lidar in Vietnamese

@lidar
* danh từ
- loại rada phát sáng từ tia la-de (chứ không phải sóng (rađiô))

Sentence patterns related to "lidar"

Below are sample sentences containing the word "lidar" from the English - Vietnamese Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "lidar", or refer to the context using the word "lidar" in the English - Vietnamese Dictionary.

1. REMOTASKS STARTUP FOR BEGINNERS, Lidar Annotation, Official Bee Lidar Group, Bee LiDAR Attempter Course, Introduction to LiDAR, Mammoth Lidar Group, Otter Lidar, Introduction to Otter Lidar, Image Segmentation, Video Annotation, Lidar

2. Lidar-based Autonomous Planetary-landing System (LAPS), Differential Absorption Lidar (DIAL) Applications:

3. Balm Bundle adjustment for lidar mapping

4. Bathymetric Lidar is an airborne acquisition technology

5. Analysis of lidar systems for profiling Aurorally excited molecular species

6. As opposed to airborne topographic Lidar, which uses an infrared wavelength of 1,064nm, Bathymetric Lidar systems use a green wavelength of 532nm to penetrate the water column for measuring the seafloor

7. A scanning lidar Bathymeter has been developed for airborne hydrographic surveying

8. Bathymetric Lidar is a technique to capture geospatial data of the coastline and (shallow) waters

9. Other researchers use lidar and research aircraft to directly test industrial emission plumes.

10. An all-solid-state narrowband sodium lidar transmitter based on proven technologies is proposed.

11. Balm is a basic and simple system to use bundle adjustment (BA) in lidar mapping

12. Bathymetric lidar systems accurately scan near-shore and riverine environments, providing seamless elevations along the way

13. Designed to acquire both topographic and Bathymetric data simultaneously, Woolpert’s lidar capabilities are ideal for producing a …

14. Properly interpreting lidar (light detection and ranging) signal for characterizing particle distribution relies on a key parameter, χp(π), which relates the particulate volume scattering function (VSF) at 180° (βp(π)) that a lidar measures to the particulate Backscattering coefficient (bbp)

15. In this article you can find an overview of the latest developments in Bathymetric Lidar and a product update.

16. Barron County's Geographic Information System (GIS) data is available for 24/7 access on two sites: WGXtreme and LiDAR Online

17. We report a detailed analysis of lidar systems that profile Aurorally excited molecular species in the upper mesosphere and lower thermosphere ( ~80 -300 km).

18. The Aeolus satellite carries just one large instrument – a Doppler wind lidar that will measure the winds sweeping around our planet.

19. The elevation data are based on a LIDAR (Light Detection and Ranging) survey carried out in June 2007, see Neri, M.; et al. (2008), "The changing face of Mount Etna's summit area documented with Lidar technology", Geophysical Research Letters, 35 (9): L09305, Bibcode:2008GeoRL..3509305N, doi:10.1029/2008GL033740 "Etna volcano".

Tài liệu độ cao dựa trên nghiên cứu của LIDAR (Light Detection and Ranging) vào tháng 7 năm 2007, xem Neri, M. và đồng nghiệp (2008), “The changing face of Mount Etna's summit area documented with Lidar technology”, Geophysical Research Letters 35: L09305, Bibcode:2008GeoRL..3509305N, doi:10.1029/2008GL033740 ^ “Mount Etna: BBC crew caught up in volcano blast”.

20. Arete's DVE LIDAR "exceeded expectation as a situational awareness tool for Army Special Operations." Read the full article in Army Aviation Magazine at the link below:

21. The Autofocus modes are achieved using the AFX’s LIDAR range finding unit which continuously monitors the distance from the camera to the nearest object

22. 25-year-old Billionaire — Lidar startup goes public, makes founder a Billionaire Luminar used a special purpose acquisition company to avoid a traditional IPO.

23. We report a detailed analysis of lidar systems that profile Aurorally excited molecular species in the upper mesosphere and lower thermosphere (∼80–300 km)

24. LIDAR is often used to acquire information about the topography of an area, especially when the area is large and manual surveying would be prohibitively expensive or difficult.

LIDAR thường được sử dụng để có được thông tin về địa hình của một khu vực, đặc biệt là khi diện tích quá lớn và dẫn khảo sát sẽ là tốn kém hoặc khó khăn.

25. Airborne Lidar Bathymetry (ALB) and terrestrial laser scanning offer highly efficient and cost-effective solutions to hydrographic surveying, riverine mapping, coastal zone and engineering projects

26. LandScape edits large terrain point clouds, including LiDAR, and offers tools for classifying and viewing stereo, modifying points, and generating new data based on points.

LandScape chỉnh sửa các đám mây điểm địa hình lớn, bao gồm LiDAR và cung cấp các công cụ để phân loại và xem âm thanh nổi, sửa đổi điểm và tạo dữ liệu mới dựa trên các điểm.

27. Since 2000 studies of LIDAR and high-resolution aeromagnetic data have identified scarps near Woodinville which trenching has confirmed to be tectonically derived and geologically recent.

28. The Leica Chiroptera 4X is a cost-effective Bathymetric LiDAR sensor producing seamless data from land to water for the survey of coastal and inland waters.

29. To clarify the Antinoise approximation capability of the WNN for lidar signals, we calculate the atmosphere temperature profile with the real signal processed by the WNN

30. The assimilated O3 and N2O profiles and isentropic distributions are compared to ground-based measurements (LIDAR and balloon-sonde) and to maps of advected potential vorticity (APV).

31. Blam! is written in C++ with some Python interface elements, wrapped by Robot Operating System ().Input LiDAR data should be provided to the /velodyne_points topic using message type sensor_msgs::PointCloud2.

32. Using LIDAR technology, scientists uncovered and mapped 6,000 bomb Craters in a region of Poland that was occupied by Nazi soldiers in WWII that used the area for fuel production.

33. Last CES was a time of reckoning for lidar companies, many of which were cratering due to a lack of demand from a (still) nonexistent Autonomous vehicle industry.The few that excelled did …

34. Cadence Achieves Industry-First ASIL B (Random) and ASIL D (Systematic) Compliance Certification for Automotive Radar, Lidar and V2X DSP IP Mar 11, 2020 Cadence Tensilica HiFi IP Accelerates AI Deployment with Support for TensorFlow Lite for Microcontrollers

35. Investigating the Auroral Thermosphere with N 2 + Lidar 2 - 2 RTO-MP-IST-056 UNCLASSIFIED/UNLIMITED UNCLASSIFIED/UNLIMITED Nitric oxide, in particular, is an ill-determined Aurorally generated species which cannot be estimated by MSIS

36. A system is described which permits the systematic comparing between Lidar reflectivity on the one hand, and aerosol concentration as well as aerological data, on the other hand, taking advantage of the alpine situation (high mountain stations, cable cars used as instrument carriers).

37. The ‘New standby lidar instrument’ (Neslie) project was designed to develop a multi-axis laser with new signal processing algorithms for the stand-by channel, thus increasing aircraft safety by decreasing the probability of failure of both aircraft speed monitoring channels.

38. The lidar can be configured to measure elastic backscattering from aerosols and clouds at the three laser output wavelengths, and at the same time measure VR and RR Backscatterings excited by the 355‐nm laser third harmonic output with high resolution (7.5 m).

39. The Leica Chiroptera 4X is a cost-effective and innovative LiDAR system that simultaneously captures 140.000 points per second in the bathymetric channel (full waveform), and up to 500.000 points per second topographic channel, making it the ultimate tool for seamless coastal and land surveying.

40. The Leica Chiroptera 4X is a cost-effective and innovative LiDAR system that simultaneously captures 140.000 points per second in the bathymetric channel (full waveform), and up to 500.000 points per second topographic channel, making it the ultimate tool for seamless coastal and land surveying.

41. The Accuracies on hard surfaces (pavement) were better than expected, and very similar across all platforms The accuracy off pavement, in varying land cover, including bare earth, grass and tall weeds, and forested areas, met expectations but exhibited a bias (lidar points consistently higher than ground surveys), included two anomalies, and