A Multi-agent Evolution Algorithm used for Input Shaping of a Repetitive Non-linear Dynamic System

This software uses Matlab/Simulink environment to simulate and optimize the performance of a so-called Digital Displacement Unit (a fluid power technology). It does so iteratively with a custom-made evolution type algorithm which requires little programming effort but yet deploys a priori knowledge of the system. The results and deeper description have/are gonna be presented at the conference on fluid power and motion control in the paper with the name of the title

Component database for topology benchmarking with guidelines of how to use it

This Excel file presents the built database for the paper titled "Bridgeless PFC topology simplification and design for performance benchmarking".1. You can find more details about how to use the data presented here to build the component model in the paper.2. In the "calculated results sheet", you can see our case study results by using this built database to select components and benchmark the bridgeless buck-boost PFC converters.3. In the "code example sheet", you can see the step-by-step code example for the MOSFET calculation. It may take several minutes to get the results when the code is operating

Component database for topology benchmarking with guidelines of how to use it

This Excel file presents the built database for the paper titled "Bridgeless PFC topology simplification and design for performance benchmarking".1. You can find more details about how to use the data presented here to build the component model in the paper.2. In the "calculated results sheet", you can see our case study results by using this built database to select components and benchmark the bridgeless buck-boost PFC converters.3. In the "code example sheet", you can see the step-by-step code example for the MOSFET calculation. It may take several minutes to get the results when the code is operating

Component database for topology benchmarking with guidelines of how to use it

This Excel file presents the built database for the paper titled "Bridgeless PFC topology simplification and design for performance benchmarking".1. You can find more details about how to use the data presented here to build the component model in the paper.2. In the "calculated results sheet", you can see our case study results by using this built database to select components and benchmark the bridgeless buck-boost PFC converters.3. In the "code example sheet", you can see the step-by-step code example for the MOSFET calculation. It may take several minutes to get the results when the code is operating