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Systems on a chip (SoC) can draw various benefits such as adaptability and efficient acceleration of compute-intensive tasks from the inclusion of reconfigurable hardware as a system component. Dynamic reconfiguration capabilities of current reconfigurable devices create an additional dimension in the temporal domain. During the design space exploration phase, overheads associated with reconfiguration...
Dynamic reconfiguration capabilities of FPGA devices are commonly exploited in order to perform changes in a system with respect to computational elements. In this paper, we propose a framework able to exploit different levels of simulations in order to perform a requirements-driven design of the communication infrastructure of a reconfigurable system, so that the overall performances can be improved...
Complex design, targeting system-on-chip based on reconfigurable architectures, still lacks a generalized methodology allowing both the automatic derivation of a complete system solution able to fit into the final device, and mixed hardware-software solutions, exploiting partial reconfiguration capabilities. The shining methodology organizes the input specification of a complex system-on-chip design...
Reconfigurable hardware is becoming a prominent component in a large variety of SoC designs. Reconfigurability allows for efficient hardware acceleration and virtually unlimited adaptability. On the other hand, overheads associated with reconfiguration and interfaces with the software component need to be evaluated carefully during the exploration phase. The aim of this paper is to identify the best...
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