Browsing by Keyword "Simulator"
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Item Developing models for future real-time platforms: Virtual simulation and design of new components and systems for aircraft and remotely piloted aircraft systems(Institute of Electrical and Electronics Engineers Inc., 2015-06-16) Garcia-Hernandez, L.; Cuerno-Rejado, C.; Gandia-Aguero, F.; Rodriguez-Sevillano, A. A.; Cervero, A.; Moreno, G.; Barcala-Montejano, M. A.; Pena-Rodriguez, A.; Estensoro-Astigarraga, F. J.; Lasa-Aguirrebengoa, J.; Pelayo-Rivera, A.; Tecnalia Research & Innovation; GENERAL; INNOV_AIR_MOBILIn the development of electrified and other vehicle systems, the modelling and simulation of the vehicle is very important. With these tools the preliminary design, as well as later detailed studies of the systems developed, allow engineers to spend less time on each phase of their projects or address them with an integrated approach. In addition, this integrated approach provides the pos sibility of building hardware-in-the-loop models with all the components required. This vehicle modelling and simulation has gained more interest with the increasing use of a wide variety of RPAS, ranging from light weight micro aircraft to large vehicles of various tons. For this reason, the previously-described building tools are the final objective of the developing models to be used in real-time platform projects. The first step present ed i n this paper is to build a simulato r that reproduces the behaviour of a selected aircraft and validate it. This paper presents the study of the performances and behaviour of an OPV used to validate the simulator developed later. At the end, some preliminary tests and estimations of the performances for the selected OPV with an electric motor are presented.Item Traffic simulation to evaluate electrical consumption for EcoGem solution(2012) De Arcaya, A. D.; Lázaro, G.; De Zárate, M. O.; De Estarrona, U. M.; Garcia, I.; Usatorre, L.; WEATHER AND CLIMATE INTELLIGENCE FOR BUSINESS; SWT; ROBOTICA_FLEX; Tecnalia Research & Innovation; INDUSTRY_THINGS; FACTORYEcogem is a project funded by the European Commission under the FP7 program which aims to develop a driver assistance system for electric vehicles to determine the most efficient routes from the point of view of electricity consumption, considering cooperation between vehicles to avoid congested areas and using learning algorithmicts to forecast the electrical consumption in the route. On the other hand, the prototype will also show the recharging points available next to the vehicle and the vehicle driver will be able to make its booking. In order to determine the electrical consumption of a route, different boundary conditions have to be considered, as the topography, traffic flows, weather, etc. In this paper is considered an electrical consumption equation included in a traffic simulator considering slopes.