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RISSelf-adaptive PID optimal control of wind energy conversion system
Spectroscopic studies on metal and Q-dot modified graphene oxide
Mechanical characterization of ART-treated Jurkat cells using optical tweezers
A State-aware Approach for Robustness Testing of Embedded Real-Time Operating Systems
روشی آگاه از حالت برای آزمون استحکام سیستم عامل های بلادرنگ نهفته
سیستم عامل، یکی از مهم ترین اجزای یک سیستم نرم افزاری نهفته می باشد که استحکام آن اثر قابل توجهی بر روی استحکام کل سیستم دارد. بنابراین، آزمون استحکام سیستم عامل، برای ارزیابی اتکاپذیری سیستم، امری حیاتی می باشد. در این ...
A State-aware Approach for Robustness Testing of Embedded Real-Time Operating Systems
The Operating System (OS) is a major part of embedded software systems and its robustness has considerable influence on the robustness of the entire system. Thus, its robustness testing is critical for assessing the ...
Investigation and Reduction of Fault Sensitivity in the FlexRay Communication Controller Registers
are investigated using transient single bit-flip fault injection. To do this, a FlexRay bus network, composed of four nodes, was modeled. A total of 135,600 transient single bit-flip faults were injected to all 408 accessible single-bit and multiple-bit registers...
A Low-Cost On-Line Monitoring Mechanism for the FlexRay Communication Protocol
Nowadays, communication protocols are used in safety-critical automotive applications. In these applications, fault tolerance is a main requirement and the existence of single points of failure is a serious threat to system ...
Categorizing and Analysis of Activated Faults in the FlexRay Communication Controller Registers
FlexRay communication protocol is expected becoming the de-facto standard for distributed safety-critical systems. In this paper, transient single bit-flip faults were injected into the FlexRay communication controller to ...
A Software-Based Error Detection Technique for Monitoring the Program Execution of RTUs in SCADA
flow errors in several RTUs. For experimental evaluation 30,000 faults injected on network; the average perfor-mance and memory overheads are about 33.20% and 36.79%, respectively and this technique detected more than 96.32% of injected faults....