All participants designed two tools: one in a physical prototyping environment and one in an environment without physical prototyping.
Therefore on chip debug support (OCDS) solutions developed for R8051XC are presented along with prototyping environment and real time operating system port available for R8051XC follows.
Building this robot helped to determine the required subsystems and interfaces for building the prototyping environment, and provided hands-on experience for real problems and difficulties that are addressed and solved using this environment.
In previous work, we proposed the prototype environment SNet for the representation and dynamic simulation of agent-based designs for inter-organizational networks.
The prototype environment integrated a number of distributed data sources and applications to support several processes typically conducted within municipal sewer and water departments.
With this prototype environment, a new education system may emerge promoting an efficient and advanced learning.
A prototype environment is presented for blow molded automotive parts design.
In the context of our implemented prototype environment, the iRoom interactive workspace, we describe the principles that led us to this design choice, the modifications we made to the basic tuplespace model to improve its suitability for ubiquitous computing, our day-to-day experience over the past year and a half putting these principles into practice, and some avenues for future research.
This prototype environment aims to extend the idea of a musical instrument into a new musical/audio system, incorporating traditional musical concepts side by side with actual music concepts, in order to progress one step further in the music/sound composing and performing approaches.
We have used Quanser rapid prototype environment QUARC [26] that has been used for running several real-time experiments such as double inverted pendulum control, unmanned aerial vehicles, unmanned ground vehicles, and mobile robots [27].
