134 results on '"Singh, Upendra"'
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2. Airborne, direct-detection, 2-µm triple-pulse IPDA lidar for simultaneous and independent atmospheric water vapor and carbon dioxide active remote sensing.
3. Laser Energy Monitor for Triple-Pulse 2-µm IPDA Lidar Application.
4. HIGH-ENERGY, 2µM LASER TRANSMITTER FOR COHERENT WIND LIDAR.
5. Development of the one-sided nonlinear adaptive Doppler shift estimation techniques.
6. Solid-state 2-micron laser transmitter advancement for wind and carbon dioxide measurements from ground, airborne, and space-based lidar systems.
7. Remote Raman spectroscopy of minerals at elevated temperature relevant to Venus exploration.
8. Engineered laser materials for remote sensing applications.
9. The selection of Q-switch for a 350mJ air-borne 2m wind lidar.
10. Improving lifetime of quasi-CW laser diode arrays for pumping 2-micron solid state lasers.
11. Requirements and technology advances for global wind measurement with a coherent lidar: a shrinking gap.
12. High energy, single mode, all-solid-state and tunable UV laser transmitter.
13. Advanced 2-micron solid-state laser for wind and CO2 lidar applications.
14. 300mJ injection seeded compact 2 micron coherent lidar transmitter.
15. InGaAsSb/AlGaAsSb heterojunction phototransistors for infrared applications.
16. Remote pulsed laser Raman spectroscopy system for detecting water, ice, and hydrous minerals.
17. 300mJ injection seeded compact 2 micron coherent lidar transmitter.
18. Laser and lidar technologies for Earth and planetary remote sensing applications.
19. Improving reliability of high power quasi-CW laser diode arrays for pumping solid state lasers.
20. Design of a totally conductively cooled diode-pumped 2m-laser amplifier.
21. Sensing of kerogens and lignens using laser-induced fluorescence at deep-UV wavelengths.
22. Joule-level double-pulsed Ho:Tm:LuLF Master-Oscillator-Power-Amplifier (MOPA) for potential spaceborne lidar applications.
23. Modeling of pulsed lasers for remote sensing.
24. Advancement of high-power quasi-CW laser diode arrays for space-based laser instruments.
25. Totally conductive-cooled diode-pumped 2-m laser transmitter.
26. Testbed Doppler wind lidar and intercomparison facility at NASA Langley Research Center.
27. Thermal characteristics of high-power long-pulsewidth quasi-CW laser diode arrays.
28. Characterization of InGaSb detectors for 1.0- to 2.4-m applications.
29. Validar: a testbed for advanced 2-micron Doppler lidar.
30. Diode-pumped double-pulsed Ho:Tm:LuLF laser at 2.05 m for CO2 differential absorption lidar (DIAL).
31. Remote Raman and laser-induced fluorescence (RLIF) emission instrument for detection of mineral, organic, and biogenic materials on Mars to 100 meters radial distance.
32. Laser risk reduction technology program for NASA's Earth Science Enterprise.
33. High-energy diode-pumped Ho:Tm:LuLiF4 laser for lidar application.
34. Double-pass Tm:Ho:YLF amplifier at 2.05 m for spaceborne eye-safe coherent Doppler wind lidar and CO2 differential absorption lidar (DIAL).
35. Characterization and analysis of InGaAsSb detectors.
36. Multicolor focal plane array detector technology: a review.
37. Infrared detector characterization for CO2 DIAL measurement.
38. 300-mJ diode-pumped 1.9-m Tm:YLF laser.
39. Intelligent vision systems.
40. New submount requirement of conductively cooled laser diodes for lidar applications.
41. High-energy 2-m laser for multiple lidar applications.
42. Design and development of the SPARCLE coherent lidar transceiver.
43. Development of high-pulse energy Ho:Tm:YLF coherent transmitters.
44. Eye-safe all-solid state laser for coherent wind lidar in space.
45. Diode-pumped 2-um solid state lidar transmitter for wind measurements.
46. Field testing of a high-energy 2-µm Doppler lidar.
47. On estimation of atmospheric scattering characteristics from spectral measurements of solar radiation using machine learning algorithms.
48. A study of cloud vertical structure over Delhi using long-term radiosonde data.
49. Convective boundary-layer height estimation from combined radar and Doppler lidar observations in VORTEX-SE.
50. HEAD: a robust high-resolution satellite image-based aerosol optical depth retrieval algorithm in the blue wavelength range using Kalman filters.
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