… Ikhlas Selmi is currently part of the SIGnal processing and NAVigation (SIGNAV) research
axis of TELECOM team at ENAC. She graduated as engineer in Telecommunication and …

In order to improve the potential accuracy of our indoor positioning system, previously based
on repeaters, we have moved for a few years to the so called “repealite system”. The main …

In order to propose a solution for the indoor positioning question, several tests with the
repealite-based (similar to Pseudolites and repeaters) system have been carried out. This system …

The paper presents experimental validations of a new approach of GNSS indoor positioning.
Combining the best of pseudolites [1] and repeaters [2], the new “repealite” technique …

This paper assesses the performance of the signal quality monitors for the Ground-Based
Augmentation System (GBAS) which supports Category (CAT) II and III precision approach. …

The consequences of GPS L1 C/A signal distortions due to payload failure on a civil aviation
GPS user has received a lot of attention in the late 1990’s and early 2000 following the …

This paper proposes a new dual-frequency signal deformation fault monitor, which can
effectively reduce the time delay at the Ground-Based Augmentation System (GBAS) airborne …

In order to extend the GNSS coverage to indoor environments, several systems have been
proposed for indoor positioning. Among them, those using local GNSS-like signal transmitters …

In order to achieve indoor positioning, and hence a real continuity of the positioning service
in all environments, we proposed a new pseudolite-based system: the repealites. A single …

In order to achieve indoor positioning, and hence a real continuity of the positioning service
in all environments, we designed a new pseudolite-based system using the so-called …