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The code generation tools have been applied in the following recent work: Benigni, "Software and Synthesis Development Libraries for Power Electronic System Real-Time Simulation," 2019 IEEE Electric Ship Technologies Symposium (ESTS), Arlington VA, 2019, pp. Benigni, "ORTiS solver codegen: C++ code generation tools for high performance, FPGA-based, real-time simulation of power electronic systems," SoftwareX, vol. The ORTiS solver code generation tools themselves are presented in:
#Ni fpga simulation license#
Solver C++ Code Generation Tools are licensed under the GNU General Public License (GPL) v3.0 ( ). Solver FPGA cores created with HLS can be utilized on National Instruments FPGA-based platforms, Xilinx FPGA evaluation kits, and other platforms that incorporate Xilinx FPGAs. High Level Synthesis (HLS) of C++ solvers into Register Transfer Level (RTL) designs for FPGA execution is supported using Xilinx Vivado HLx suite for Xilinx FPGA devices. Solvers generated by the tools are C++03 complaint and do not have any dependencies. Eigen 3 - Linear Algebra Template Library.These tools require C++14 or higher complaint compiler suite to build, such as GCC.īesides the C++ standard library, the tools depend on the following third-party libaries to compile: The tools include the LB-LMC C++ Solver Code Generation C++ Library along with a Command Line Interface (CLI) tool to allow creation of simulation solvers via either C++ programming or command shell environments. Multi-FPGA solver creation for decomposed systems is supported. User defined components in the systems are supported through C++ extensions to the codegen tool library. Solvers are generated as custom-tailored C++ code for a given system model defined in plain-text netlists. Solvers generated by the tools utilize the Latency Based Linear Multi-step Compound (LB-LMC) simulation method to solve system models. Utilizing solvers generated by these tools along with FPGA High-Level Synthesis (HLS) and execution, real-time simulation of sizable power electronic systems with high frequency dynamics at 35 or less nanosecond time steps are achievable. These tools are part of the Open Real-Time Simulation (ORTiS) framework. ORTiS Solver C++ Code Generation Tools for Real-Time Simulation of Power Electronic SystemsĬopyright (C) 2019-2021 Matthew Milton and OthersĬode generation tools for creation of CPU or FPGA real-time simulation C++ solvers of nonlinear electrical and power electronic systems.