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朱 圣英
宇航学院
h-index
1301
引用
19
H-指数
根据储存在 Pure 的刊物以及来自 Scopus 的引用文献数量计算
2008
2024
每年的科研成果
概览
指纹图谱
合作网络
科研成果
(156)
相似学者
(5)
指纹图谱
深入其中 Shengying Zhu 为活跃的研究主题。这些主题标签来自此人的成果。它们共同形成唯一的指纹。
分类
加权
按字母排序
Engineering
Observability
100%
Simulation Result
98%
Navigation System
74%
Nodes
59%
Obtains
57%
Computer Simulation
54%
Path Planning
52%
Demonstrates
44%
Tasks
42%
Hazards
37%
Powered Descent
32%
Multiple Constraint
31%
Satisfies
30%
Obstacle Avoidance
29%
Kalman Filter
27%
State Estimation
25%
Approach Phase
25%
Trajectory Planning
24%
Cooperative
22%
Two Dimensional
20%
State Transition
20%
Optimization Method
19%
Energy Engineering
18%
Sliding Mode Control
18%
Determines
18%
Feature Point
18%
Sliding Mode
17%
Celestial Body
17%
Closed Loop
17%
Reinforcement Learning
17%
Computational Cost
16%
Potential Function
16%
Supports
16%
Optimal Control Problem
16%
Angular Velocity ω
15%
Image Processing
14%
Measurement Noise
14%
Matching Process
14%
Image Sequence
14%
Couplings
14%
Gauss
14%
Rotational
14%
Development Trend
14%
Collision Probability
14%
Target Point
14%
Physical Parameter
13%
Attitude Angle
13%
Dimensional Space
13%
Fisher Information Matrix
13%
Dynamic Models
12%
Earth and Planetary Sciences
Planetary Landing
75%
Spacecraft
58%
Autonomous Navigation
56%
Optical Navigation
39%
State Estimation
36%
Fisher Information
33%
Celestial Body
32%
Soft Landing
27%
Landing Site
25%
Obstacle Avoidance
22%
Line of Sight
19%
Planetary Surface
15%
Radio Beacon
14%
Descent Trajectory
14%
Trajectory Optimization
14%
Uncertainty Analysis
14%
Covariance
14%
Collision Zone
14%
Deep Space
14%
Complex Terrain
12%
Sample Return Mission
11%
Position Error
11%
Microgravity
11%
Dead Reckoning
11%
Gravitational Field
11%
Dynamical System
11%
Detection Method
11%
Real Time
10%
Planning Method
9%
State of the Art
9%
Fuel Consumption
9%
Integrated Navigation
9%
Mission Planning
8%
Kalman Filter
8%
Site Selection
7%
Field of View
7%
Visual Field
7%
Histogram
7%
Hazard Assessment
7%
Resource Control
7%
Mars Mission
7%
Glide Paths
7%
Landing Aid
7%
Safety System
7%
Braking
7%
Mars Satellite
7%
Determination Method
7%
Artificial Neural Network
7%
Estimation Method
7%
Ephemeris
7%
Physics
Spacecraft
86%
Landers
45%
Autonomous Navigation
38%
Gravitational Field
35%
Deep Space Exploration
31%
Deep Space
29%
Trajectory Optimization
29%
Celestial Body
25%
Microgravity
25%
Astronomical Systems
22%
Optimal Control
22%
Line of Sight
18%
Planetary Landing
14%
Gravitational Field
14%
Rovers
14%
Covariance
14%
Monte Carlo Simulation
14%
Sample Return Mission
13%
State Estimation
12%
Feedback Control
11%
Thrust Control
9%
Aerospace Environment
7%
Laser Altimeter
7%
Visual Field
7%
Trajectory Control
7%
Systems Stability
7%
Landing Aid
7%
Safety System
7%
Flat Surface
7%
Equation of Motion
7%
Space Exploration
7%
Deep Impact Mission
7%
Differential Game
7%
Ephemeris
7%
Atmospheric Entry
7%
Genetic Algorithm
7%
Planetary Surface
7%
Monte Carlo Method
7%
Dynamical System
7%
Mars Science Laboratory
7%
Pulsar
7%
Tracking (Position)
7%
Adaptive Control
7%
Lunar Environment
7%
Satellite Constellation
7%
Deceleration
6%
