Modeling and simulation pyramidMulti-resolution modelingAEGISHigh-level architectureAs the complexity of military operations increases, the defense modeling and simulation (DM&S) has contributed in analytically improving doctrines at the engineering, engagement, mission, and campaign levels. To date, defense...
Python modules for automating Modelica simulations and for running unit test for the Buildings library Python 85 47 53 8 Updated Mar 14, 2025 energy-supply-security-pyramid Public Python 0 0 0 0 Updated Mar 11, 2025 funnel Public Software to compare time series within user-specified tol...
Lumped, so-called 0D simula- tion, and discretized 1D simulation are main technologies to address these tasks1 and the presented architectural approach tries to get a grip on them. The considered fields of application include large process and production plants, power stations and grids, communi-...
The simulation results show that the increase of bullet's initial disturbance at the muzzle and the variation of its surface morphology caused by bore damage are primarily responsible for the life end of this 12.7 mm machine gun barrel....
Conceptually, he imagined an event pyramid where there are many shock events occurring, and these events occasionally lead to a non-fatal injury that gets reported. Next, he generated estimates for PFshock from the fatal injury data. Accident data from fatal injuries generates a different ...
Traditionally the design of protective clothing has followed an experimental trial-and-error or “shoot-first” approach. Over time with the advent of supercomputing and the advancement of finite element (FE) codes, researchers began to use simulation technology to numerically study the ballistic impac...
3D finite element models of the lung and rib cage. Full size image Material modeling The material constants of the components in the body were chosen from literature. The lungs are pyramid-shaped, paired organs attached to the trachea by the right and bronchi that are left on the inferior su...
“simulated robot” and “real robot” stack might be for the same task and re-use the same underlying robot code. Simulated toy environments can be used to study general algorithms, but may have less domain overlap with the end robotic use case. On top of the “evaluation pyramid”, you...
In order to capture a physics-based deformation field, one needs to use biomechanical models and image-derived forces for deforming them. In the context of brain shift analysis, there recently has been a significant amount of work directed towards simulation [7] using models driven by physics- ...
We used the Scikit-learn implementation [65] with default settings for the RF and SVM models, and the official implementation for the XGBoost classifier. For the MLP classifier, we configured a pyramid-shaped architecture with one hidden layer of size half of the input dimensionality. For other...