Integer SEC-DED codes for low power communications

Comments on “Integer SEC-DED codes for low power communications” [Inform. Process. Lett. 110 (2010) 518–520]

“…The proposed code is stated to have linear time com- From the relation k = 2 b−2 [1] it follows that b = ld(k) + 2, so the number of operations required is k · (4 · b + 1) = k · (4 · ld(k) + 1). Asymptotically, the complexity of the code from [1] is not linear but O(k · ld(k)).…”

“…A recently published contribution [1] proposes a (k + 2, k) error control block code for communication systems that corrects a single bit error and detects double bit errors. The code length is k = 2 b−2 and b is an arbitrary byte length.…”

Load Interval Prediction of the Power System based on Type-2 Fuzzy Theory

“…At present, the development of China's power industry in order to supply the main guide mainly oriented to the needs of the transition period, the accurate prediction of power load of great significance to the achievement of sustainable development of power industry [9,10]. This paper focuses on two types of fuzzy system identification, pointing out the deficiencies of stage presence, the type two fuzzy measure is applied to the two type of fuzzy system identification Electric power load forecast is the power system planning, construction, operation, maintenance of production, as well as an important basis for the safe operation of the electric power load fluctuation, and has strong uncertainty, it is difficult to predict.…”

Load Forecasting Research of Power System Based on Fuzzy Sets Algorithm

“…Currently many scholars to spare no effort to study load forecasting, a more advanced theories and methods to improve the forecast accuracy, provide a powerful guarantee for the economy and security of power system operation. But because too many random factors load, highly nonlinear, and theoretical methods, there are still some traditional limitations and other issues, the new theory and new technology has been promoting the continuous development of load forecasting [8][9].…”