ANSYS
ANSYS develops and implements a complete, open, and collaborative multi-physics scientific simulation system coupled with cross-functional solutions for simulation workflow optimization, data management, and high-performance computing;Our customers benefit from a comprehensive, open, collaborative system of multi-physics scientific simulation solutions, coupled with cross-disciplinary solutions for simulation flow optimization, data management and high-performance computing, to help them optimize system efficiency, boost productivity and compete in their markets.
With over 50 years’ experience in simulation, ANSYS has developed solid solutions to support strategic players in the maritime and defense sectors. Today, we are recognized by France’s leading industrial players, with multiple successes and strong added value to support future major defense programs.
ANSYS aims to support its customers’ growth through continuity based on three pillars:
• accelerating products to market and accelerating innovation; innovating rapidly without overthinking or compromising quality;think too much or compromise quality to retain the edge;
• reduce product development and manufacturing costs thanks to better productivity;maintain a competitive edge without sacrificing quality;
• improve product quality and reduce risks; provide high-quality products to preserve brand recognition.
ANSYS continues to invest in internal R&D and external growth to stimulate innovation and help its customers meet new challenges technological such as autonomous systems, new optronic systems and tèThese include autonomous systems, new optronic and communication (5G) systems, digital twins, additive manufacturing, lectrification and the next generation of propulsion systems, and cyber security.
Multi-physics software portfolio – platform agnostic compatible with complex and open ecosystems. Horizontally diversified solutions covering the full range of physics, from the smallest scales to system and technico-operational simulation. Simulation of fluid mechanics, mechanics, optics, electromagnetics, acoustics, semiconductors, safety analysis (MBSA), system analysis (MBSE), reduced models and digital twins, embedded software, artificial intelligence and autonomy, global optimization of system/architecture performance, cyber security …’.
‘ANSYS supports the implementation of all software covering the entire portfolio through a variety of services, including problem assessment, consulting, mentoring, implementation and training.’
Aucun média trouvé pour cet adhérent
Drones aériens maritimes (UAV) Unmanned Aerial Vehicle
Drones maritimes de surface (USV) Unmanned Surface Vehicle
Drones sous-marins (UUV) - Unmanned underwater vehicles
Technologies d'autonomie Autonomy technologies
Ansys offers a workflow of scientific
simulations to support the preparation,
optimization and reinforcement of tests on
autonomous
autonomous systems. It reduces
the number of tests by using upstream
simulation (from data simulation to
upstream (from data simulation to
AI training through to the generation of
critical embedded code and
critical embedded code and safety analysis
.
MBSA and cybersecurity). It also supports
certification and qualification of autonomous
autonomous systems, with the ability to train
an AI-based system with
an AI-based system with thousands of virtual
scenarios.
virtual scenarios.
Particularly used in the
defense sector, UAVs meet new
defense requirements.
Defense, drones are responding to the new
ways of waging war.
Ansys’ digital solutions respond to the
European defense priorities: interoperability
of systems, detectability
of systems, detectability, autonomous ships
and AI, etc.
and AI, etc. Autonomous simulation systems
help to limit the risk of collision,
to evaluate software and human
behavior, in order to anticipate and
in order to anticipate and limit risks.
Ansys offers a workflow of scientific
simulations to support the preparation,
optimization and reinforcement of tests on
autonomous systems.
autonomous systems.
NAVANTIA GENERATES DATA BASE
.
SYNTHETIC DATA BASE FOR ALGORITHMS
based on automatic learning
.
WITH THE HELP OF ANSYS.
SENSOR SIMULATION SOFTWARE
ANSYS.
The lack of images of the naval environment and
the confidentiality associated with this data made it
difficult to create a dataset
suitable for training visual models.
suitable for training high-quality visual models
based on machine learning
.
high-quality visual models based on machine learning
(ML)
(ML) for the detection, recognition and
identification of ships at sea. This complicates
the task of naval commanders to identify
a friendly or enemy vessel. Innovative
innovative naval cognitive systems are therefore needed
to find more quality naval images.
Navantia has demonstrated how simulation
can generate synthetic environments
and train visual models to improve
naval object recognition. The company has
developed an automated system for detecting
and identification of threats at sea. The aim
of the system is to help ships’ crews to
identify a variety of vessels, including warships
and aircraft carriers.
warships and aircraft carriers, particularly at long
distance. Early detection enables appropriate
reaction in due course. They used the Ansys AVx
Ansys AVxcelerate
sensor simulation software.
Sensors™ to generate images and scenarios
to train ML-based systems for
automated identification of warships.