DISTRIBUTED RELIABLE RENDERING METHOD FOR PARAMETRIC MODELING

Abstract

Paper presents the achievement on parallelized distributed reliable rendering method shown on 3D electromotor designed to be performed on Cluster computer system. In this paper we will describe a proof of concept model of rendering using parametric POVRay model, client-server on-demand rendering architecture with RFC 822 + 1 SMTP and HTTP like keep-alive extensible protocol, using open source elements, configurable rendering architecture, available to use at no cost added to cost of hardware, with new solutions for simple configuration file mechanisms, and resilient behavior of software, based on best effort strategy of work distribution. The paper presents an innovative way of creating distributed reliable rendering method using huge range of computers for parametric modeling. The main aim of this paper is to present a solution that will use existing resources in order to make modeling method more sufficient and for applying complex computer services/jobs under distributed architecture. The implementation also includes logistics and support for automatic computer clustering and for service/job programs execution. The primary goal is to use existing resources for useful applications in the 3D parametric modeling, image programming and simulation rendering.