Cconvolution feature extraction label supervised dropout nullify some neuron environment reinforcement sigmoid activation function dense fully connected padding outer layer filter output channel unlabeled unsupervised clustering activation function neuron activate relu negative values supervised cnn 3D input image flatten 1D pooling size reduce lstm sequence prediction feature map convolutional layer stride number of pixels shifts brain biological neural network deep network multiple layers cnn nework architecture node neuron kernel size of convolutional filter Cconvolution feature extraction label supervised dropout nullify some neuron environment reinforcement sigmoid activation function dense fully connected padding outer layer filter output channel unlabeled unsupervised clustering activation function neuron activate relu negative values supervised cnn 3D input image flatten 1D pooling size reduce lstm sequence prediction feature map convolutional layer stride number of pixels shifts brain biological neural network deep network multiple layers cnn nework architecture node neuron kernel size of convolutional filter
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-feature extraction
B-Cconvolution
B-supervised
B-label
I-nullify some neuron
I-dropout
N-reinforcement
N-environment
B-activation function
B-sigmoid
I-fully connected
I-dense
N-outer layer
N-padding
G-output channel
G-filter
I-unlabeled
G-clustering
G-unsupervised
G-neuron activate
G-activation function
G-negative values
G-relu
G-cnn
G-supervised
B-input image
B-3D
O-1D
O-flatten
I-size reduce
I-pooling
O-sequence prediction
O-lstm
O-convolutional layer
O-feature map
B-number of pixels shifts
B-stride
O-biological neural network
O-brain
N-multiple layers
N-deep network
I-nework architecture
I-cnn
O-neuron
O-node
N-size of convolutional filter
N-kernel