Sentence examples for irregularities monitoring from inspiring English sources

In the present paper, we demonstrate the advantages of the multi-constellation measurements for high-latitude ionospheric irregularities monitoring for the case study of the June 2015 geomagnetic storm.

As a result, it allows to improve the performance of the ionospheric irregularities monitoring in both the regions with sparse or dense permanent GNSS network coverage.

Furthermore, the SuperDARN CUTLASS Finland radar, which is a stereo system with two experimental modes and scans over the YRS (Lester et al. 2004), has full ionospheric irregularity monitoring results.

The Jicamarca radar was used to measure the vertical plasma drift through incoherent scatter measurements and the 3-m plume structures (ESF) through radar interferometer measurements, and radio wave scintillation caused by ESF irregularities was monitored at multiple ground stations.

Hence, grasp the track irregularities can monitor the track quality state, help make reasonable arrangements for the maintenance plan, reduce the costs of maintenance and repair, and ensure the safety and smoothness of the line.

As ionospheric plasma irregularities produce phase and amplitude scintillations of a received radio signal, the GNSS/GPS technique offers a relatively cheap and high-resolution method for tracking these irregularities and permanently monitoring them on a regional and global scale (e.g., Pi et al. 1997; Aarons and Lin 1999; Valladares et al. 2004; Jakowski et al. 2012; Cherniak et al. 2014).

Due to irregularities in monitoring, which resulted in a low completion rate of the Breteau Index (BI), we opted to exclude this index from the analysis.

Both ROTI and S4 are important indices in monitoring ionospheric irregularities.

And network security is being enhanced as greater visibility across vast, complex networks enables constant monitoring for irregularities.

It insists that playing each side of the market does not represent a conflict of interest but, if anything, allows it to flag up risks where they occur because the same technology that builds a huge database of odds can be used to monitor irregularities.

In this paper, we demonstrate the advantages of using LEO multi-satellite missions for monitoring high-latitude ionospheric irregularities.