AmberGPUMDSimulation

AmberGPUMDSimulation automates high-throughput AMBER GPU molecular dynamics (MD) simulations on GPU clusters to enable scalable exploration of biomolecular dynamics.

Key Features:

• Integration with Kepler Platform: Orchestrates workflow execution and management via the Kepler platform.
• Utilization of AMBER GPU Code: Executes molecular dynamics simulations using the AMBER GPU code.
• Automation: Automates repetitive setup, submission, and execution steps for MD simulations.
• Access to GPU Clusters: Runs simulations on high-performance GPU clusters to accelerate MD calculations.
• Management of Heterogeneous Computing Resources: Deploys and manages simulations across heterogeneous computing environments.
• Systematic Analysis and Reproducibility: Performs systematic analysis of simulation outputs to support reproducibility and result validation.
• Scalability and Method Development: Supports scalable execution of multiple replicates and longer timescales and facilitates benchmarking and validation for MD method development.

Scientific Applications:

• Structural Biology: Enables high-throughput MD studies of biomolecular structure and dynamics over extended timescales.
• Drug Discovery: Supports MD investigations of molecular interactions relevant to drug discovery at atomic-level resolution.
• Systems Biology: Facilitates simulation of complex biomolecular systems to study dynamics and interactions within biological systems.

Methodology:

Automated workflow orchestration via Kepler; execution of MD using AMBER GPU code on GPU clusters; deployment across heterogeneous computing resources; systematic analysis of simulation outputs; and benchmarking and validation for method development.