Latest Articles for Simulation

Research sheds light on the circumgalactic medium's turbulence and its impact on galaxies.

Exploring Julia's capabilities in the Gray-Scott diffusion-reaction model for HPC.

An exploration of the fascinating mechanics behind inverted pendulums and their stability.

A virtual model of the C. elegans worm enhances biology research and education.

New framework SurrealDriver improves driver agent simulation for urban environments.

A study on testing controller systems for the E-puck educational robot.

Research explores how network conditions impact robotic arm control and performance.

This article examines how the environment impacts star formation in galaxies.

A system designed to guide particles along specific paths using feedback control.

Explore how randomness shapes angles in geometrical probability.

New Python library enhances low-energy structure search in materials science.

This article tackles distribution shift issues in machine learning-enhanced simulations.

New methods aim to improve control systems' response to disturbances while ensuring safety.

Introducing a dataset to test AI's understanding of physical interactions with soft bodies and liquids.

A look into modeling parton showers through advanced simulations and methodologies.

A comprehensive assessment of DEVS simulation engines using the DEVStone benchmark.

A project using DQN to improve self-driving car navigation on a 2D track.

A user-friendly library for tensor simulations in physics.

New model enhances simulation speed and accuracy for engineering applications.

Investigating how pebbles contribute to the formation of giant planets in our Solar System.

Mochi improves collision detection speed and accuracy using ray tracing technology.

Examining how language models struggle with physical interactions and reasoning.

Research shows general regularization methods boost off-policy RL agent performance across tasks.

New strategies improve speed and efficiency in constructing reduced-order models for complex systems.

New methods improve accuracy in vehicle dynamics estimation using digital twins.

A study on gas movement and its role in galaxy evolution.

Teaching robots to dribble a soccer ball while walking.

A new system enhances the creation of four-dimensional visuals across various fields.

Research reveals techniques for improving performance of low-aspect-ratio wings through airflow management.

A method for creating and visualizing shapes that change over time.

Exploring how the Bass model reveals innovation adoption in networks.

LidarDM generates realistic LiDAR videos for autonomous vehicle training and testing.

Discover how mass lumping and outlier removal enhance isogeometric analysis efficiency.

A look into quantum computing using continuous variables for advanced simulations.

A system that enhances VR design by using simulated users for testing.

A look at improving dynamic system models using destination information.

A new method improves distance calculations on triangle meshes for various applications.

This article discusses how larger galaxies affect dwarf galaxies' gas and star formation.

Explore the impact of world models and Sora's unique capabilities.

Study reveals different methods impact our view on galaxy sizes and masses.