英語 での The proposed method の使用例とその 日本語 への翻訳
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Through evaluation experiments, we confirmed that the proposed method not only reduces the memory amount but also maintains the detection performance of HOG features to at least a level comparable to those of previous methods. .
In this report, we propose a method of memory reduction applicable even to methods without vector quantization. The proposed method reduces the memory requirement by limiting the number of bits for the record of each dimension of feature vectors.
ICPR'04) and the proposed method.
The proposed method is aimed at leveling the energy state mainly of those channels that have deviations from the average energy values characteristic of a particular patient, using the method of non-invasive effects on biological active points by infrared radiation.
From experimental results with computation time and recognition of image with ANN, we have confirmed that the proposed method is capable of achieving a recognition rate as same as the original method, and 1/3 of the computation time with the original method. .
By adapting the proposed method confirmation was obtained that the plastic deformation limit(0.2% yield strength) was higher by a factor of 1.5 than ordinary materials produced by solution and ageing treatment Fig.1.
In the proposed method the OBS data sent to land observation stations through undersea cables is used to calculate the indicators which will determine whether a warning should be issued or not. The data is sent via telecommunication networks to the railway operators together with other information which indicates the quality of the data.
Finally, we show by numercial experiments on full-rank over-determined and under-determined problems that, for ill-conditioned problems, the proposed method using the IMGS(0) method, which is equivalent to diagonal scaling, gives a least squares solution faster than previous preconditioned CGLS methods. .
By the proposed method, it is possible to construct a deformable system having various shapes. Furthermore, by combining the proposed method and the wireless power supply technology, it is possible to realize an entirely new mounting method capable of constructing a system simply by placing chips adjacent to each other without the existence of a wired connection with the outside.
In this study, based on that idea, we propose an online method of inferring the shared bottleneck bandwidth, and evaluate accuracy and efficiency of the inference via network simulation. The results showed that the proposed method could accurately infer the shared bottleneck bandwidth within a few or tens of seconds, even under a heavily loaded condition i.e. 80% link utilization.
We construct more accurate methods by utilizing such structures, and theoretically prove that the proposed methods actually achieve optimality in some sense. The theoretical studies are also applied to practical problems.
The proposed method is applied to three simulated case studies.
We also note that the proposed method is a general.
Experimental results show that the proposed method is more effective and efficient.
For the synchronization between different motions, the proposed method uses 3D information of the poses.