REMOTE E-LABORATORY PLATFORM FOR AN FPGA-BASED MICROCOMPUTER SYSTEM

摘要

Field programmable gate arrays (FPGAs) are digital integrated circuits made up of programmable logic blocks and interfaces. They can be configured after manufacture, which is why designers find them very useful in creating systems around them. We designed the BZK.SAU.FPGA10.0 and BZK. SAU.FPGA10.1 microcomputer architectures based on FPGAs to help students learn about programming and electronic design. In the literature, educational purpose studies are often combined with remote access platforms, so users can access systems any time from anywhere - even from home - with only an Internet link, and operate and test their own designs. Some of these studies are based on client/server architectures, others on remote desktop connection architectures, and then there are those that use client/host architectures with a web access platform -32-34 which our study is based on.