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Deltec- Bahamas- Introduction to AI and Deep Learning

You can consider artificial intelligence and deep learning as a set of Matryoshka dolls nested in each other, starting with the smallest and working out. Like Matryoshka, Artificial Intelligence subset is machine learning while deep learning is a machine learning subset, which is a term for a computer program which does something smart. Read on to know more about Deep Learning and Artificial Intelligence.

Let’s start with deep learning.

What Exactly Is a Deep Learning?

Deep Learning is an AI function which replicates the works of your brain in processing information and making patterns utilize in decision making. Deep learning is machine learning subsets in AI, which has networks able to learn unverified from data which is unlabeled or unstructured.

How Does It Function?

Deep learning evolves hand in hand with the modern era that has brought about a massive amount of data from every occupation. This data or popularly, known as big data, is drawn from various kinds of sources like search engines, social media, online media, e-commerce platforms, and many others. The amount of data that usually unlabeled is vast, which it can take years for individuals to understand. Industries realize the amazing potential which can result from unraveling these riches of information and are gradually adapting to artificial intelligence systems. Deep learning can analyze vast numbers of unlabeled information which can usually be taken years to process and understand.

Machine Learning vs. Deep Learning

Machine learning is one common artificial intelligence methods utilized in the big data processing. This is a self-adaptive algorithm which gets better patterns and analysis gradually with newly supplemented data. The computational algorithm integrated into a computer will process the transactions occurring on the digital platform, look for patterns in the data set as well as point out irregularity tracked by the pattern. 

As mentioned above, deep learning is machine learning’s subset and uses a hierarchical level of an artificial neural network to do the process of machine learning. An artificial neural network is made like our brain that has neuron nodes linked as one like a web. While conventional programs build analysis with data in a linear manner, hierarchical work of deep learning system allows the machine to process info with non-linear techniques.

The initial layer of the neural network processes raw data input. The second layer processes the past layer’s data using putting in information like the IP address of the users and possesses on its result.

The last layer will take the information from the second layer and takes account of raw data and make the machine pattern better. This keeps on in all stages of the neuron network.

Deep Learning Example

Utilizing the anomalies detection technology stated above, you can make an example of deep learning. Once the system made a model with parameter integrated the deep learning approach can begin building on the results provides by the machine learning.

Every layer of the neural network builds on its past layer with additional information like sender, retailer, social media event, user, IP address, credit score as well as many other essential features which make take many years to link as one once processed by an average people. The algorithms of deep learning are trained to not only make patterns from transactions but also determine when the pattern is signaling the requirement for an examination.

In general, deep learning is utilized in all industries for many diverse tasks and jobs. Commercial applications which make use of open source platform and image recognition with the recommendation of the consumer apps as well as medical research device which explore the chance of using drugs again for new diseases are some amazing examples of the integration of deep learning.

Artificial Intelligence

Artificial intelligence or AI for short makes it likely for a machine to learn for experience, fiddle with new inputs as well as carry out tasks like a human being. A lot of artificial intelligence examples which you hear now- from playing chess, self-driving autos, and playing computers, rely largely on deep learning as well as natural language processing. Utilizing these systems, computers can be trained to finish specific jobs by processing a huge number of data as well as knowing patterns in the data.

Various Kinds of Artificial Intelligence

Artificial intelligence high level can be broken down into two kinds: narrow artificial intelligence and general artificial intelligence.

Narrow artificial intelligence is what you see all around you in computers at this point; intelligent technologies which have been learned or taught how to do specific jobs without being programmed explicitly how to do so.

This kind of machine intelligence is apparent in the speech as well as language recognition of virtual assistance, in the visual recognition technologies on automatic or self-driving autos, in the recommendation engines which suggest items you may want based solely on what you procured in the previous days and months. No like a human being, this system can learn or be taught how to perform specific jobs that are the reason why it is named narrow artificial intelligence.

What to Expect from Narrow A.I

There are a massive number of emerging apps for narrow artificial intelligence, such as:

  • interpreting video feed from drone doing visual assessments of infrastructure like oil pipelines
  • organizing personal as well as business calendars
  • replying to simple questions from clients
  • coordinating with the smart system to do tasks like hotel booking at a suitable location and time
  • assisting radiologists in finding a possible tumor in X-rays
  • knowing the wear and tear in elevators from information collected by Internet of Things devices,
  • flagging unsuitable content online

 and many others.

In General, What Artificial Intelligence Can Do?

In general, artificial intelligence is extremely different. It is the kind of adaptable intellect found in human being, a flexible type of intelligence able to know how to do widely diverse jobs, anything from building spreadsheets to haircutting, or reason on an extensive array of subjects based on its gathered experience. This is the kind of artificial intelligence more commonly witnessed in films. On the other hand, that does not exist at this point, and artificial intelligence professionals are fiercely divided over how it becomes a reality.

Perks of AI

Artificial Intelligence automates repetitive learning, as well as discovery through data. On the other hand, AI is far different from hardware driven, robotic automation. Rather than automating manual tasks, artificial intelligence performs frequent, computerized tasks dependably and with no stress. The human inquiry is still vital to set up the technology and ask the appropriate queries.

Artificial Intelligence Adds Intelligence

AI adds cleverness to current products. AI, in many cases, not be sold as a personal application. Instead, products you use already will be better with Artificial Intelligence capabilities. Bots, automation, conversational as well as the smart machine can be merged with a huge number of data to enhance many systems at home as well as office, from investment analysis to security intelligence.

With artificial intelligence playing a vital role in the state-of-the-art program, software as well as services, every major technology companies are fighting to make robust machine tech system for application in the house as well as sell to the general public through cloud services.

Deep learning and A.I are going to be part of everything that we do and every product what we use. A more efficient, effective world is just around the corner.

Disclaimer:  The author of this text, Robin Trehan, has an Undergraduate degree in economics, Masters in international business and finance and MBA in electronic business. Trehan is Senior VP at Deltec International The views, thoughts, and opinions expressed in this text are solely the views of the author, and not necessarily reflecting the views of Deltec International Group, its subsidiaries and/or employees.

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