stride number of pixels shifts padding outer layer unsupervised clustering environment reinforcement cnn nework architecture Cconvolution feature extraction lstm sequence prediction 3D input image kernel size of convolutional filter brain biological neural network node neuron pooling size reduce filter output channel flatten 1D sigmoid activation function label supervised feature map convolutional layer deep network multiple layers relu negative values supervised cnn activation function neuron activate dense fully connected unlabeled dropout nullify some neuron stride number of pixels shifts padding outer layer unsupervised clustering environment reinforcement cnn nework architecture Cconvolution feature extraction lstm sequence prediction 3D input image kernel size of convolutional filter brain biological neural network node neuron pooling size reduce filter output channel flatten 1D sigmoid activation function label supervised feature map convolutional layer deep network multiple layers relu negative values supervised cnn activation function neuron activate dense fully connected unlabeled dropout nullify some neuron
CNN - Call List
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
B-number of pixels shifts
B-stride
N-outer layer
N-padding
G-clustering
G-unsupervised
N-reinforcement
N-environment
I-nework architecture
I-cnn
B-feature extraction
B-Cconvolution
O-sequence prediction
O-lstm
B-input image
B-3D
N-size of convolutional filter
N-kernel
O-biological neural network
O-brain
O-neuron
O-node
I-size reduce
I-pooling
G-output channel
G-filter
O-1D
O-flatten
B-activation function
B-sigmoid
B-supervised
B-label
O-convolutional layer
O-feature map
N-multiple layers
N-deep network
G-negative values
G-relu
G-cnn
G-supervised
G-neuron activate
G-activation function
I-fully connected
I-dense
I-unlabeled
I-nullify some neuron
I-dropout