The paper describes the conceptual basis and functionality of ITSIE, an Interactive Tool for System Identification Education.
This research proposes to translate conceptual ideas for the functionality of the environment and appliances into concrete designs.
The conceptual design and its functionality have been verified through the real-life micro-satellite project RISESAT, which is a 50kg class international scientific micro-satellite.
Avoiding time consumable and difficult programming caused by manufacturing a new conceptual approach a Function-Block Runtime (FORTE) executes generated control application platform-independently and coordinates component module functionalities.
The functionality of the conceptual framework proposed is illustrated with a real implementation case targeting the footwear industry.
The paper describes the conceptual basis, main features and functionality of an interactive software tool developed in support of system identification education and discovery.
Although the importance of knowledge sharing among designers has been widely recognized, knowledge about functionality in the conceptual design phase is hard to capture and is often scattered across technical domains.
Underpinning these technology-level features and functionalities are robust conceptual, logical, and theoretical reasoning and knowledge framework that drive sciences.
The goal is to find opportunities to integrate structure and functionality early in the conceptual stage to increase production efficiency and reduce cost.
A list of quality attributes that lie squarely in the realm of SAs is defined by the architecture tradeoff analysis method (Clements et al. [2001]): performance, reliability, availability, security, modifiability, portability, functionality, variability, subsetability and conceptual integrity.
