"TensorFlow is an open source software library for numerical computation" in tensorflow.org
In TensorFlow each node can be a constant, a variable or a numerical expression that uses variables and/or constants.
This nodes can be executed in a CPU or a GPU taking advantage of multicore devices.
Start by import the tensorflow library:
import tensorflow as tf
Create a constant with:
node1 = tf.constant(3.0)
or
node2 = tf.constant(4.0, dtype=tf.float32)
The first line allows tensorflow to guess the data type.
Start a tensorflow session:
sess = tf.Session()
If you need to see the node type use:
print(node1,node2)
With this line you get to evaluate the nodes value:
print(sess.run([node1,node2]))
Create a mathematical function that adds the two constants with:
sumnodes = tf.add(node1,node2)
Evaluate the function:
print(sess.run(sumnodes))
Youtube video:
Code on GiHub
How to install TensorFlow in Anaconda:
In TensorFlow each node can be a constant, a variable or a numerical expression that uses variables and/or constants.
This nodes can be executed in a CPU or a GPU taking advantage of multicore devices.
Start by import the tensorflow library:
import tensorflow as tf
Create a constant with:
node1 = tf.constant(3.0)
or
node2 = tf.constant(4.0, dtype=tf.float32)
The first line allows tensorflow to guess the data type.
Start a tensorflow session:
sess = tf.Session()
If you need to see the node type use:
print(node1,node2)
With this line you get to evaluate the nodes value:
print(sess.run([node1,node2]))
Create a mathematical function that adds the two constants with:
sumnodes = tf.add(node1,node2)
Evaluate the function:
print(sess.run(sumnodes))
Youtube video:
Code on GiHub
How to install TensorFlow in Anaconda:
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