Internet of Things (IoT) has emerged as one of the hottest trends in the technology world. It has the potential to radically change the way we experience life. It will particularly have a huge impact on the industrial world where we have to deal with massive machines, buildings, and open fields. Industrial technologies have direct impact … Continue reading Understanding The Industrial IoT Technology Stack
Tag: Artificial Intelligence
Deep Learning For Sequential Data – Part V: Handling Long Term Temporal Dependencies
In the previous blog post, we learnt why we cannot use regular backpropagation to train a Recurrent Neural Network (RNN). We discussed how we can use backpropagation through time to train an RNN. The next step is to understand how exactly the RNN can be trained. Does the unrolling strategy work in practice? If we … Continue reading Deep Learning For Sequential Data – Part V: Handling Long Term Temporal Dependencies
Deep Learning For Sequential Data – Part IV: Training Recurrent Neural Networks
In the previous blog post, we learnt how Recurrent Neural Networks (RNNs) can be used to build deep learning models for sequential data. Building a deep learning model involves many steps, and the training process is an important step. We should be able to train a model in a robust way in order to use it for … Continue reading Deep Learning For Sequential Data – Part IV: Training Recurrent Neural Networks
Deep Learning For Sequential Data – Part III: What Are Recurrent Neural Networks
In the previous two blog posts, we discussed why Hidden Markov Models and Feedforward Neural Networks are restrictive. If we want to build a good sequential data model, we should give more freedom to our learning model to understand the underlying patterns. This is where Recurrent Neural Networks (RNNs) come into picture. One of the … Continue reading Deep Learning For Sequential Data – Part III: What Are Recurrent Neural Networks
Deep Learning For Sequential Data – Part II: Constraints Of Traditional Approaches
In the previous blog post, we discussed the nature of sequential data and why we need a robust separate modeling technique to analyze that data. Traditionally, people have been using Hidden Markov Models (HMMs) to analyze sequential data, so we will center the discussion around HMMs in this blog post. HMMs have been implemented for … Continue reading Deep Learning For Sequential Data – Part II: Constraints Of Traditional Approaches
Deep Learning For Sequential Data – Part I: Why Do We Need It
Most of the current research on deep learning is focused on images. Deep learning is being actively applied to many areas, but image recognition is definitely generating a lot of buzz. Deep neural networks are being used for image classification tasks and they are able to outperform all the other approaches by a big margin. … Continue reading Deep Learning For Sequential Data – Part I: Why Do We Need It
How To Extract Feature Vectors From Deep Neural Networks In Python Caffe
Convolutional Neural Networks are great at identifying all the information that makes an image distinct. When we train a deep neural network in Caffe to classify images, we specify a multilayered neural network with different types of layers like convolution, rectified linear unit, softmax loss, and so on. The last layer is the output layer … Continue reading How To Extract Feature Vectors From Deep Neural Networks In Python Caffe
How To Programmatically Create A Deep Neural Network In Python Caffe
When you are working with Caffe, you need to define your deep neural network architecture in a '.prototxt' file. These prototxt files usually consist of hundreds of lines, defining layers and corresponding parameters. Before you start training your neural network, you need to create these files and define your architecture. One way to do this … Continue reading How To Programmatically Create A Deep Neural Network In Python Caffe
Understanding Locally Connected Layers In Convolutional Neural Networks
Convolutional Neural Networks (CNNs) have been phenomenal in the field of image recognition. Researchers have been focusing heavily on building deep learning models for various tasks and they just keeps getting better every year. As we know, a CNN is composed of many types of layers like convolution, pooling, fully connected, and so on. Convolutional … Continue reading Understanding Locally Connected Layers In Convolutional Neural Networks
What Is Local Response Normalization In Convolutional Neural Networks
Convolutional Neural Networks (CNNs) have been doing wonders in the field of image recognition in recent times. CNN is a type of deep neural network in which the layers are connected using spatially organized patterns. This is in line with how the human visual cortex processes image data. Researchers have been working on coming up … Continue reading What Is Local Response Normalization In Convolutional Neural Networks
Perpetual Enigma 