System-level modeling of dynamically reconfigurable hardware with SystemC
A. Pelkonen, Kostas Masselos, Miroslav Cupak · 2004
To cope with the increasing demand for higher computational power and flexibility, dynamically reconfigurable blocks have become an important part inside a system-on-chip. Several methods have been proposed to incorporate their reconfiguration aspects into a design flow. They all lack either an interface to commercially available and industrially used tools or are restricted to a single vendor or technology environment. Therefore a methodology for modeling of dynamically reconfigurable blocks at the system-level using SystemC 2.0 is presented. The high-level model is based on a multi-context representation of the different functionalities that will be mapped on the reconfigurable block during different run-time periods. By specifying the estimated times of context-switching and active-running in the selected functionality modes, the methodology allows us to do true design space exploration at the system-level, without the need to map the design first to an actual technology implementation.