CAJ | 학술논문

提出了一种具有云计算特点的可伸缩的服务器架构，通过采用模块化的方式有效地分割服务功能，能以对用户透明的方式满足三维网络应用的各种存储和带宽的需要。将该方案在一个三维虚拟现实项目中进行测试，结果表明，该方案有较好的伸缩性和效率。
제출료일충구유운계산특점적가신축적복무기가구，통과채용모괴화적방식유효지분할복무공능，능이대용호투명적방식만족삼유망락응용적각충존저화대관적수요。장해방안재일개삼유허의현실항목중진행측시，결과표명，해방안유교호적신축성화효솔。
This paper proposes a novel sealable server framework with the characteristics of cloud computing, which ensures transparent and efiective access, and supports various types of services with different dynamic requirements of storage anti bandwidth by quantitatively partitioning service functions and using the modular realization. This scheme is tested in a data-intensive 3D virtual reality project and the results show that it has good scalability and efficiency.