Andrew D. Maxwell's research while affiliated with University of Southern Queensland  and other places

... The system is capable of matching the current circuit with the target circuit in a web-based environment as well as finding the possible faults in the current circuit. The system has been shown to use a prototype board for digital electronics which can be scaled to implement bigger interfaces and more complex functions [5]. ...

... 9 shows an image of a video with low resolution, full bode and away from the camera; which is very common in internet videos; still, the eyes are located with the method of Viola & Jones; but techniques such as contour detect or segmentation yield poor results. Although, the eyes segmentation is more successful than detector of contour Sobel; however, a histogram threshold is required for each frame or image; it is clear that methods must be rejected and opt for others to detect movement; since the problem can be solved with high resolution cameras as in [18] which increases the cost. Another alternative is the use of specialized hardware based on FPGA, but most people do not have such an option [19]. ...

... There are three software applications operating in the wearable virtual reality system for lower limb monitoring presented: an Android application, a PC application, and a web server. Both Android and PC applications are designed and implemented using Unity's multiplatform gaming engine [37], [38]. ...

... These devices used colour coding to indicate the speed of the elevator in the 3D model. An additional Arduino device later provided data from the sensors to the client [Maiti et al. 2019]. ...

... There are several studies regarding augmented reality based distance laboratory systems (Andujar et al., 2011;Frank & Kapila, 2017;Maiti et al., 2018;Onime & Abiona, 2016;Vargas et al., 2013). Vargas et al. (2013) see AR as an innovative path to enriching visualization in distance laboratories for engineering education. ...

... Similarly, to the terminology, various definitions and classifications for online laboratories have been proposed over the past two decades, for example, by Dormido-Bencomo (2004), Maiti et al. (2017). Specifically, Dormido-Bencomo (2004) proposed a simplified classification of laboratory environments based on two criteria: type of access to the laboratory resource (local, remote) and nature of the accessed resource (real, simulated). ...