6 , 2016-03-24 , 法政大学大学院情報科学研究科
Abstract—An FPGA-based remote laboratory implemented in a hybrid cloud for semi-automatic FPGA-run experiments is presented. The design ﬁle and the FPGA test ﬂow ﬁle including the FPGA-run parameters are sent to the hybrid cloud to trigger the sequence of the following tasks automatically: the logic-synthesis, and the FPGA-run, with the video recording. In this way, the amount of the users works can be reduced. The useronly prepares the high-level Verilog HDL description and a few FPGA device setup parameters. The remote laboratory managerwhich provides semi-automatic experiment service handles the rest of the works, and the FPGA-run results together with the live recorded video are returned to the user for further inspection/debugging. This semi-automatic experiment service eliminates many cumbersome user works. Each user can havean access to the remote laboratory through a web browser and communicate with the experiment task manager via the Web Services and the WebSockets. As the manager acts like an agent for the user and realizes the semi-automatic experiment, the user can concentrate on the high-level designs. The user can get the feeling of the exclusive and interactive use of an FPGA-based experiment platform, while allowing efﬁcient sharing of the platforms at the same time. In case of the device usage conﬂicts, the task manager resolves the contentions by reallocating the platforms in both space- and time-division fashions.