Design of a framework for modeling, integration and simulation of physiological models

Multiscale modeling and integration of physiological models carry challenges due to the complex nature of physiological processes. High coupling within and among scales present a significant challenge in constructing and integrating multiscale physiological models. In order to deal with such challenges in a systematic way, there is a significant need for an information technology framework together with related analytical and computational tools that will facilitate integration of models and simulations of complex biological systems. Physiological Model Simulation, Integration and Modeling Framework (Phy-SIM) is an information technology framework providing the tools to facilitate development, integration and simulation of integrated models of human physiology. Phy-SIM brings software level solutions to the challenges raised by the complex nature of physiological systems. The aim of Phy-SIM, and this paper is to lay some foundation with the new approaches such as information flow and modular representation of the physiological models. The ultimate goal is to enhance the development of both the models and the integration approaches of multiscale physiological processes and thus this paper focuses on the design approaches that would achieve such a goal.     

Ti（1-x）CoxO2的溶胶-凝胶法制备与结构

采用溶胶-凝胶方法制备了Ti（1-x）CoxO2样品。研究了不同的热处理温度和掺杂浓度对样品晶型和颗粒尺寸的影响。样品400℃热处理呈锐钛矿相，600℃转变为全红石相并且晶粒尺寸明显增大。掺杂对晶型没有影响，但是随掺杂量的增大晶格常数减小。     

高性能混凝土配合比设计的试验研究

从对HPC组成、结构的认识出发，借鉴利用拨开系数求砂率的方法，提出了一种新的HPC配制方法，并通过试验证实该方法是完全可行的．     

无刷柴油发电机神经元双PSD控制

文中就无刷柴油发电机的两个输入量，设计了基于单个神经元的双PSD控制器，其智能控制方法简单，响应速度快，MATLAB仿真结果表明，这种控制器对于非线性被控系统具有良好的适应性和鲁棒性．     

670 t/h锅炉燃烧系统改造

针对扬州发电有限公司200Mw机组4号炉(670t／h)长期存在锅炉灰渣可燃特含量偏高、锅炉效率偏低问题，在详细试验的基础上．对4号炉三次风燃烧系统进行了改造。改造后试验结果表明，4号炉在制粉系统运行条件下，锅炉效率提高2％以上。     

Coarse‐to‐Fine Isometric Shape Correspondence by Tracking Symmetric Flips

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一种基于粗集的协同过滤算法

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利用挤压铸造制备了纤维增强铝合金复合材料 ,研究了复合材料的界面偏析。研究结果表明 ,在复合材料的凝固末期 ,由于选择结晶 ,剩余液相中的溶质变化导致基体合金类型的改变 ,最终产生界面偏析。偏析对材料的组织结构和性能的影响可能是双重的。     

人脸检测系统的研究

人脸检测系统采用的是一种基于模板匹配的快速人脸定位算法。该算法利用积分投影法先预测出人脸可能的范围与位置,然后在限定的范围内利用模板匹配的方法定位人脸,从而实现了快速而且可靠的人脸定位。