Abstract
Overall fluid dynamics of the implosion, laser-plasma interaction and super hot electron generation, and super hot electron energy deposition within the core are key issues in the Fast Ignition scheme. As both time and space scales of these phenomena are much different, it is impossible to simulate all phenomena with one code, and we must simulate each phenomenon with individual codes and integrate them. We will run these codes individually, that are collaborating each other with data transfer via the computer network. Since communication among these codes is very straightforward, we design a lightweight protocol, Distributed Computing Collaboration Protocol (DCCP), to transfer data. We have planned to simulate the Fast Ignition with self consistent fields in a full range of parameters using DCCP and just started challenging Fast Ignition Integrated Interconnecting code project.
