Engineering
Active Suspension
75%
Battery (Electrochemical Energy Engineering)
26%
Car Model
21%
Computer Simulation
20%
Control Algorithm
76%
Control Logic
14%
Control Strategy
39%
Control System
30%
Controller Design
15%
Delay Time
17%
Dynamic Loads
11%
Dynamic Models
40%
Electric Vehicle
20%
Equivalent Circuit Model
15%
External Disturbance
23%
Hooks
26%
Hybrid Method
13%
Kalman Filter
59%
Lateral Acceleration
26%
Lateral Motion
23%
Load Transfer
17%
Long Short-Term Memory
23%
Longitudinal Acceleration
41%
Maneuverability
11%
Mass Centre
15%
Matlab-Simulink
19%
Nonlinear Model
25%
Optimal Path
23%
Optimisation Problem
18%
Path Planning
34%
Pneumatics
34%
Predictive Control Model
57%
Reference Model
26%
Ride Comfort
51%
Risk Prediction
13%
Road
100%
Road Profile
36%
Shock Absorber
23%
Sideslip Angle
15%
Simulation Experiment
14%
Simulation Result
83%
Sliding Mode Control
34%
Sprung Mass
20%
State Information
57%
State of Charge
34%
Steering Angle δ
16%
Suspension System
78%
Time Domain
34%
Trajectory Planning
23%
Vehicle Dynamics
58%
Computer Science
Autonomous Vehicles
28%
Backbone Network
5%
Collision Detection
11%
Convergence Speed
5%
Detection Algorithm
11%
Equivalent Circuit
11%
Extracted Feature
5%
Feature Extraction Network
11%
Feature Fusion
5%
Feature Information
5%
Global Feature
5%
Heuristic Algorithm
11%
Hierarchical Control
5%
Interaction Feature
5%
Long Short-Term Memory Network
5%
Nonlinear Model
15%
Numerical Simulation
8%
Objective Function
7%
Optimal Trajectory
11%
path planning method
11%
path-planning
19%
Planning Algorithm
15%
Prediction Model
5%
Predictive Model
23%
Road Curvature
11%
Robot
11%
Self-Attention Mechanism
11%
Time Requirement
5%
Tracking Method
11%
Trajectory Planning
23%
Window Dynamic
11%
YOLOv5
11%
