Dilshod Rahmatov

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We present a new class of fault-tolerant distributed algorithms based on a concept which we call region adherence. A region-adherent algorithm upper-bounds the violation of safety due to faults in space. Region adherence counter-poses the concept of self-stabilization which upper-bounds a violation of safety in time. It turns out that region adherence is an(More)
As global standards evolve on WPAN mobility, engineering design becomes more challenging for sensor nodes that form WPAN groups at random based on data sensing and acquisition (application) profiles. As sensor node platforms typically have computation blocks that can handle a minimal set of instructions (8 bit microcontrollers and less) and are greatly(More)
We present a new class of non-masking faulttolerant systems. A system of this class may be implemented based on a distributed algorithm that employs redundancy to bound the observable, incorrect behavior of the system in space. With bounding in space, it is meant that the decrease of quality of the service which the system provides to its environment is(More)
We present new findings for a new class of fault-tolerant distributed algorithms based on a concept called region adherence. A region-adherent algorithm upper-bounds the violation of safety due to faults in space. Region adherence counter-poses the concept of self-stabilization which upper-bounds a violation of safety in time. We report on a way to(More)
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