Traduction de «automatisation souple » (Français → Anglais) :

soft automation

soft automation | flexible automation

flexible automation monitoring & operation user station [ FAMOUS | flexible automation and operations user station ]

flexible manufacturing system | computer integrated manufacturing system | CIM | variable mission system | flexible automation | variable manufacturing mission | flexible manufacturing system complex | flexible work system | FWS | computer integrated and automated manufacturing system | CIAM | FMS | VMS | VMM

textile, leather and footwear research worker | textile, leather technologist | textile and leather researcher | textile, leather and footwear researcher

design automated software tests | generate automated software tests | build automated software tests | develop automated software tests

flexible pavement [ flexible paved roadway ]

flexible pavement | flexible roadway

In the longer run, there is no reason why aircrafts should have sophisticated communication, navigation and automation, and not ships, trains or cars. New technologies coming to market in the near future will gradually provide new services to citizens and allow improved real-time management of traffic movements and capacity use, as well as the tracing and tracking of flows for environmental and security purposes. In addition to the obvious benefits to transport operators and clients, new systems will provide public administration with ...[+++] rapid and detailed information on infrastructure and maintenance needs. They will not only enhance driving comfort but also help to increase safety and security and to tackle wasteful transport patterns in the interest of environmental sustainability. The Galileo Supervisory Authority is being set up; the Galileo satellite system will be operational from 2010 and provide navigation signals to be combined with ground- or space-based communication. The development of a European open architecture will ensure interoperability and the flexible development of future applications for all transport modes.

Companies are also reducing the space it takes to manufacture by adopting very flexible systems of automation.

In the longer run, there is no reason why aircrafts should have sophisticated communication, navigation and automation, and not ships, trains or cars. New technologies coming to market in the near future will gradually provide new services to citizens and allow improved real-time management of traffic movements and capacity use, as well as the tracing and tracking of flows for environmental and security purposes. In addition to the obvious benefits to transport operators and clients, new systems will provide public administration with ...[+++] rapid and detailed information on infrastructure and maintenance needs. They will not only enhance driving comfort but also help to increase safety and security and to tackle wasteful transport patterns in the interest of environmental sustainability. The Galileo Supervisory Authority is being set up; the Galileo satellite system will be operational from 2010 and provide navigation signals to be combined with ground- or space-based communication. The development of a European open architecture will ensure interoperability and the flexible development of future applications for all transport modes.

Attention was focussed on new manufacturing techniques and new materials, and nine key technological fields were given priority: - Improved reliability of industrial materials, components and systems; - Laser technology as a production tool; - New material joining techniques; - New testing methods, often computer-based and used on production lines and in continuous processes; - 3 - - Advanced design and manufacturing techniques; - Applications of advanced materials such as polymers, composites and ceramics; - Membrane science and technology; - Catalysis and particle technology; - Automated processing and assembly of flexible mate ...[+++]rials leading to the automated manufacture of clothes and shoes.