Titlebook: Data Science; Second International Chengqi Zhang,Wei Huang,Jing He Conference proceedings 2015 Springer International Publishing Switzerlan

先行

Maximize

Complex Engineering Service Systemst importance. However, in front of the large scale social networks, the large calculation cost is the key difficulty in source locating algorithms. Aiming at this problem, we present a fast method based on climbing algorithms to locate the information source with less calculation cost in large scale

暴发户

Valerie Purchase,Glenn Parry,John Millsl information about . concentrations, but have limited accuracy and completeness. In contrast to satellite domain-driven methods for . retrieval, our approach is satellite data-driven. Challenges and our proposed solutions discussed here in context of global scale . estimation include (i) . regressi

connoisseur

integrated

事物的方面

不可知论

险代理人

Theory of Locomotion Through Complex Fluidsng pavement distress detection technology to do road maintenance, such as the inference of textured surroundings with similar intensity to the distresses, the existence of intensity inhomogeneity along the distresses and the requirement of real-time detection in practice. To address these problems,

确定

Complex Fluids in Biological Systemsighly predictable up to an upper bound of 95 % prediction accuracy. Motivated by this finding, we propose a novel . model to predict anticipated mobility of a target individual. Despite being an extensively studied topic in recent years, human mobility prediction by the vast majority of existing stu

嘲笑

Alexander Morozov,Saverio E. Spagnolie first builds a 3D model of the surveillance area. Then, the video cameras are mapped in the 3D model and the coordinate transform functions from the 2D camera coordinates to the 3D model coordinates are calculated. Next, the object detection method is applied to identify the target which is then ma