Python
Synopsis:
FPGA technology is used in all kinds of high speed devices now, which also need so many demands in Quick configuration of FPGA at runtime is the latest need. Scheduling in FPGAs is increasingly being employed in modern real-time embedded systems, which often impose strict timeliness constraints. The existing system aims at tackling such a problem with a self aware approach. The security module checks the course of the proceedings at each intermittent point of a schedule and on detecting a malicious environment heals the scenario and takes precautions to prevent similar malfunctions in future.In the proposed system SBI(Spare blocks interfacing) is utilized for scheduling the process more accurately and timely. The advantage of spare block is multiple choice multi tasking spare support during the scheduling process. The spare blocks are interfaced in four directions so if there is any Trojan malfunction in process, the spare blocks will provide scheduling help by generating temporary storage space, spare data, or delay clock etc which obviously improve the performance of the FPGA configurations.
Proposed System:
In the proposed system SBI (Spare blocks interfacing) is utilized for scheduling the process more accurately and timely. The advantage of spare block is multiple choice multi tasking spare support during scheduling process. The spare blocks are interfaced in four directions so if there is any Trojan malfunction in process, the spare blocks will provide scheduling help by generating temporary storage space, spare data, or delay clock etc which obviously improve the performance of the FPGA configurations.
Merits of Proposed System/ Solution Statement:
- SBI (Spare blocks interfacing) is utilized for scheduling the process more accurately and timely
- Multiple choice multi tasking spare support during scheduling process
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