OPTIMA’s main goal is to prove that there are several HPC applications that can take advantage of the future highly heterogeneous FPGA-populated HPC
OPTIMA application focus: Finite Element Method (FEM) for Underground Analysis
In OPTIMA one of the objectives is to develop the industrial use cases and the libraries using the programming environments of the OPTIMA framework so
OPTIMA application focus: MESHFREE : particle-based computational fluid dynamics
In OPTIMA one of the objectives is to develop the industrial use cases and the libraries using the programming environments of the OPTIMA framework so
OPTIMA application focus: Robotic Simulations
In OPTIMA, one of the objectives is to develop the industrial use cases and the libraries using the programming environments of the OPTIMA framework
HIPEAC info article: “Productive FPGA programming with OPTIMA’s Open-Source Library”
OPTIMA is featured in the new edition of HIPEAC´s Magazine. The article is on "Productive FPGA programming with OPTIMA's Open-Source Library" written
OPTIMA at ISC22
OPTIMA will be in Hamburg to attend ISC High Performance 2022 for the first time. The project will be represented at the ISC22 with a project
The OPTIMA flyer is now available!
The OPTIMA project produced its first informative flyer which outlines the objectives and innovation. You can download and read it below.
OPTIMA in ETP4HPC’s Handbook of European HPC projects
OPTIMA is featured in the new edition of the ETP4HPC´s Handbook of European HPC projects. The ETP4HPC Handbook is a catalogue of funded
OPTIMA consortium addresses the industrial software codes for extreme scale computing environments and applications
Telecommunication Systems Institute, Cyberbotics Sàrl, Fraunhofer, EXAPSYS, Institute of Communication and Computer Systems , M3E, Maxeler IoT,
