Titlebook: High Performance Computing and Applications; Third International Jiang Xie,Zhangxin Chen,Yan Chen Conference proceedings 2016 Springer Int

deriver

變形詞

High-Efficiency Realization of SRT Division on Ternary Optical Computers,ion algorithm and realization are presented in this paper. The division algorithm adopts the SRT division to simplify operation steps and uses a two-step parallel M+B adder to speed up calculations. A number of rigorous tests for this algorithm are carried out through software simulation, which prov

LATER

A Limited Incremental Clustering Algorithm with Respect to Cluster Stability,pattern recognition and other fields. In the era of big data, with the rapid development of web applications, much of the data to be processed is characterized by massive and dynamic growth. Under this background, how to cluster the incremental data becomes a challenging problem that clustering algo

起波瀾

Prediction on Performance of Age Group Swimming Using Machine Learning,the machine learning algorithms to explore swimmers’ performance on four different strokes in a 100?m long course for both males and females. For each stroke, we divide swimmers’ performance into four levels according to their time at the ages of 12–13, and predict their performance levels at the ag

碎石

Bo Yang,Hui Liu,Zhangxin Chenessor Visual Basic program. The use of the program in designing and analysing the subsea structures is exemplified with a levelling analysis for a North Sea Template Foundation Structure in order to estimate the required levelling forces.

MOT

兩棲動物

Retrieval

A Limited Incremental Clustering Algorithm with Respect to Cluster Stability,stability. Cluster reconstruction will be triggered when the stability does no longer hold or a buffer pool for undetermined data is full. At the end of the paper, we implement the limited incremental clustering algorithm with K-means. Meanwhile, we use an average density of clusters and the global stability to choose a proper value of K.

Organization

Jiang Xie,Junfu Xu,Celine Nie,Qing Niey means of a dynamic Monte-Carlo computer code. Several simple depth-profile approximations showing the necessity of data-processing were discussed. A comparison between the simulated profiles and the experimental results was made taking into consideration the real surface concentration and the one “observed” by XPS.

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