Skip to main content
  1. Home
  2. Emerging Tech
  3. Computing
  4. Entertainment
  5. News

This is what happens when A.I. tries to reimagine Stanley Kubrick’s films

Add as a preferred source on Google

Thanks to his classic sci-fi movie 2001: A Space Odyssey, filmmaker Stanley Kubrick helped introduce the general public to the topic of artificial intelligence. Almost 50 years on, that movie’s HAL 9000 character continues to be one of the most enduring representations of A.I. in entertainment — and has helped inform everything from the design of smart assistants like Siri and Google Assistant to debates about the perils of machine intelligence. But what would modern-day A.I. make of Kubrick’s work?

That slightly offbeat premise is the basis of an intriguing project — called Neural Kubrick — from researchers at the U.K.’s Interactive Architecture Lab. The idea behind the project is to look at how artificial intelligence can impact filmmaking, an issue which speaks to a larger question about whether or not A.I. can be considered creative.

Recommended Videos

The exhibition created by researchers Anirudhan Iyengar, Ioulia Marouda, and Hesham Hattab, involves a multi-screen installation and deep neural networks which reinterpret scenes from 2001 and two other celebrated Kubrick movies: A Clockwork Orange and The Shining.

“Three machine learning algorithms take up the most significant roles in [our] A.I. film crew — that of art director, film editor, and director of photography,” Iyengar told Digital Trends. “There is a Generative Adversarial Network (GAN) that reimagines new cinematic compositions, based on the features it interprets from the input dataset of movie frames. There is a Convolutional Neural Network (CNN) that classifies visual similarities between inputted scenes and a dataset of hundreds of different movies, used to mimic the kind of decision making a film editor makes. And there is a Recurrent Neural Network (RNN), that analyzes the camera path coordinates of a cinematic sequence, and generates new camera paths to reshoot the original input sequence in virtual space — mimicking the role of a director of photography.”

The results of the Neural Kubrick experiment can be seen by checking out the website. It’s conceptual stuff, but it’s interesting because of the questions it poses about A.I. For instance, who is the author of a piece of work designed by an A.I.: The algorithm or its original programmer? Does any trace of Kubrick’s (very human) mastery of cinema remain when you’re trying to train a machine to replicate some of his decisions?

“It was intriguing for us to compare what meaning the machine makes of the given scene when all it interprets is features, patterns, zeroes, and ones,” Marouda told us.

The scenes generated by Neural Kubrick aren’t exactly entertaining in the classic sense, but they’re definitely interesting. At the very least, it’s difficult to imagine that Kubrick — a filmmaker known for pushing the technological limits of filmmaking — wouldn’t have been intrigued by the results!

Luke Dormehl
I'm a UK-based tech writer covering Cool Tech at Digital Trends. I've also written for Fast Company, Wired, the Guardian…
AI agents are sitting through students’ online courses, and colleges are struggling to stop them
The technology has moved from helping with homework to effectively impersonating students inside virtual classrooms.
Student taking notes in classroom with laptop macbook

AI cheating has already gone from asking a chatbot to write an essay to using tools that can make that AI-written work look human. We've previously talked about AI tools designed to help students cheat and the growing problem of AI detectors struggling to keep up, as well as how commonly students are already using AI for homework. Now the technology isn't merely helping students do the work. In some cases, it can effectively be the student.

Just tell the AI to take the class

Read more
Researchers built a tiny wearable patch that measures cholesterol levels from your sweat
Skipping the lab visit might actually be possible in the future.
caltech-wearable-patch-tests-cholesterol-triglycerides

Think about the last time you actually had your cholesterol checked. If you are like most people, it has probably been years since it usually means scheduling a lab visit and getting your blood drawn. Caltech researchers just built something that could change that entirely — a small stick-on patch that reads your cholesterol and triglyceride levels continuously, using sweat instead of blood.

How the sweat patch actually reads your cholesterol

Read more
Chinese startup claims its brain implant takes just 10 minutes to place, no skull surgery required
StairMed Technology's vein-based BCI could beat Neuralink's roughly two-hour surgery on speed, but the device still hasn't undergone human trials.
Art, Plate, Crystal

Brain implants, like the ones made by Elon Musk's Neuralink, typically involve open-skull surgery. But a Chinese startup says it can skip that step entirely, threading its device into the brain through a vein in a procedure that reportedly takes as little as ten minutes. According to the South China Morning Post, Shanghai-based StairMed Technology is one of several companies pursuing this approach, as the country pushes to expand its homegrown brain-computer interface (BCI) industry.

Faster than Neuralink, on paper

Read more