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1. Simulation of the the lidar signal to evaluate the performance of DWL is also discussed briefly.

2. The multi - target detection and tracking using lidar is mainly introduced.

3. The space rendezvous lidar measuring system can be used to measure spatial dynamic object information of distance, speed and orientation.

4. Lidar is very important in military field and civil field, which includes military reconnaissance , military weather service, spacecraft dockage, research of earth science, and so on.

5. A joint mission between NASA and the French Centre National d'Etudes Spatiales (CNES), CALIPSO carries a pulsating laser (lidar) that sends short pulses of light through the atmosphere.

6. Microscopy and coherence tomography systems, LIDAR and LADAR, fiber - optic sensors.

7. A new portable lidar ceilometer using technique of fast data acquisition(FDA) of the backscatter signals of aerosol and cloud based on a common singlechip microcontroller was developed.

8. Along with the appearance of LIDAR, the extraction of 3 D buildings becomes more and more important.

9. The principles of the minor, automatic and comprehensive lidar for measuring both runway visual range and cloud height are described in this paper.

10. With the GLM, we present generic Lidar simulation software, which is implemented on windows platform with VC ++ IDE environment?

11. The structure of molecular Doppler wind lidar receiver is designed. The designed receiver could be placed on the mechanical etagere.

12. The point cloud obtained from airborne LiDAR is composed of ground points and non - ground points.

13. A novel coherent Doppler lidar (CDL) system based on single-mode fiber (SMF) components and instruments is presented to measure the speed of target.

14. Micropulse lidar ( MPL ) is a new type of lidar system.

15. A method of lidar for ocean exploration was presented, where microwave signal was modulated on laser pulses and the modulated optical pluses were transmitted into water.

16. The common methods often verdicts interference signal as useful single so affect efficiency of laser lidar.

17. The paper demonstrates a nonlinear design of the stabilization system of Fabry-Perot (F-P) interferometer which is a frequency discriminator used in double-edge wind lidar.

18. By comparing the adjacent measurements performed by this mobile lidar in slant range and vertical range, the results show great feasibility of the slant-range measurement and data processing method.

19. The gravity wave activities were investigated based on the data of 26 observation nights from WIPM sodium fluorescence lidar data-base of year 1999 to now.

20. The double grating monochromator structure of pure rotational Raman lidar is introduced and the corresponding lidar equation is deduced.

21. Bistatic radar ladar is the new direction of application development, single-, double-space lidar base Synchronization is a two-base lidar one of the key technologies.

22. A high - efficiency Monte Carle method for oceanic lidar system simulation has been developed.

23. The time intervals between laser main pulse and the corresponding multiple echoes were needed to measure in photon counting imaging lidar, and the system had to have high precision.

24. In cloudless weather, the boundary values of extinction is calculated by fitting Lidar return signal.

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25. Using a plate whose hemisphere reflectivity is known as a standard plate, the lidar scattering cross section(LRCS) and hemisphere reflectivity of a target plate are measured inversely.

26. Aerosol measurements in slant range in atmospheric boundary layer are performed by using a mobile pollution detecting lidar system (AML-1). The corresponding data processing method is introduced.

27. A new type of method for estimating extinction efficient boundary values with least square fitting for inversion of slant angle lidar measurement is reported.

28. As a result, the information measuring techniques of pulse lidar is reliable.

29. Finally, the present situation and foreground application of airborne are summarized LIDAR system.

30. A simple means is to pick up pulses in optical blind region from profile of lidar ceilometer witch is multiple scattering from falling precipitation.