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Friday 2 February 2018

Artificial Intelligence Applications Make Tools More Than The Ratio Of Their Parts


While the technologies described here are far from an exhaustive list of AI components, the list does suggest that AI is more complicated than any single technology. AI is a collection of several tools and techniques.
When we talk about AI today, we’re not talking about one innovation. In fact, AI tools are made up of several discrete components that combine to create the applications we typically think of as AI.
So what are the primary AI components? It starts with a foundation of specialized hardware and software for writing and training machine learning algorithms.
Deep learning, a particular branch of machine learning, takes an intuitive approach to teaching data algorithms to process data that is similar in some ways to how a human learns.
The approach can deliver impressive results, but the downside is that it takes massive amounts of data to train machine learning algorithms.
That is the reason information researchers require the handling energy of GPUs to prepare models and continue preparing times down.
No wonder why programming language is synonymous with AI, but a few have set themselves apart. Python is quickly becoming a popular, general-purpose language for writing data analytics applications, so it’s no wonder it’s becoming common in AI applications.
Java and C are also widely used because they offer deep learning, low-level control, though this can make them more complicated than Python.
Google’s open source TensorFlow is also gaining some traction as a component of AI.
Today, we’re seeing AI applications take a wide variety of forms. They are doing everything from translating websites to serving as personal assistants.
Today, we’re seeing AI applications take a wide assortment of structures. They are doing everything from making an interpretation of sites to filling in as individual aides.
The general theme of most AI services, though, is an ability to understand human language and interpret its often vague meaning. True AI applications also use machine learning to take new information into account and use it to sharpen its performance over time.
As AI buildup has quickly, vendors and tech evangelists are calling a wide range of things AI. Frequently what they allude to as AI is just one part of AI, for example, machine learning.
While the innovations portrayed here are far from an exhaustive list of AI components, the list does suggest that AI is more complicated than any single technology. AI is a collection of tools and techniques.

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