Moreover, the BER of the proposed method shows about 2 dB gain compared with the WF/PA method.
For this WS sequence, the proposed method showed about 10.4%, 7.8%, and 2.91% improvements compared to SOBS, Li's method, and Park's method.
The proposed method shows about 60% improvement of sea surface temperature estimation accuracy in comparison to the existing method using Newton's iterative algorithm.
For the FT sequence, the Jaccard similarity of the proposed method was 0.820, and the proposed method showed about 16.5%, 14.6%, and 10.3% improvements compared to SOBS, Li's method, and Park's method, respectively.
For these sequences, the proposed method showed about 8.4% ~ 14.9%, 7.8% ~ 20.6%, and 2.91% ~ 12.7% improvement compared to SOBS, Li's method, and Park's method, respectively, in terms of the Jaccard similarity.
Furthermore, these methods showed a bit density limit of about 100 Gbit/in2 due to the magnetic moment instability termed 'superparamagnetism' in very small grains and the magnetic exchange interaction between adjacent grains [1 4].
The other two methods showed no such activation.
But this claim does not bear on what Schütze (1996) and Cowart (1997) show about the unreliability of informal methods.
An estimated energy gain efficiency of the proposed method shows that only about 1.1 to 1.7% of gas produced will have to be burned to decompose hydrates.
However, this method showed a detectability about three-times that of conventional blood cultures in this study.
