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Self Aware Security For Real Time Task Schedules In Reconfigurable Hardware

Oliver Foster

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Self aware security for real time task schedules in reconfigurable hardware is a critical challenge in the design of cyber-physical systems. Cyber-physical systems are systems that integrate computation, communication, and physical processes. They are used in a wide variety of applications, including automotive, aerospace, and industrial automation. Reconfigurable hardware is a type of hardware that can be reprogrammed to change its functionality. This makes it ideal for use in cyber-physical systems, as it allows the system to be adapted to changing requirements.

Self Aware Security for Real Time Task Schedules in Reconfigurable Hardware Platforms

by Fanie Viljoen

5 out of 5

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Self aware security is a security approach that uses feedback from the system to improve its security posture. In the context of real time task schedules in reconfigurable hardware, self aware security can be used to detect and respond to attacks in real time. This is essential for protecting cyber-physical systems from attacks that could cause physical damage or loss of life.

State-of-the-art

There are a number of different approaches to self aware security for real time task schedules in reconfigurable hardware. One common approach is to use a monitor to track the system's behavior and detect any anomalies. If an anomaly is detected, the monitor can take action to respond to the attack. Another approach is to use a self-healing system to automatically repair any damage caused by an attack. Self-healing systems can use a variety of techniques to repair damage, including reprogramming the hardware or replacing damaged components.

There are a number of different challenges to developing self aware security for real time task schedules in reconfigurable hardware. One challenge is the need to detect attacks in real time. This can be difficult, as attacks can be very subtle and difficult to detect. Another challenge is the need to respond to attacks in a way that does not disrupt the system's operation. This is important, as cyber-physical systems are often used in critical applications where any disruption could have serious consequences.

Future research directions

There are a number of promising research directions in the area of self aware security for real time task schedules in reconfigurable hardware. One research direction is to develop new techniques for detecting attacks in real time. Another research direction is to develop new techniques for responding to attacks in a way that does not disrupt the system's operation. Finally, there is a need to develop new self-healing techniques that can automatically repair damage caused by attacks.

Self aware security is a critical challenge in the design of cyber-physical systems. By developing new techniques for detecting and responding to attacks in real time, we can help to protect these systems from attacks that could cause physical damage or loss of life.

Self Aware Security for Real Time Task Schedules in Reconfigurable Hardware Platforms

by Fanie Viljoen

5 out of 5