Home > Equipment/Infraestructures > - CYBER-PHYSICAL SYSTEMS LABORATORY: INTELLIGENT DEVICES FOR THE DEVELOPMENT AND PROTOTYPING OF CITIES AND BUILDINGS - AUTONOMOUS SYSTEMS LABORATORY: INTELLIGENT DEVICES FOR THE DEVELOPMENT AND PROTOTYPING OF HIGHLY DYNAMIC SCENARIOS, INCLUDING AUTONOMOUS VEHICLES (DRONES)
- Cyber-Physical Systems Laboratory: Intelligent devices for the development and prototyping of Cities and Buildings - Autonomous Systems Laboratory: Intelligent devices for the development and prototyping of highly dynamic scenarios, including autonomous vehicles (drones)
INFORMATION ABOUT EQUIPMENT/INFR.
DESCRIPTION / SCOPE
Laboratory formed by heterogeneous physical and digital devices that interact with each other, offering services to other devices through IoT platforms. This laboratory simulates a smart city where multiple services are coordinated to offer new services. Autonomic computing techniques have been applied on IoT solutions to allow prototyping self-adaptive solutions. The laboratory consists of devices such as Raspberry Pi, Intel Galileo and various Arduinos, which allow us to develop 'smart things' on which to deploy (micro)services, and/or human interaction services. We also have more elaborate models that prototype services in the field of Smart Cities, such as a small fleet of (autonomous/programmable) vehicles, several houses, drones and traffic light controllers, etc.
Autonomic Computing, Self-adaptive and "Human in the loop" (Design and testing of Internet of Things (IoT) in enterprise environments: Integration of real world objects with information systems, Design and development of ubiquitous and ambient intelligence systems applied to Smart Homes, Buildings and CitiesDesign of autonomous and self-adaptive systems).