Machines started by replacing human beings in some tasks, although most of them were mechanical. A human being remained around the machine to provide directions. Take the example of a car where a human driver is still required to steer it. Computational creativity has driven the idea further by fusing artificial intelligence and art.
Artificial intelligence stepped in to allow these machines to make decisions without depending on human intervention. Self-driving vehicles are the best example. Today, the car can make a decision when to stop, switch lanes, overtake, and avoid barriers or accidents. The machine is now shedding off human intervention. It has resulted in the development of intelligent cars, machines, entry systems, and similar installations. Such developments are the foundation of this AI essay.
Computational creativity is also known as creative computation, creative computing, mechanical creativity of artificial creativity. It is a field of science bringing together philosophy, cognitive psychology, arts, and artificial intelligence. The idea is to replicate or simulate human creativity using computers.
Artificial intelligence and its influence on computational creativity
Artificial intelligence is the front runner to computational creativity. Art machines arise out of the desire to advance the use of Artificial Intelligence to develop futuristic equipment for everyday life. As you eliminate human interference, the machine uses software and algorithms to execute self-generated decisions.
Take the example of the self-drive car. It has sensors whose data is processed and used to influence the decision to speed or slow down, change lane or maintain a lane, increases interior heat or cools the car, and such other decisions that would have been made by a human being. Such automation is the best description of AI computational creativity.
Understanding humans to develop smart machines
All the machines developed in the world are meant to serve human beings. Take the example of an AC system or entertainment system in the house. They are designed to keep a person comfortable. To develop smart machines, you must understand how human being work or interact with the world around. Such understanding is captured in cognitive psychology. It is the reason AI and computational creativity rely so heavily on cognitive psychology.
Artificial intelligence concept art requires you to see beauty and efficiency from a human standpoint. How does a person feel when he wakes up in the morning? What kind of music does he want to see? Are there particular colors he would love to see? The human scientist goes back to the AI lab to develop algorithms that would help the machine to ‘think’ and behave like a person in different circumstances. The glass door opening while you enter an office is just the beginning. Finding a warm bath and your favorite music playing because you had a bad day at work in the future.
Machines and software that enhance human creativity
Human creativity and capacity have been thought to be limited. For instance, a man can only run a 100meters distance in several seconds. In this essay on artificial intelligence and art, the quest is to find a way to push human creativity and capacity beyond what it is today.
The use of AI to produce a more intelligent human being is informed by the fact that creativity can be blinded by human biases. The AI machines collect data to help you design a better product or make a decision that would not have been possible without the benefit of data. The approach raises the quality of decisions made. For instance, AI can collect personal data on your health, compare it with other people who had similar conditions around the world, and advise you on the foods to take or the lifestyle to live. You will avoid health complications that affected people with similar properties in life.
Artificial intelligence makes art is the future of human-machine or gadget interactions. Machines can judge human behavior more accurately to give the best results. The future of computational creativity is to build smart machines that can study human beings and customize the environment for them.
