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The world is changing, Technology is revolutionizing the way we relate and interact with the environment. The knowledge of future technologies will allow us to adapt to change with time, anticipate its implementation and thus be able to work with them; we must not forget that future generations will be born with new technologies. This paper raises a number of developments, which for one reason or...
Mobile computing represents yet another significant paradigm shift in computing. On a very fundamental level, it is changing the way computing integrates into our daily lives, and also impacts what we should be teaching future computer scientists in our classrooms. In this paper establish our rationale for including mobile technology content in our CS courses. We then summarize our experiences to-date...
This paper provides the specification for the design of an innovative mobile mathematics creativity laboratory for contemporary adolescent and adult learners. The design is based on a broad collection of philosophical principles taken from educational research. Each principle is described in turn. The practical implementation of these principles with hardware and software within a laboratory is described...
The dynamic geometry system is a typical CAI application that utilizes computer technology to guide geometry learning. In our research of the dynamic geometry on handheld devices, we have successfully implemented a brand new system called "mathematic sketchpad", a part of the Noah graphing calculator. Compared to other similar products like TI or CASIO graphing calculator, the sketchpad...
Recently, low cost mobile platforms specially developed for basic education have appeared on the market. The OLPC (one laptop per child) XO laptop, the Intel Classmate and the Encore Mobilis are examples of these new equipments. In the near future, these platforms could be distributed to public schools, enabling mobile learning and one-to-one computing environments in emerging school communities....
Increasingly, electrical and computer engineers are making their careers in designing wireless embedded systems. This paper presents a teaching methodology and the associated laboratory setup designed to meet the needs in teaching wireless embedded systems. The courses allow the students not only to apply their previous knowledge of digital system design, computer architecture, electronic circuits,...
Currently, robots are being used as teaching tools and can be found in K-12 and college classrooms. The primary appeal associated with employing robots is that they tend to capture the attention of the target audience and thereby facilitate the learning process. While there are numerous robotic kits on the market today, few can be used to teach both high-level concepts in computer science and engineering...
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