Cybernetic Intelligence – Sony CSL

Grounded in AI and data analytics, this research area aims to bring intelligence to real-world systems and processes. From a cybernetics perspective, we pursue the extraction of efficient and meaningful information, connecting the results to practical applications in society and industry.

Worldviews

Beyond existing theories, into a new world -the world of information geometry-

Frank Nielsen

Reseach Areas	Cybernetic Intelligence Fundamental Research
Researchers

Challenging the Limits of Information Extraction from Data

Takashi Isozaki

Reseach Areas	Cybernetic Intelligence
Researchers

Open Systems Modeling

Simulation not for predicting the future, but for shaping it. - Takahiro Sasaki

Reseach Areas	Cybernetic Intelligence Fundamental Research
Researchers

Projects

Failure as a Fingerprint of Complex Systems

Cybernetics Contact Center PrOject (C3PO)

Cybernetics Contact Center PrOject (C3PO)

CALC

A big Data Analysis Tool

Das Fremde

An Artistic Approach to Question Our Relationship Between Human And AI Robots

News & Articles

2025年10月27日

[Article]A new article by Takashi Isozaki has been published in Handbook of Statistics.

The use of causal inference with structural models in industry

2025年8月27日

Nature Career Feature Includes a Reference to Dr. S. Kasahara

Can creativity in science be learnt? These researchers think so

2025年8月18日

[INFO]Hiroaki Kitano, President & CEO, will be speaking at TED AI Vienna 2025

2025年6月11日

A report on ICASSP 2025 has been published on the Sony Group portal.

Sony CSL was represented at the conference by Stefan Ratner from Paris Research.

2025年4月24日

The paper by Kasahara et al. has been awarded the Best Paper at the CHI 2025.

Conversational Agents on Your Behalf: Opportunities and Challenges of Shared Autonomy in Voice Communication for Multitasking

2025年4月1日

[Article]A new article by Takashi Isozaki et al. has been published.

Practically effective adjustment variable selection in causal inference

2025年1月30日

[Article]A new article by Frank Nielsen has been published in Entropy.

Fast Proxy Centers for the Jeffreys Centroid: The Jeffreys–Fisher–Rao Center and the Gauss–Bregman Inductive Center

2024年12月23日

Publications

Laura Triglia, Pietro Gravino, Thomas Carette, Francesco Rea, Alessandra Sciutti, and Pablo Barros

Come Together: How Social Agents can Improve Music Discovery

2025

Nielsen, Frank

Two types of geometric Jensen-Shannon divergences

Entropy (Basel) | Vol.27, pages 947, sep, 2025

Isozaki, Takashi

The use of causal inference with structural models in industry

Handbook of Statistics | pages 1-49