CoMSES Net

CoMSES Net is dedicated to improving how we develop, document, share, and use computational models in the social and ecological sciences.

[Mehrdad Farajtabar @MFarajtabar]

1/ Can Large Language Models (LLMs) truly reason? Or are they just sophisticated pattern matchers? In our latest preprint, we explore this key question through a large-scale study of both open-source like Llama, Phi, Gemma, and Mistral and leading closed models, including the recent OpenAI GPT-4o and o1-series.
https://t.co/2tv8Pp9MSz

Work done with @i_mirzadeh, @KeivanAlizadeh2, Hooman Shahrokhi, Samy Bengio, @OncelTuzel.

#LLM #Reasoning #Mathematics #AGI #Research #Apple

[CoMSES Net @comses]

In Episode 17 of 'Ten-Minute Dialogues: Computational Models,' Cosimo Leuci explores the Flibs'NLogo model, an ABM where digital creatures evolve to predict environmental changes, aiming to craft perfect predictors for dynamic ecosystems. Watch now: https://t.co/Uwnbqt4P12

[CoMSES Net @comses]

Researcher on Agent-based modelling of sustainability transformations at Stockholm Resilience Centre (SRC), Stockholm University, Sweden: Project description
The position will be part of the project TRANSMOD - “Building models of, with and for… https://t.co/wQrZ9tLZtb

[CoMSES Net @comses]

Using Agent-Based Modelling and Reinforcement Learning to Study Hybrid Threats v1.0.0: Hybrid attacks coordinate the exploitation of vulnerabilities across domains to undermine trust in authorities and cause social unrest. Whilst such attacks have… https://t.co/Xx8h6g7e4s

[CoMSES Net @comses]

This episode of 'Ten-Minute Dialogues: Computational Models' features Dr. Nanda Wijermans on a fishery model. Explore how this model captures diverse fishing behaviors and the impacts on the Baltic Sea fishery system: https://t.co/7URVn25Rb5

[CoMSES Net @comses]

Fully funded PhD on Agent-based modelling for reconstructing the history of culture & language at Utrecht University: The aim of this project at Utrecht University (the Netherlands) is to understand and quantify the roles of sociocultural and biophysical… https://t.co/IjyxqKz6x5

[CoMSES Net @comses]

Simple models with different types of complexity v1.0.0: Hierarchical problem-solving model The model simulates a hierarchical problem-solving process in which a manager delegates parts of a problem to specialists, who attempt to solve specific aspects… https://t.co/3ffH0YsVmd

[CoMSES Net @comses]

Watch Episode 15 of 'Ten-Minute Dialogues: Computational Models' as Dr. Siavash Farahbakhsh explores the SIM-VOLATILE model for circular economy tech adoption. Discover how the Volatile Fatty Acid Platform converts waste into high-end products: https://t.co/UNGgL7bXcs

[CoMSES Net @comses]

Blending vs particulate inheritance - demo of Fisher (1930) v1.0.0: A simple model illustrating RA Fisher’s (1930) reconciliation of Darwinian selection with particulate genetic contributions. https://t.co/daPkxTQOLn

[CoMSES Net @comses]

A Distributed Socio-Hydrological Framework for Integrating Perception and Groundwater Dynamics in Farmers' Crop Choice Modeling v1.0.0: We developed an agent-based model to simulate farmers' decision-making in a study area named Isfahan-borkhar aquifer.… https://t.co/j9iSRb1tlj

[CoMSES Net @comses]

GODS: Gossip-Oriented Dilemma Simulator v8.0.0: Model of influence of access to social information spread via social network on decisions in a two-person game. https://t.co/wxa4K29NqD

[CoMSES Net @comses]

In Episode 14 of 'Ten-Minute Dialogues: Computational Models,' Dr. Miguel Pais (@MiguelPPais) introduces the FishCensus model, an ABM simulating underwater fish surveys. Discover how it assesses bias and refines methods for accurate marine conservation. https://t.co/PzSNd0dxHN

[CoMSES Net @comses]

HUMLAND2: HUMan impact on LANDscapes agent-based model v2.0.0: The HUMan Impact on LANDscapes (HUMLAND) 2.0.0 is an enhanced version of HUMLAND 1.0.0, developed to track and quantify the intensity of various impacts on landscapes at a continental scale.… https://t.co/btfgLZaA5q

[CoMSES Net @comses]

Behavior changes through influence v1.0.0: The model is designed to simulate the behavior and decision-making processes of individuals (agents) in a social network. It aims to represent the changes in individual probability to take any action based on… https://t.co/a8pqaKrm1q

[CoMSES Net @comses]

GAMA days: Gama Days 2024 will be taking place from November 13 to 15, 2024.

This is a free, online event where users and developers of the GAMA platform can share their work and collaborate. We welcome submissions of short (2 pages) or long (6 pages)… https://t.co/DxYK21k5NE

[CoMSES Net @comses]

1st International Symposium on Computational Social Sciences: The International Symposium on Computational Social Sciences will be held virtually from October 14 to October 18, 2024. This event will bring together scholars, researchers, and professionals… https://t.co/pkncyGJHST

[CoMSES Net @comses]

epiworldR Type: Fast Agent-Based Epi Models v0.1.0: A flexible framework for Agent-Based Models (ABM), the 'epiworldR' package provides methods for prototyping disease outbreaks and transmission models using a 'C++' backend, making it very fast. It… https://t.co/HHbfNAnEtC

[CoMSES Net @comses]

Watch Episode 13 of 'Ten-Minute Dialogues: Computational Models' as @Ian71842859 discusses a “three industry model” that simulates labor shifts between sectors. Learn how this minimalist approach offers insights for macroeconomic simulations: https://t.co/d3EyLwaQLG

[CoMSES Net @comses]

In Episode 12 of 'Ten-Minute Dialogues: Computational Models,' Dr. Janwar Moreno discusses his ABM on overtourism in Santa Marta, Colombia. Developed with GAMA and utilizing extensive public data, discover how this model explores complex patterns. https://t.co/ZGZofjj1pB

[CoMSES Net @comses]

Agent-Based Insight into Eco-Choices: Simulating the Fast Fashion Shift v1.0.0: The present model was created and used for the study titled ``Agent-Based Insight into Eco-Choices: Simulating the Fast Fashion Shift." The model is implemented in the… https://t.co/KD8K61RfAI