Ying ZHANG, Feigang WANG, Hua HE, Peng SONG, Xizheng KE. Research Progress of Ultraviolet Non-direct Communication[J]. Study On Optical Communications, 2024, 50(2): 22008801
- Study On Optical Communications
- Vol. 50, Issue 2, 22008801 (2024)
![Single-scatter model[1]](/richHtml/gtxyj/2024/50/2/22008801/img_01.jpg)
Fig. 1. Single-scatter model[1]
![Data transfer rates for LOS and NLOS[22]](/richHtml/gtxyj/2024/50/2/22008801/img_02.jpg)
Fig. 2. Data transfer rates for LOS and NLOS[22]
![Multi-scatter model[25]](/Images/icon/loading.gif){kind=icon}
Fig. 3. Multi-scatter model[25]
Fig. 4. Path loss at different receiver off-axis angles[26]
Fig. 5. Typical NLOS communication link[1]
Fig. 6. NLOS link model[1]
Fig. 7. UVC NLOS with height difference[1]
Fig. 8. Received power at different values of θ1 and θ2[30]
Fig. 9. Impulse response after multiple scattering[26]
Fig. 10. Transmit and receive elevation angles and pulse broadening[31]
Fig. 11. Transmittance of different visibility and transmission distance[36]
Fig. 12. The topology of the UVC network[1]
Fig. 13. The trilateration positioning algorithm[30]
Fig. 14. Triangulation schematic[30]
Fig. 15. Node chain topology (exposed terminals)[43]
Fig. 16. Node chained topology throughput[44]
Fig. 17. Node chain topology fairness index[44]
Fig. 18. UV sensor node model[50]
Fig. 19. Comparison of average communication energy consumption[51]
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