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