Artificial Intelligence Course in New York - AI Training & Certification

• The fundamentals of Artificial Intelligence
• The various techniques of Deep Learning
• Artificial Neural & Convolutional Neural Networks
• Introduction to Google TensorFlow
• Detailed knowledge of Tensor Processing Unit
• Image recognition, natural language processing

• Professionals in analytics, data science domains, ecommerce, search engine domains
• Software professionals looking for a career switch and fresh graduates

Anybody can take this Training Course regardless of their prior skills.

New York is at the center of US business, commerce, technology and finance. As such the use of Artificial Intelligence in the New York is extensive creating huge job opportunities for those who are trained and certified in Artificial Intelligence and Deep Learning.

The Artificial Intelligence market is growing rapidly due to the humongous nature of the New York metropolitan area and its clout in the USA economy. If you learn about Artificial Intelligence along with specialization in Deep Learning then you can make the best use of this boom Artificial Intelligence market in New York.

Artificial Intelligence is the next frontier. Within the next decade most of the industry verticals will be fully invested in this revolutionary technology. Getting into this technology right now by learning about Artificial Intelligence from Intellipaat can definitely take your career to the next level.

The domain of machine learning and its implications to the artificial intelligence sector, the advantages of machine learning over other conventional methodologies, introduction to Deep Learning within machine learning, how it differs from all others methods of machine learning, training the system with training data, supervised and unsupervised learning, classification and regression supervised learning, clustering and association unsupervised learning, the algorithms used in these types of learning. Introduction to AI, Introduction to Neural Networks, Supervised Learning with Neural Networks, Concept of Machine Learning, Basics of statistics, probability distributions, hypothesis testing, Hidden Markov Model.

Introduction to Multi Layer Network, Concept of Deep neural networks, Regularization. Multi-layer perceptron, capacity and overfitting, neural network hyperparameters, logic gates, thevariousactivationfunctions in neural networks like Sigmoid, ReLu and Softmax, hyperbolic functions. Backpropagation, convergence, forward propagation, overfitting, hyperparameters.

The various techniques used in training of artificial neural networks, gradient descent rule, perceptron learning rule, tuning learning rate, stochastic process, optimization techniques, regularization techniques, regression techniques Lasso L1, Ridge L2, vanishing gradients, transfer learning, unsupervised pre-training, Xavier initialization, vanishing gradients.

How Deep Learning Works, Activation Functions, Illustrate Perceptron, Training a Perceptron, Important Parameters of Perceptron,Multi-layer Perceptron What is Tensorflow, Introduction to TensorFlow open source software library for designing, building and training Deep Learning models, Python Library behind TensorFlow, Tensor Processing Unit (TPU) programmable AI accelerator by Google,Tensorflow code-basics, Graph Visualization, Constants, Placeholders, Variables, Step by Step – Use-Case Implementation, Keras.

Keras high-level neural network for working on top of TensorFlow, defining complex multi-output models, composing models using Keras, sequential and functional composition, batch normalization, deploying Keras with TensorBoard, neural network training process customization.

Implementing neural networks using TFLearn API, defining and composing models using TFLearn, deploying TensorBoard with TFLearn.

Mapping the human mind with Deep Neural Networks, the various building blocks of Artificial Neural Networks, the architecture of DNN, its building blocks, the concept of reinforcement learning in DNN, the various parameters, layers, activation functions and optimization algorithms in DNN.

What is a Convolutional Neural Network, understanding the architecture of CNN, use cases of CNN, what is a pooling layer, how to visualize using CNN, how to fine-tune a Convolutional Neural Network, what is Transfer Learning and understanding Recurrent Neural Networks,feature maps, Kernel filter, pooling, deploying convolutinal neural network in TensorFlow

Intro to RNN Model, Application use cases of RNN, Modelling sequences, Training RNNs with Backpropagation, Long Short-Term memory (LSTM), Recursive Neural Tensor Network Theory, Recurrent Neural Network Model, basic RNN cell, unfolded RNN,  training of RNN, dynamic RNN, time-series predictions.

Introduction to GPUs and how they differ from CPUs, the importance of GPUs in training Deep Learning Networks, the forward pass and backward pass training technique, the GPU constituent with simpler core and concurrent hardware.

Introduction to RBM and autoencoders, deploying it for deep neural networks, collaborative filtering using RBM, features of autoencoders, applications of autoencoders.

• Image Processing
• Natural Language Processing
• Speech Recognition
• Video Analytics

Automated conversation bots using one of the descriptive techniques

• IBM Watson
• Google API.AI
• Microsoft’s Luis
• Amazon Lex
• Generative
• Open-Close Domain Bots
• Sequence to Sequence model (LSTM).

What is Time Series, techniques and applications, components of Time Series, moving average, smoothing techniques, exponential smoothing, univariate time series models, multivariate time series analysis, Arima model, Time Series in Python, sentiment analysis in Python (Twitter sentiment analysis), text analysis.

Hands-on Exercise – Analyzing time series data, sequence of measurements that follow a non-random order to identify the nature of phenomenon and to forecast the future values in the series.

Project 1 : Image recognition with TensorFlow

Industry : Internet Search

Problem Statement : Building a robust deep learning model to recognize the right object on the internet depending on the user search for the image.

Description : In this project you will learn how to build Convolutional Neural Network using Google TensorFlow. You will do visualization of images using training, providing input images, losses and distributions of activations and gradients. You will learn to break each image into manageable tiles and input it to the Convolutional Neural Network for the desired result.

Highlights :

• Constructing Convolutional Neural Network using TensorFlow
• Convolutional, Dense & Pooling layers of CNNs
• Filtering the images based on user queries.

Project 2 : Building an AI-based chatbot

Industry : Ecommerce

Description : This project involves building the chatbots using Artificial Intelligence and Google TensorFlow.

Problem Statement : Understanding the customer needs and offering the right services through Artificial Intelligence chatbot. You will learn how to create the right artificial neural network with the right amount of layers to ensure the customer queries are comprehensible to the Artificial Intelligence chatbot. This will help to understand natural language processing, understanding beyond keywords, data parsing and providing the right solutions.

Highlights:

• Breaking user queries into components
• Building neural networks with TensorFlow
• Natural language processing.

Project 3 : Ecommerce product recommendation

Industry : Ecommerce

Problem Statement : Recommending the right projects to customers by artificial intelligence

Description : This project involves working with recommender systems to provide the right product recommendation to customers with TensorFlow. You will learn how to use Artificial Intelligence to check for user past buying habits, find out what are the products that go hand-in-hand, and recommend the best products for a particular product.

Highlights :

• Building neural networks with TensorFlow
• Looking at huge amounts of data & gaining insights
• Building recommendation engine with TensorFlow Graph.