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keep hungry keep foolish
LSTM
RNN
深度循环神经网络
PCA
SVD
特征分解
Koopman operator
MPC
autonomous driving
trajectory tracking
Shared control
Lane keeping
Driving authority optimization
LSTM
LSTM详解及TensorFlow实现
多层LSTM使用多TF API和手动同时实现
RNN
LSTM详解及TensorFlow实现
多层LSTM使用多TF API和手动同时实现
深度循环神经网络
LSTM详解及TensorFlow实现
多层LSTM使用多TF API和手动同时实现
PCA
PCA降维原理
为什么对数据集进行SVD和内积矩阵特征分解可以主成分分析
SVD
PCA降维原理
为什么对数据集进行SVD和内积矩阵特征分解可以主成分分析
特征分解
PCA降维原理
为什么对数据集进行SVD和内积矩阵特征分解可以主成分分析
Koopman operator
Experiment videos of Koopman-based Shared Control
Experiment videos of DKMPC (or DDK-MPC)
MPC
Experiment videos of Koopman-based Shared Control
Experiment videos of DKMPC (or DDK-MPC)
autonomous driving
Experiment videos of DKMPC (or DDK-MPC)
trajectory tracking
Experiment videos of DKMPC (or DDK-MPC)
Shared control
Experiment videos of Koopman-based Shared Control
Lane keeping
Experiment videos of Koopman-based Shared Control
Driving authority optimization
Experiment videos of Koopman-based Shared Control