Policy and Planning Department of Information and Communication Technology, and Post Authority, the Government of Mongolia. Nyamkhuu is a Master of Computer Science, having graduated from the Asian Institute of Technology (AIT) in Bangkok, Thailand, in 1998.
Klappentext
This study discusses in general the problem to obtain a fractal deillegalscription of a 3D fractal object in the form of 3D IFS, highlighting methodology building. The proposed methodology is to build the 3D IFS based on the 2D IFS of 2D orthogonal parallel projections. The methodology consists of several stages which are related to one another. In this study the author attempts to review all the related material and bring them to a single goal. Also the author prepared this research as a springboard for further developments to be continued by another researcher. As such, author attempts to combine all the stages into one methodology and to facilitate a strong theoretical basis for this methodology. The aim here is to make the methodology more robust and applicable and this has been partially fulfilled. Lastly the author recommended further research on this.
