ŞENOL GÜLGÖNÜL

124128

GNSS augmentation through Ku-band communication satellites with RTK realization

In this study, a method to broadcast real-time kinematics (RTK) corrections over a communication satellite is proposed. RTK corrections generated by the reference station are uplinked to the communication satellite within a multiplexed DVB-S carrier. Corrections are received by a satellite dish and the DVB-S satellite receiver. Better than 18 cm of accuracy is achieved for rover distances of up to 500 km in Turkey. The proposed method can be used as an alternative satellite-based augmentation system for Turkey and other countries.
Keywords:

Global Positioning System, real-time kinematics, satellite-based augmentation system communications satellites,

PDF
Turkish Journal of Electrical Engineering and Computer Science-Cover
  • ISSN: 1300-0632
  • Yayın Aralığı: Yılda 6 Sayı
  • Yayıncı: TÜBİTAK
Arşiv
Sayıdaki Diğer Makaleler

Two-stage optimization method for power loss and voltage pro le control in distribution systems with DGs and EVs using stochastic second-order cone programming

Huiling TANG, Jiekang WU, Zhijiang WU, Lingmin CHEN

MELİKE YİĞİT, VEHBİ ÇAĞRI GÜNGÖR, PINAR BÖLÜK

İjaz HUSSAIN, Sohail ASGHAR

IMRAN SHARIF, DEBASIS CHAUDHURI, NAVEEN KUSHWAHA, ASHOK SAMAL, BRIJ MOHAN SINGH

Necati DEMİR, Gökhan DALKILIÇ

UĞUR ERKAN, LEVENT GÖKREM

SELİM ARAS, MEHMET ÖZTÜRK, ALİ GANGAL

Field-veri ed integrated EAF-SVC-electrode positioning model simulation and a novel hybrid series compensation control for EAF

Ahmed HASSAN, Amr ABOU-GHAZALA, Ashraf MEGAHED

SANTHI VENKATRAMAN, DHARSHIKHA SELVAGOPAL

MURUGESAN KULLAN, SENTHILKUMARAN MAHADEVAN, ANITHA ROSELINE JOHNSON, RANGANATH MUTHU