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Create the pulse structure of a given gate or quantum operation. The script constructs the pulse sequence for the gate inverse, not the mirror, that can be applied in a quantum circuit.

The most up-to-date location for Spack packages for Kokkos and Kokkos Kernels.

Example project for rogue.

Development Board Firmware/Software Examples.

ErgoEASER is a computer based program that provides training and analysis tools on potential ergonomic hazards in the workplace.

MOFA-COBRA is a software code for Matlab that performs Multi-Objective Flux Analysis (MOFA), a solving of linear programming problems.

SWIFT is a computer code that is designed to do research level signal analysis on seismic waveforms, including visualization, filtering and measurement. LLNL is using this code, amplitude and global tomography efforts.

FELIX is a physics computer code used to model fission fragment mass distributions in a fully quantum-mechanical, misroscopic framework that only relies on our current knowledge of nuclear forces.

DAMPI is a dynamic testing/verification tool that scalably covers non-deterministic interactions of MPI (e.g., sildcard-receives).

The Profile Interface Generator (PIG) is a tool for loosely coupling applications and performance tools.

The CLOMP_TM benchmark was developed to measure the overheads of various mechanisms used to guarantee the generation of correct results in threaded code.

Tool Gear Version 2 is an expanded collection of programs and software libraries that form the infrastructure on which software tools may be built.

Polisher is a software package designed to facilitate the error correction of an assembled genome using Illumia read data.

Fit event counting histograms.

The ESG-CET system consist of two major components: 1) Gateways that support portal services, which serve as interfaces to end-users who can search, discover, and request data and data products, and 2) Data Nodes where the data actually resides.

The system implements a flexible and extensible scene graph for the visualization and analysis of scientific information.

The purpose of this benchmark is to measure the maximal message rate of a single compute node. The first num_cores ranks are expected to reside on the 'core' compute node for which message rate is being tested.