Traduction de «Expert-system-building tool » (Anglais → Français) :

knowledge engineering tool [ knowledge system building tool | tool | system building tool | expert system building tool | expert system development tool ]

expert system builder | expert-system-building tool | ESB [Abbr.]

expert system building [ expert system construction ]

large hybrid system building tools [ hybrid tools ]

They should also promote interoperability between auditing tools, and building and energy management systems, with a view to developing a systemic understanding of a building's energy performance.

Supporting the full implementation of EU measures: The Commission will continue to support Member States in implementing EU legislation, such as the EU Passenger Name Record (PNR) Directive that needs to be completed by 25 May 2018 and the Prüm framework for the exchange of DNA, fingerprint and vehicle registration data; Reducing the complexity of EU instruments and strengthening interoperability: Agreement on the Entry/Exit System is an important step towards achieving full interoperability of EU information systems by 2020 and the Commission will engage with the European Parliament and Council to accelerate work on related proposals to strengthen the Schengen Information System and EURODAC and ECRIS databases; Building up capacity by po ...[+++]oling resources: Building on the success of the network approach already deployed in fields like drug trafficking and transport security, the Commission will work on further pooling security expertise at EU level, notably where individual Member States lack specific expertise or resources in areas such as cybersecurity, chemical, biological, radiological or nuclear materials; Addressing evolving threats: While the overall EU legislative framework has proven its usefulness, the Commission is continuously analysing the need for adaptations, for example with a newly established High-Level Expert Group on Radicalisation.

In these second-generation models, the use of telematic tools and assistance from artificial intelligence based on mathematical models facilitate rulings on disputes through the systematic evaluation of the parties' proposals, in turn supported by IT specialists with equal capacity (‘intelligent interfaces’) in a interactive process based on standard negotiating patterns such as BATNA (Best Alternative to a Negotiated Agreement), WATNA (Worst Alternative to a Negotiated Agreement) and finally ZOPA (Zone of Possible Agreement). Examples of decision support systems include expert systems, systems of information based on previous cases, com ...[+++]puter database access systems (case-based reasoning or ‘CBR’ in international literature) and online dispute resolution based on the parties' different approaches to dispute resolution.

In these second-generation models, the use of telematic tools and assistance from artificial intelligence based on mathematical models facilitate rulings on disputes through the systematic evaluation of the parties' proposals, in turn supported by IT specialists with equal capacity (‘intelligent interfaces’) in a interactive process based on standard negotiating patterns such as BATNA (Best Alternative to a Negotiated Agreement), WATNA (Worst Alternative to a Negotiated Agreement) and finally ZOPA (Zone of Possible Agreement). Examples of decision support systems include expert systems, systems of information based on previous cases, com ...[+++]puter database access systems (case-based reasoning or ‘CBR’ in international literature) and online dispute resolution based on the parties' different approaches to dispute resolution.