Description du projet : 
                        Armasuisse is investigating the use of advanced mobile tactical networks based on rather complex mobiles nodes. The nodes have many capabilities: UHF/VHF smart radio, GPS, ad-hoc routing, tactical applications, Unix PC control, etc. The smart radio allows to test new ideas to improve their perfor-mance. However, testing is time-consuming and innovative concepts should first be simulated -or better, emulated- to assess the resulting improvements and possible limitations. Comparisons with measured performances, if possi-ble, are of major interest.
This ISTAKE project aims to investigate these challenges, to propose innova-tive solutions and validate the most promising solutions. A focus on flexibil-ity, reliability and security is expected, at the expense of energy effi-ciency or simplicity.
We propose to investigate -under various mobility and user traffic sce-narios- the effects of the various metrics using the OLSRd2 routing, combined or not with various Rate Adaptation, Power Adaptation and Slot Reuse schemes.
                    
                                            
                            Forschungsteam innerhalb von HES-SO:
                                                            Maret Yann
                                    ,                                                            Waeber Gilles
                                    ,                                                            Helfer Florian
                                    ,                                                            Buntschu François
                                    ,                                                            Wagen Jean-Frédéric
                                    ,                                                            Realini Nicolas
                                    ,                                                            Adalid López Victor Javier                                                    
                    
                                                                                                Partenaires académiques: FR - EIA - Institut iCoSys
                                                                                                                                    
                                            
                            Durée du projet:
                             01.04.2019                                                             - 30.06.2020
                                                    
                    
                                                                        
                                Montant global du projet: 298'561 CHF
                            
                                            
                    
                    
                    
                    
                        Statut:  Abgeschlossen