The analysis of embodied communicative feedback in multimodal corpora: a prerequisite for behavior simulation

Communicative feedback refers to unobtrusive (usually short) vocal or bodily expressions whereby a recipient of information can inform a contributor of information about whether he/she is able and willing to communicate, perceive the information, and understand the information. This paper provides a theory for embodied communicative feedback, describing the different dimensions and features involved. It also provides a corpus analysis part, describing a first data coding and analysis method geared to find the features postulated by the theory. The corpus analysis part describes different methods and statistical procedures and discusses their applicability and the possible insights gained with these methods.     

从"望梅止渴"看概念范畴的体验性

客观主义认为理性、思维、观念、理解是自主的,不受人的生理机制和物质环境的制约,人类心智是脱离主体的。体验哲学认为概念范畴是人类对客观世界进行分类,在大脑中形成概念表征的过程,是基于身体经验形成的,是体验性的。以"望梅止渴"这一成语为例,结合现代神经科学和认知科学的研究成果,从大脑的传感-传动系统、情态理论、抽象思维、参数化与概念系统的关系等几个方面来验证概念范畴的体验性这一设想。     

Investigation of the ion dose non-uniformity caused by sheath-lens focusing effect on silicon wafers

The ion dose non-uniformity induced on the wafer surface by modal and discrete focusing effects is investigated for different plasma densities and implantation parameters. Measured impact radius agrees well with values obtained by simulation. The optical pattern observed on the wafer surface is correlated with the ion dose by FT-IR measurements. The applicability of a previously proposed vertical ring is demonstrated, the ring being able to considerably improve the ion flux uniformity by shifting the discrete focusing effect out of the wafer surface and reducing the modal focusing. Experiments are performed in an inductively coupled plasma produced in hydrogen.     

铜掺杂多孔硅的光致发光及其载流子的复合过程

采用浸泡镀敷的方法在多孔硅表面形成了一镀铜层,通过对掺铜前后多孔硅的光致发光(PL)谱和傅里叶变换红外(FTIR)吸收光谱的研究,讨论了铜在多孔硅表面的吸附对其光致发光的影响。实验表明,掺铜多孔硅的光致发光谱出现两个发光带,其中能量较低的发光带随主发光带变化,并使多孔硅的发光峰位蓝移。多孔硅发光峰位的蓝移,是由于在发生金属淀积的同时伴随着多孔硅表面Si的氧化过程(纳米Si氧化为SiO2)的缘故。     

PCB技术的革新与进步

文章概述了近几年来在PCB工业中生产技术的革新与进步情况,特别是直流电镀(镀层均匀性、填孔镀等)、表面涂(镀)覆(化学镀镍/钯浸金和直接浸金等)技术的革新与进步,推动了PCB工艺技术的发展。     

水泥代替矿粉对沥青混合料性能的影响分析

通过分析矿粉和水泥在沥青混合料中的作用机理,分别以不同比例的水泥代替矿粉,对沥青胶浆做延度、软化点、DSR、BBR等试验;同时,以AK-16和SAC-16为例,用不同比例的水泥代替矿粉,分别做浸水马歇尔试验、单轴压缩试验、动稳定度等试验,分析水泥代替矿粉后对沥青混合料的高、低温性能和水稳性等性能变化。试验结果表明,以一定比例的水泥代替矿粉可以有效的改善沥青混合料的性能。     

桥梁生命周期环境影响评价研究

为了量化评价桥梁的综合环境影响,提出了桥梁生命周期环境影响评价方法。分析了在桥梁的设计、原材料的生产加工、现场的施工、桥梁的运营和维护、桥梁的废弃这5个阶段带来的综合环境影响。应用该方法对武汉市南太子湖大桥生命周期环境影响进行分析评价。结果表明,固体废弃物在建筑材料生产过程和桥梁施工过程中的环境影响最大,车辆排放CO2而导致的全球变暖在桥梁运营维护过程中环境影响显著。该结果可作为桥梁生命周期环境影响评价的基础数据,用于桥梁工程环境影响综合评价。     

基于ARToolkit立体视觉成像增强现实系统的研究

沉浸性是虚拟现实系统最为吸引人的特点，也是研究的重点和热点。而增强现实技术是将计算机生成的虚拟环境的图像和真实环境的景象叠加显示到用户所佩带的辅助显示设备来获得真实的沉浸感。ARToolkit为增强现实技术的应用提供了一种方便快捷的开发工具．本文介绍了一个使用ARToolkit实现具有立体视觉成像的人机交互系统。     

宁夏固海扩灌扬水十一泵站湿陷性黄土的工程特性

十一泵站黄土的湿陷程度属于中等-强烈,地基湿陷等级为Ⅳ级(很严重)。根据泵站湿陷性黄土的特点以及从经济合理性考虑,建议采用预浸水法处理黄土湿陷性地基。泵站建设过程中,地基处理使用了预浸水法处理,自建成后其运行状况良好。     

The study on the model reference adaptive control with proportional derivative action

This article presents a study on the novel method of model reference adaptive control (MRAC). As a new contribution, the derivative action is included into MRAC control to improve the controller performance and efficiency. The stability is analysed using a recent technique called immersion and invariance. The simulations of derived laws are presented based on nonlinear models.