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Brushless Doubly-Fed Induction Generator (BDFIG) is potential for power generation applications for its high reliability and low maintenance-cost. There are two operation modes for BDFIG: grid-tied and stand-alone modes. The grid-tied mode usually uses the power winding (PW) synchronous and orientation frame since PW is connected to the grid; however in stand-alone mode, the PW is connected to the...
Brushless doubly fed induction generator (BDFIG) eliminates the slip rings and brush gear and thus having the benefit of high reliability and low maintenance costs, which shows commercial promise for either grid-connected or standalone power generation. This paper proposes a new field-oriented control method for a BDFIG in stand-alone application. The proposed control system is oriented with the control...
An important step in the development of real-time operating system (RTOS) is the validation of its fault tolerance properties. Many efforts have been made to improve the robustness of RTOS. However, most of the robustness tests are not complete as the influence of workload on these tests is ignored. In this paper, faults are injected through a set of public application program interfaces (APIs) which...
An upcoming trend for automobile manufacturers is to provide firmware updates over the air (FOTA) as a service. Since the firmware controls the functionality of a vehicle, security is important. To this end, several secure FOTA protocols have been developed. However, the secure FOTA protocols only solve the security for the transmission of the firmware binary. Once the firmware is downloaded, an attacker...
Aiming at the insufficiency of genetic algorithm optimize function parameter, the paper designs the controller based on the clonal algorithm to control the AGC system, the clonal algorithm combines the Gauss variation and the Cauchy variation. The emulation result displays that the means be true of the AGC system and be able to procure better controllability.
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