In March 2016, DeepMind's computer programme AlphaGo surprised the world by defeating world-champion Go player, Lee Sedol. exhibits a novel, surprising and valuable style of play has been recognised as “creative” artificial intelligence (AI) communities. This article examines whether engages in creative problem solving according to standards comparative psychology. I argue that displays one imp...

Swarm Intelligence is an artificial intelligence discipline which is concerned with the design of intelligent multi-agent systems by taking inspiration from the collective behaviours of social insects and other animal societies. They are characterized by a decentralized way of working that mimics the behaviour of the swarm. Swarm Intelligence is a successful paradigm for the algorithm with comp...

artificial intelligence (ai) techniques offer powerful objective algorithms foranalysis of multimodal and high-dimensional data. recently, these techniques havebecome a reliable tool in the medical domain. this paper describes an efficienttechnique for building an application that is capable of forecasting and classifyinghealthcare information using machine learning as a subfield of ai methods....

Swarm intelligence is the collective problem-solving behavior of groups of animals and artificial agents. Often, swarm intelligence is the result of self-organization, which emerges from the agents’ local interactions with one another and with their environment. Such local interactions can be positive, negative, or neutral. Positive interactions help a swarm of agents solve a problem. Negative ...

This paper presents a method based on artificial intelligence (AI) techniques for decomposing a two-dimensional polygon into a minimal set of disjoint primitives. Decomposition is accomplished using a search algorithm based on recursively splitting the given shape into smaller parts until a primitive is recognized. The method operates in a primitive-oriented environment, where each primitive ty...

This paper surveys the recent trends in quantum computational intelligence. Initially we focus on Grover’s search algorithm and its extensions. Next we summarize the current research aimed at applying the search algorithm to create quantum Artificial Neural Networks and look at methods of improving the performance of our newly created quantum neural networks.