This paper presents an analysis of the fault tolerance achieved by an autonomous, fully
embedded evolvable hardware system, which uses a combination of partial dynamic …

As reconfigurable devices′ capacities and the complexity of applications that use them
increase, the need for self-reliance of deployed systems becomes increasingly prominent …

A resilient system design problem is formulated as the quantification of uncommitted
reconfigurable resources required for a system of components to survive its lifetime within …

Aggressive Metal Oxide Semiconductor (MOS) technology scaling in digital circuits has
resulted in important challenges including a significant increase in leakage currents, short …

Amorphous Slack fault handling methodology utilizes adaptive runtime redundancy to
improve survivability of FPGA based designs. Unlike conventional static redundancy based …

This paper introduces a scalable framework for the design of self-testable, self-correcting,
and self-repairing digital systems. Modular redundancy and re-programmability are used to …

Abstract A Sustainable Autonomic Architecture for Organically Reconfigurable Computing
System based on SRAM Field Programmable Gate Arrays (FPGAs) is proposed, modeled …

Abstract Field Programmable Gate Array (FPGA) devices offer a suitable platform for
survivable hardware architectures in mission-critical systems. In this dissertation, active …