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Unless your coders know the 2015 changes in CPT codes, safeguarding your medical practice from probable reimbursement losses is a far cry. Know the guidelines for code revisions, additions and deletions here.
This paper proposes a coordinated control of rotor side converters (RSCs) and grid side converters (GSCs) of variable speed doubly-fed induction generator (DFIG) based wind generation systems under unbalanced voltage conditions. The control scheme uses stator flux-oriented control for the rotor side converter and grid voltage vector control for the grid side converter. System behaviours and operations of the RSC and GSC under unbalanced voltage are illustrated. The cocoordinated control schemes manage to restore the wind turbines normal operation after the clearance of fault
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Cloud computing refers to the various remote systems interconnected through the internet. We can outsource data, software, infrastructure from the cloud environments. Once we outsource storage there is a possibility for the data for the data to get corrupted or be hacked. The general solution is to stripe the data across multiple servers. In the setting the repair traffic will be high and the fault tolerance will be low. In order to improve the storage efficiency and the repair traffic regenerating codes have been use. In this paper we will discuss about the various regenerating codes that have evolved from time to time.
Even a small transition delays and little faults create major concern in digital circuits. It Produce greater impact on not only for simple memory but also for most of the memory applications. This paper presents an error-detection method for difference-set cyclic codes with majority logic decoding. Majority logic decodable codes are suitable for memory applications due to their capability to correct a large number of errors. However, they require a large decoding time that impacts memory performance. The proposed fault-detection method significantly reduces memory access time when there is no error in the data read. The technique uses the majority logic decoder itself to detect failures, which makes the area overhead minimal and keeps the extra power consumption low. The proposed method detects the occurrences of single error, double error ,triple error in the received code words obtained from the memory system.