Deep Learning

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Deep Learning

Deep Learning (DL) has become more popular in the Artificial Intelligence (AI) community – it is giving a new shape to global business through the prolific use of autonomous, self-teaching systems, which can build models by directly studying images, text, audio, or video data. Such systems can use these data for future pattern recognition.

According to many technical professionals, businesses can reap the full benefits of AI only when the appropriate levels of competency is developed in advanced data technologies such as Machine Learning (ML) and Deep Learning for extracting reliable business insights. This unilateral opinion among professionals implies that the skill gaps have to be identified and training must be in place to make the best use of available technologies and tools.

What is Deep Learning?

Deep learning is a subset of machine learning that basically mimics the tasks of human. It involves training the system to understand and duplicate human activities, such as recognizing speech, identifying images, etc. In deep learning the system doesn't need predefined equations; it develops basic parameters from the data and learns its own way to recognize the patterns through layers of processing.

Why Deep Learning?

Deep learning has brought forward a better approach to machine learning that produces more efficient results than that of traditional algorithms. The level of accuracy in deep learning techniques is much higher, which is the reason why it has received such high attention currently.

This also helps consumer electronics meet user expectations, and it is crucial for safety-critical applications like self-driving cars. Deep learning advancements have improved to the point where deep learning outperforms humans in some tasks like classifying objects in images.

Deep learning surrounds us every day, and this will only increase with time. Whether you are thinking about cars that drive autonomously or even have some new technology like parking assistance, traffic control, or face recognition technology at airports. Reports on events are written by computers accordingly and more precisely.

Deep Learning at Fusemachines

Intelligent Character Recognition(ICR)
Intelligent Character Recognition(ICR)

ICR is a handwriting recognition system that allows fonts and different styles of handwriting that is educated to a computer during processing to improve accuracy and recognition levels. ICR is an advanced technology of OCR(Optical Character Recognition).

Automatic Speech Recognition(ACR)
Automatic Speech Recognition(ASR)

ASR is a technology that develops methodologies to enable the recognition and translation of spoken language into text by computers. It incorporates knowledge and research in various fields like linguistics, computer science, and electrical engineering.

Implementation of Deep Learning

As computer science researchers and data scientists continue to test the capabilities of deep learning, it may appear to be in a research phase for people who are not aware of it. But there are already many practical applications that have affected normal lives and businesses. Popular examples include:

Speech Recognition
Speech Recognition

Speech recognition is being used in personal and business capacity more than we realise. Programs like Skype, Siri, Google Now, etc have integrated deep learning technologies in to their system to recognize voice patterns.

Recommendation System
Recommendation System

Amazon and Netflix have popularized the notion of a recommendation system with a good chance of knowing what you might be interested in next based on past behavior. Deep learning can be used to enhance recommendations in complex environments such as music interests or clothing preferences across multiple platforms.

Image Recognition
Image Recognition

There are many applications that can benefit from image recognition; image captioning and scene description. Law enforcement can use the technology to identify suspects from pictures. It can be a good utility to self driving cars by using 360 degree camera.

Natural Language Processing
Natural Language Processing

Neural networks is based on functions of human brains, its been used mainly for processing and analyze written texts. Machine translation, fighting spam, information extraction are some of the examples of applications of natural language processing technology.