Completed Computing & AI Engineering

EPSRC Network+ proposal: Human-Like Computing

In plain English

AI plain-English summary

A computer that can read a person’s intentions, not just their typed commands, is the goal of this research network. The core problem is that today’s machines are brilliant at processing data but terrible at understanding what a human actually wants. When you ask a computer to “find a good restaurant,” it might return a list of highly-rated places, but it cannot grasp that you mean “somewhere quiet for a business meeting” or “a place my picky child will eat.” This gap between raw computation and human-like reasoning limits how naturally people can collaborate with machines. If this research succeeds, it could transform how we interact with every system that relies on human input—from medical diagnostic tools that interpret a doctor’s unspoken concerns, to manufacturing robots that adjust their actions based on a worker’s subtle gestures. The network will bring together computer scientists, psychologists, and engineers to build machines that learn from accumulated background knowledge, not just labelled data. This is primarily fundamental science. The network is not building a specific product. It is creating the conceptual and technical foundations for a future where computers are genuine collaborators, not just tools that require precise, literal instructions.

View original technical description
Human-Like Computing (HLC) research aims to endow machines with human-like perceptual, reasoning and learning abilities which support collaboration and communication with human beings. Such abilities should support computers in interpreting the aims and intentions of humans based on learning and accu- mulated background knowledge. The Network fits within the EPSRC national priority areas of a) New and Emerging areas, b) People at the Heart of ICT, c) Cross-Disciplinarity and Co-Creation and d) Safe and Secure ICT.

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Researchers

Nick Chater (Co-Investigator)Stephen Muggleton (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

People-centred Computational Environments for Design Discovery: Establishing a Fully Integrated Framework
NETWORK: People-centred Computational Environments for Design and Decision-making
HUMANE: a typology, method and roadmap for HUman-MAchine NEtworks
Copacetic Smartening of Small Data for HLC
Human-Robot Collaboration for Flexible Manufacturing

Original classification

Research Grant

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.