Titlebook: Self Aware Security for Real Time Task Schedules in Reconfigurable Hardware Platforms; Krishnendu Guha,Sangeet Saha,Amlan Chakrabarti Book

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Bypassing Passive Attacksn nature. This involves leakage of secret information to adversaries [., ., .]. For example, the secret key that is associated with cryptographic operations by a genuine user may be leaked to an adversary.

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Introductionaradigm shift from single core embedded system designs to alternative architectures that allow better power and thermal efficiency along with increased hardware utilization (through the concurrent execution of multiple parallel threads) [.]. Although homogeneous multi-core designs have received the

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Real-Time Scheduling: Background and Trendsposed to ensure the predictability. In order to understand the concept of predictability, we need to define the key concept of any real-time system i.e. “Task”. We have mentioned the word “task” or specifically “real-time tasks” in the previous chapter. In this chapter we will have a detailed look.

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Bypassing Passive Attackseous results or causing stoppage of operations or even does not delay real time operations to cause a deadline miss. Hence, such threats are passive in nature. This involves leakage of secret information to adversaries [., ., .]. For example, the secret key that is associated with cryptographic oper

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Book 2021dware and proposes self-aware security strategies to counteract the various threats. The emergence of Industry 4.0 has witnessed the deployment of reconfigurable hardware or field programmable gate arrays (FPGAs) in diverse embedded applications. These are associated with the execution of several re

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Introductionmost attention among these alternative architectures, continuing demands for higher performance, lower power budgets and fault-tolerance has inspired more complex heterogeneous system on chips (SoCs) oriented designs which often co-execute a mix of software and hardware components [.].