Scalable FPGA-based projects via static and dynamic parameterization technique

In this paper, we observe the implementation of flexible FPGA-based architectures by using the mechanism of parameterization, then we propose a classification of parameterization of FPGA-based projects by providing them flexibility during the operating mode, also, a common approach to the FPGA-based scalable implementation using multiparameterization technique is offered. Finally, the method of FPGA-based scalable implementation using static parameterization of the number of parallel and sequential structures on different levels of decomposition of the project is suggested and recommendations of proposed methods that provide flexibility of a computer system according to some requirements specification are given.