Remote laboratory experiments in electrical engineering education

Web Based Simulation of Direct Current Motor Response to Basic Input Signals

“…• Sistem tasarımının ve uygulamanın hızlı gelişti-rilebildiği LabVIEW, MATLAB gibi yazılımlar ve bunları destekleyen donanım sistemlerini kullanmak (7)(8)(9)(10)(11)(12)(13)(14)(15) • Öğrencilerin herhangi bir deneyi yapmak için belirli bir gün ve saat dilimine uymaları gerekmez. Geleneksel eğitimde, öğrenci deneyi kaçırdığı zaman, genelde o deneyi bir daha yapma imkânı olmamaktadır.…”

Remote Laboratory for Electrical Experiments

“…By selecting proper values for the components in the circuits to be formed by the students the time constants involved can be short -below 0.1 second -without causing any inconvenience; their contribution to the response time will then not be significant. Instrument delay will be low when computer-based instruments are used 6 . Proper coding of the oscilloscope trace data is essential to minimize the length of the data strings to be sent from the server.…”

An Innovative Remote-Lab Framework for Educational Experimentation

“…As an example, Remote Labs are of particular interest in electrical engineering education [1] since electrical experiments are easy to control remotely. One cannot hear or see electrical currents; hence, there is no missing information from performing the experiment remotely.…”

“…On the other hand, certain tasks are not possible in remote labs like manual forming of electric circuits and connecting test probes. Solutions exist and are proposed for such limitations like utilizing remotely controllable switch matrices [1][2][3][4][5][6].…”

“…the addition of new remote labs should not require any modification to the core modules, or worse, the architecture. As reported in many remote labs, the complexity associated with developing new remote labs or even maintaining existent remote labs is one of the major obstacles to the wide spread of remote labs [1][2][3][4][5][6][7][8][9][10]. 2.…”