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Functional Triple Modular Redundancy (FTM) BHDL Design Methodology for Redundancy in Combinatorial and Sequential Logic Design and Assessment ReportFPGA00301 Version 0.2 December 2002Prepared by Sand

How to fill out functional triple modular redundancy

How to fill out functional triple modular redundancy:

1. Start by identifying the critical elements or components of the system that need redundancy. These can be hardware modules, software components, or even specific functions within the system.
2. Determine the level of redundancy required for each critical element. This can vary based on the importance of the element and the level of reliability needed. Functional triple modular redundancy typically involves having three redundant copies of each critical element.
3. Decide on the redundancy strategy to be used. This can include using identical copies of the critical element or variations of the element with different designs or implementations.
4. Implement the redundancy by creating or replicating the necessary copies of the critical element. This may involve hardware duplication, software replication, or virtualization techniques.
5. Establish a mechanism for fault detection and error detection. This can include monitoring the outputs of each redundant copy and comparing them to detect any inconsistencies or discrepancies.
6. Develop a fault management mechanism to handle and recover from failures. This can involve automatic switchover to a redundant copy in case of a failure or the use of error correction techniques to mitigate errors.
7. Test and validate the functional triple modular redundancy setup to ensure it meets the desired reliability goals. This can involve rigorous testing, fault injection, and simulation of failure scenarios.

Who needs functional triple modular redundancy?

1. Industries that require high levels of reliability and fault tolerance, such as aviation, aerospace, and defense, often utilize functional triple modular redundancy. This is due to the criticality of their systems and the potential consequences of failures.
2. Critical infrastructure and systems, like power grids, transportation networks, and medical facilities, can also benefit from functional triple modular redundancy to ensure uninterrupted operation and prevent any catastrophic failures.
3. In certain high-security applications, such as nuclear power plants or military command and control systems, functional triple modular redundancy can be employed to protect against deliberate attacks or sabotage attempts.

In conclusion, functional triple modular redundancy is a technique used to enhance the reliability and fault tolerance of critical systems. By following the steps mentioned above, one can effectively fill out and implement functional triple modular redundancy. This approach is typically adopted by industries and applications that demand high levels of reliability and require protection against failures.

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