![]() ![]() (2009) Evaluating a System Simulator for Computer Architecture Teaching and Learning Support. (2009) An Integrated Approach to Effective Computer Architecture Learning by Simulation. URL: European Journal of Science and Mathematics Education () Proceedings of the Frontiers in Science Education Research Conference, March 22-24, 2009, Famagusta, North Cyprus. (2009) ‘ YASS: A System Simulator for Operating System and Computer Architecture Teaching and Learning’. Should you wish to have a go at the tutorials I will be happy to hear from you about your experiences with the simulations. These tutorials are modified versions of the actual tutorials used to support the practical lab sessions at the university. ![]() However, a set of tutorials are included to help you try out the simulations offered. The manual for the simulator is being prepared and therefore is not available yet. Please feel free to browse the site to discover the simulator’s capabilities and to download and try out the simulations. Although the version available for download is reasonably stable and usable it probably is still buggy requiring more extensive testing. The simulator is a complex piece of software and is being regularly maintained and enhanced. It has been the subject of research work to evaluate and establish the effectiveness of the simulations with the help of funding from The Higher Education Academy (HEA). ![]() It has been successfully integrated in undergraduate computing degree programmes in support of teaching modules in computer architecture and operating systems at Edge Hill University. It is multi-level as it provides simulations at different levels of computing hardware and software technology.ĬPU-OS Simulator is the product of many years’ development effort. It is integrated as it incorporates multiple simulations that are able to support each other across well-defined interfaces. It is characterised as an integrated and multi-level simulator. Although this simulator has features common to many similar simulators, it also boasts many unique features. This site is primarily dedicated to one such simulator which is designed to simulate many different aspects of computer architecture and operating systems. This site is dedicated to this software which is made freely available.Įducational simulators in computer education are created to provide support for teaching and learning by mimicking the behaviours of computer hardware and software and often include visualization and animation methods to aid student engagement and deeper understanding. This educational software is designed to support computer education through simulations of modern CPU and Operating System for the learners and teachers of computer organization and architecture. Sudo xattr -rds -OS Simulator is a combined CPU simulator and an OS simulator. Sudo xattr -rds /Applications/PllDesign.app Sudo xattr -rds /Applications/CppSimView.app This is a small set of DLL files, and can be downloaded and installed directly from Microsoft's website at:Īfter install, you'll need to run the following commands in Terminal: Windows Note:įor the Windows version of CppSim, some computers require installation of the Microsoft Visual C++ 2008 Redistributable Package (x86) in order to run NGspice. Through the FAQ page for additional information. Read the CppSim/VppSim Primer found on the Manuals web page, and look (You must also have Tcl/Tk, Wine, zlib, and g++ compiler installed on your system)įor all of the above, read the CppSim/VppSim Primer found on the Manuals web page for more detailed installation instructions. Linux - Extract the downloaded file cppsim_linux_ and update. Mac OS - Double-click on the downloaded file CppSimMacInstall.dmg (See note below on also installing Microsoft Visual C++ 2008 Redistributable Package) ![]() Windows - Double-click on the downloaded file setup_cppsim5.exe ![]()
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