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Õppekava aineSatelliitnavigatsiooni süsteem tsiviillennunduses
| Õppeaine |
| Ainekood |
NC.A.025 |
| Õppeaine nimetus |
Satelliitnavigatsiooni süsteem tsiviillennunduses |
| Ainepunkte |
3 EAP |
| Hindamisviis |
Mitteeristav |
| Aineprogramm |
|
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| Õppekava aine |
| Õppekava |
2017 ER |
| Õppeaasta |
1 |
| Semester |
|
| Aine tüüp |
Valikuline |
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| Õppejõud |
| Valeri Kravets |
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| Moodle's kursus |
|---|
| GNSS for Civil Aviation |
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| Õppeaine eesmärk |
|---|
This course gives the fundamentals of understanding the GNSS and its specifics for meeting the CA demands for its usage in aviation.
Clarifies the GNSS augmentation systems like SBAS (WAAS, EGNOS) and GBAS, and especially the way they provide integrity monitoring.
Gives an overview of contemporary RNAV architecture, approaches and CA requirements related to GNSS based navigation. |
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| Õppeaine õpiväljundid |
|---|
The student having passed the course:
1. Can understand the foundation of GNSS for civil aviation applications accompanied by civil aviation requirement.
2. Has the knowledge of the architecture of the GNSS basic constellation and its operational principles and usage.
3. Has the knowledge of signal processing methods in GNSS.
4. Has the knowledge of GNSS augmentation systems in aviation, like SBAS (WAAS, EGNOS) and GBAS.
5. Has the knowledge of contemporary GNSS based RNAV system, procedures and approaches and nearfuture trends. |
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| Sisu lühikirjeldus |
|---|
| GPS, GLONASS, Galileo, BeiDou. Segments. Signals and modulation. GNSS receiver. GNSS accuracy and errors. Augmentation systems. RNAV. PBN. RNP. |
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| Asendusained |
| CNS.025
Satelliitnavigatsiooni süsteem tsiviillennunduses |
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| Käimasolevad voorud |
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| Pole ühtegi |
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