Download JAR files tagged by sensor with all dependencies

Implements the PowerAPI disk Sensor module for systems based on an ATOP linux kernel, See also: http://www.atoptool.nl.

This Library is simplifying the API usage in a pure Java 8 way without any Frameworks. Removes pain of the Sensor UID, how to speak to the sensor and what values can i get from it etc. so that the focus is more on the logic

PowerAPI sensor providing power metrics from a PowerSpy outlet under a Linux platform. See also http://www.alciom.com/fr/produits/powerspy2.html

Implements the PowerAPI disk Sensor module for systems based on a procfs/sysfs virtual filesystems, typically used by standard Linux distributions. See also: http://linux.die.net/man/5/proc.

Implements the PowerAPI memory Sensor module for systems based on a procfs/sysfs virtual filesystems, typically used by standard Linux distributions. See also: http://linux.die.net/man/5/proc.

Implements the PowerAPI CPU Sensor module for systems based on a procfs/sysfs virtual filesystems, typically used by standard Linux distributions. See also: http://linux.die.net/man/5/proc.

Implements the PowerAPI CPU Sensor module for systems based on a procfs/sysfs virtual filesystems, typically used by standard Linux distributions. See also: http://linux.die.net/man/5/proc.

Extends the `fr.inria.powerapi.sensor.cpu.sensor-cpu-sigar` module in providing time spent for each CPU frequency, useful for computation taking into account the DVFS. This `Sensor` module use information provided by the [cpufreq-info](http://linux.die.net/man/1/cpufreq-info "cpufreq-info") tool under the procfs/sysfs virtual filesystems, typically used by standard Linux distributions. See also: [Man proc](http://linux.die.net/man/5/proc "proc manual").

MASSIS is a framework that facilitates the simulation of scenarios with multiple agents (representing people, robots, sensors, etc.) in indoor environments (i.e., in a building). MASSIS provides support for designing spaces and specifying the behavior of the elements and agents in them It is possible to define a great diversity of behaviours, from a simple sensor to the decisions of a person. MASSIS has been designed to keep this flexibility withough hindering performance. The framework is capable of supporting thousands of agents, each one with an specific behavior.

PATRIUS is a core space dynamics Java library that enables to quickly develop high level algorithms such as orbit extrapolator. PATRIUS contains several sub-libraries that work together and cover low level classes (i.e.: such as matrix, vectors, orbits parameters) as well as high level classes and interfaces (i.e.: numerical propagators, attitude laws, manoeuvers sequences). All the main domains of space dynamics are available: Analysis, algebra and geometry core library (quaternions, derivable functions, integrators …) Core objects for space dynamics (dates, orbits, frames...) Orbit propagation: analytical, semi-analytical and numerical propagators, a full set of force models Maneuvers: impulsive or continuous thrust, sequences Attitude: extensible set of attitude laws, sequences and guidance framework Events: event detection (orbital, sensor events, etc.) and post-processing (chronograms) Spacecraft: characteristics of mass, geometry (drag force), sensors field of view, etc.