Name
Affiliation
Papers
NORBERT GIAMBIASI
Université Paul Cézanne -- Aix Marseille, Marseille, France
47
Collaborators
Citations 
PageRank 
40
227
37.59
Referers 
Referees 
References 
337
256
215
Search Limit
100337
Title
Citations
PageRank
Year
Synchronizing sequences on a class of unbounded systems using synchronized Petri nets.30.382016
Second order GDEVS abstraction of electronic circuits.00.342016
Testing Experiments on Unbounded Systems: Synchronizing Sequences Using Petri Nets.20.382014
An introduction to Timed Sequential Machines00.342014
Timed synchronizing sequences00.342014
Hierarchy of Discrete Event Formalisms.00.342013
Validating manufacturing processes using timed sequential machines: application to a semiconductor manufacturing process (WIP)00.342012
ISTSM: incompletely specified timed sequential machines.10.432011
Synchronizing sequences on not strongly connected Petri nets.00.342011
Min-Max Timed Moore Machines00.342010
Reducing the state space of incompletely specified timed Moore machines00.342010
A Generalized Discrete Event System (G-DEVS) Flattened Simulation Structure: Application to High-Level Architecture (HLA) Compliant Simulation of Workflow140.892010
Environnement G-DEVS/HLA pour la simulation distribuée de systèmes de production multiprocessus00.342009
Integration of a flat holonic form in an HLA environment70.632009
State Identification in Temporal Moore Machines00.342009
G-DEVS/HLA Environment for Distributed Simulations of Workflows272.592008
From abstract representation to formal modeling of tactical military operations10.352007
Low intensity conflicts modeling framework based on dynamic hierarchical structure DEVS approach10.372007
Discrete event modeling through a multi-formalism approach, from a user-oriented perspective10.382007
LSIS_DME M&S environment extended by dynamic hierarchical structure DEVS modeling approach30.442007
A formal verification approach for DEVS50.482007
DECM with Min-Max Delays00.342007
Mapping PIOVRA in GDEVS/HLA environment30.482007
Min–Max-DEVS modeling and simulation81.492006
Generalized discrete event abstraction of continuous systems: GDEVS formalism81.182006
Formal DEVS modelling and simulation of a flow-shop relocation method without interrupting the production10.372006
Cell-DEVS/GDEVS for Complex Continuous Systems90.842005
Simulation semantics for min-max DEVS models00.342004
From DEVS Model to Timed Automata10.362004
Generalized Discrete Event Abstraction of Continuous Systems: Application to an Integrator30.612004
Using DEVS for modeling and simulation of human behaviour10.362004
Simulation and verification II: from timed automata to DEVS models60.702003
Using Simulation for the Validation of High Level Specifications of Control Systems00.342003
DECM, A User Oriented Formalism for High Level Discrete Event Specifications of Real-Time Systems10.402002
Utilisation du formalisme DEVS pour la spécification de systèmes d'agents réactifs.00.342002
N-dimensional Cell-DEVS Models312.192002
Generalized Discrete Event Simulation of Bond Graph10.372001
Application of the Cell-DEVS Paradigm for Cell Spaces Modelling and Simulation386.972001
Breakthrough in Modeling and Simulation of Mixed-Signal Electronic Designs in nVHDL20.512001
GDEVS: A generalized discrete event specification for accurate modeling of dynamic systems395.742001
Guest Editorial: Applications of Artificial Neural Networks00.341998
An algorithm to learn sequences within the connectionist sequential machine.00.341993
Speed up of behavioral A.T.P.G. using a heuristic criterion10.361993
On the modeling and testing of VHDL behavioral descriptions of sequential circuits30.451993
Temporal verification of behavioral descriptions in VHDL30.471992
Application of Connectionist Models to Fuzzy Inference Systems10.551990
DeBuMA: description, building and management of applications20.441989