Skip to search formSkip to main contentSkip to account menu

DISA : an interactive scheduler using abstractions

This paper proposes to distributed agents according to temporal parameters, extending the idea of modelling the problem according to a temporal constraint tree, for the integration of planning, scheduling and secondary resource allocation within a multi-agent architecture.

Agent modelling using Structured Algebraic Petri Nets in DISA

The Conform Reference LGL-CONF-1994-009 shows good consistency with previous records on high-performance liquid chromatography for high-resolution image recognition and low-resolution 3D image recognition.

Digital innovation process in the academic sector - The case of the University of Geneva

In this paper, we describe an innovative process towards digital transformation in the high-educational field, developed at the University of Geneva since 2016. It aims to provide novel services…
PDF (opens in a new tab)

Distributed approach to dynamic resource management based on temporal influence

An approach to resource management in uncertain domains, which is based on the concept of temporal influence, and temporal abstractions in the form of summarisations and generalisations are used for problem reduction and conflict resolution.
Publisher (opens in a new tab)

A semantic-based approach for automating compliance by the design of digital services - a case study in the academic sector

This work derived a method for automatically generating a service, compliant by design to study regulations, and offering personalised views to the various actors, and provides a case study based on the PhD students regulations.
PDF (opens in a new tab)

Towards a digital service to help the elaboration, implementation and follow-up of study regulations at the University of Geneva - a hands-on experiment

,
PDF (opens in a new tab)

DISA: A Distributed scheduler using abstractions

A distributed approach for solving resource management problems through a multi-agent architecture and the use of abstractions in the form of summarization and generalization, which focuses on the infrastructure for distributed problem solving activity.

Multi-agents system specification using CO-OPN

This paper presents a specification of a multi-agent system for resource allocation problems using CO-OPN (Concurrent Object Oriented Petri Nets) specifications, a specification language for describing concurrent aspects and the data structure aspects of computer programs in an abstract way.
By clicking accept or continuing to use the site, you agree to the terms outlined in our Privacy Policy (opens in a new tab), Terms of Service (opens in a new tab), and Dataset License (opens in a new tab)
  NODES
Idea 1
idea 1
innovation 1
INTERN 3
Note 1