RESEARCH · RESEARCH · #943
AGIMUD: arXiv preprint and open-source code for socio-affective multi-agent simulation architecture
An arXiv preprint (arXiv:2609.26927v1) describes design principles and a software architecture called AGIMUD for enabling human interaction with multiple socially- and affectively-aware agents in dynamic simulated worlds. The paper details integrations for socially-aware reasoning and emotion, a multimodal human–agent interaction scheme, and distributed AI processing to run real-time multi-user dungeon (MUD)-style simulations; source code is published at github.com/dberga/AGIMUD.
KEY POINTS
- An arXiv preprint (arXiv:2609.26927v1) describes design principles and a software architecture called AGIMUD for enabling human interaction with multiple socially- and affectively-aware agents in dynamic simulated worlds.
- The paper details integrations for socially-aware reasoning and emotion, a multimodal human–agent interaction scheme, and distributed AI processing to run real-time multi-user dungeon (MUD)-style simulations; source code is published at github.com/dberga/AGIMUD.
- The work provides an open-source, integrative architecture combining socio-affective agent reasoning, multimodal human interfaces, and distributed processing to enable real-time multi-agent human–agent simulations, useful for research and testing governance of future human–agent systems.
WHY IT MATTERS
The work provides an open-source, integrative architecture combining socio-affective agent reasoning, multimodal human interfaces, and distributed processing to enable real-time multi-agent human–agent simulations, useful for research and testing governance of future human–agent systems.