“lunar rover”可以造什么句，lunar rover造句

Equivalent ground flatness function for planetary wheel of lunar rover

The dynamic characteristics of lunar rover are very complex when the rover steers on soft soil.

Based on the kinematics analysis of lunar rover we build the whole vehicle model.

Dynamics modeling and simulation of a lunar rover with six cylindrical wheels

Many countries in the world begin to do research on this project. The lunar rover is an important part of the lunar exploration.

Six?wheel lunar rover is a complicated multi?route closed chain system,in the view of kinematics.

Measurement system for the mechanics parameters of porous sandy soil applied to the prototype experiment of lunar rover

14：The lunar rover for Apollo 17, called the LRV-3, sits in its finalparking spot on the Mare Serenitatis, the Lunar Module in the background onDecember 13, 1972.

A learning approach for the lunar rover's obstacle avoidance is presented.

ImAge segmentation and recognition of lunar rover

The modeling and control of rocker-bogied and six-wheeled lunar rover with slip is presented.

Nasa's lunar Reconnaisance Orbiter (LRO) has taken new photographs of the surface that clearly show astronaut footprints, the lunar rover and spacecraft scorch marks.

A method for kinematics modeling of rock-er--bogie mode lunar rover with 6 wheels is described inthis paper.

Wheeled lunar rover's obstacle avoidance strategy learning in local relative pose space

Virtual prototype based kinematic modeling for lunar rover

The project is funded by the Canadian Space Agency, part of an effort to build a light lunar rover for future lunar exploration.

Path planning is one of the most important tasks of lunar rover’s navigation.

The major problem of the lunar rover teleoperation is time-delay and the limited data transportation bandwidth between communication of the space and ground.

Localization and path planning are two important problems for lunar rover navigation.