7 myths about artificial intelligence (AI) you must stop believing

There has been much hype, over the past few years, about the recent progress in artificial intelligence (AI), primarily through machine learning. If one is to believe headlines in media and scientific publications, it seems that AI is now capable of creating and learning the ways that resemble what humans can do. Consequently, people begin to hope – or fear – that the creation of a fully conscious machine might be something we will witness in our lifetime. However, many of these beliefs originate from deep misconceptions about what AI can do and how. In this post, let’s debunk some of the common myths associated with AI.

Artificial intelligence and robots are the same.

The robots are hardware, whereas artificial intelligence (AI) is software. AI involves programming for the completion of tasks that would otherwise require human labor. Robotics deals with programmable machines called robots that can perform a series of actions autonomously. There are many robots that are not artificially intelligent. Until recently, all industrial robots could only be programmed to perform a repetitive sequence of movements. An excellent example of a robot would be something like a trash compactor robot from a film called WALL-E (2008). However, AI is most likely present in a robot, controlling and navigating systems along with analyzing information to have a specified result.

AI and automation are the same things.

Artificial intelligence and automation are two terms that people are often confused about. They tend to mix AI and automation because they do have a relationship and are interchangeable in some cases. However, there are significant differences between the level of complexity of the two systems. Automation is all about making hardware or software that can do things automatically — without human intervention. Automation may or sometimes may not be based on AI. Automation is achieved by applying sensors and performing an action corresponding to the sensor readings. Take the example of fire alarm systems deployed in buildings. As soon as the smoke sensor is activated, water starts pouring down the pipes.

AI is about machine learning code.

It is common for people to associate machine learning code with AI applications. Recent advances in machine learning are fuelling it. Machine learning is, in fact, a sub-field of AI, where machines are taught to work on themselves and adapt to change. Machine learning algorithms fall into two categories; they are supervised and unsupervised. Supervised algorithms require humans to provide both input and output, in addition to providing feedback on the accuracy of predictions during training. Once the training is complete, the algorithm applies the techniques it has learned. Unsupervised algorithms do not require any training. Instead, deep learning is used to review data and reach conclusions. Unsupervised learning algorithms are used to perform complex processing tasks. In short, AI is the ‘intelligence’ or ‘technology,’ whereas machine learning is the implementation of the computational methods.

AI cannot be creative.

Creativity is a unique attribute of humans. But that doesn’t mean that artificial intelligence can’t be creative or can make something new and valuable. AI draws its knowledge from data, but can also combine different data sources to create something new. Numerous AI projects show that machines are capable of producing intricate works of art that compete with those created by their human counterparts. The Parisian company, Obvious Art, used an algorithm called the Generative Adversarial Network (GAN) to create a portrait that sold 432,500 US dollars. When provided with 15,000 portraits painted between the 14th and 20th centuries, AI observed art and then created something new – just like any human would.

In goes data, outcomes intelligence.

It’s a common misapprehension that AI can give answers when we throw a lot of data at it. It is the quality of data, not the quantity that matters. Quality data is an integral part of an effective algorithm. Poor data produce poor results. Large volumes of poor and inconsistent data do not bring us closer to an accurate outcome. They can instead trick us by creating “apparently accurate” but incorrect results. That’s why AI and machine learning teams have jobs almost entirely focused on curating and cleaning data. Running data processes with AI requires even more engineering and computational power, and AI requires manual processes, often through data labeling.

AI will replace only low-skilled jobs.

People have long feared that AI would eliminate their jobs, but this is a big misconception. It is, however, true that the advent of AI and automation has the potential to disrupt labor seriously. But seeing this as a direct transfer of employment from humans to machines is a result of oversimplification. Some argue that AI will only replace small and simple jobs, freeing people to spend more time working on worthwhile projects. Again it is a mistake to believe that AI will replace only low-skilled and manual jobs. AI-powered robots and applications can already perform work generally reserved for highly trained professionals, such as doctors and lawyers.

AI will surpass humans.

Some experts are afraid of a robot uprising. Elon Musk, for example, called AI humanity’s “biggest existential threat” and compared it to “summoning the demon.” He says—”As AI gets probably much smarter than humans, the relative intelligence ratio is probably similar to that between a person and a cat, maybe bigger, I do think we need to be very careful about the advancement of AI.” However, for many AI and machine learning researchers, an AI that surpasses humans sounds like a distant dream. They are still struggling to solve even simple-seeming problems with AI and machine learning.