ゲーム理論、VARモデルとニューロンモデルのアルゴリズムとその中国地域金融への応用

富山大学・富理工博甲第96号・胡琳・2016/03/23富山大学201

Design and Implementation of Power Company Training Management System Based on B/S Structure

各类的培训管理系统应用于各类内部规模较大的高校及企业，在国内外各大高校多数都在使用大规模地稳健地教学管理系统，电力公司也不例外，各电力机构或培训学校也陆续组织开发与自身实际情况相符并适合其规模的培训管理系统。随着培训规模不断扩大，培训中心承担着电力公司各类培训，提高培训过程中的质量和服务水平是电力公司培训中心所面临的现实问题。传统电力公司培训中心管理模式是根据所制定的管理章程规定，培训管理人员按章进行分配和执行各项培训管理工作，一切都在随意性较大的纸质版和负荷量多的文件数据中处理，传统培训管理模式不能够有效地对培训管理工程进行监督和约束。本人在电力公司培训中心工作，从事电力公司培训管理工作，借...The training management system is applied to all kinds of large scale universities and enterprises. In China and abroad, the major colleges and universities are using a large scale. Power companies are no exception, with the continuous expansion of the size of the training, training center to undertake all kinds of training, improve the quality and service level in the training process is the real...学位：工程硕士院系专业：软件学院_工程硕士(软件工程)学号：X201323154

the Approach and Implement of Developmental Robotic Hand-eye Coordination Model based on Brain like Neural Network Structure

机器人系统将人类从一些繁琐、枯燥的，不适宜人类存在的工作环境的劳动中解放出来，给人类的生活、工作带来了极大的方便。机器人系统的发展在人类未来的生活中，工作中都具有非常重要的意义。由于传统工业机器人需要针对特定任务预先进行编程，适应性不强，随着机器人领域的不断发展，机器人的性能逐渐向智能化的方向发展。其中发展型机器人为了解决了智能机器人研究领域存在的问题——模拟动物运动和人的学习适应能力，逐渐成为目前机器人研究领域的热点之一，具有广阔的应用前景。 本文主要研究工作就是通过了解发展型机器人的研究背景及其广泛的应用前景，并且结合了研究热点机器人手眼协调，建立一个新型的发展模型和自主学习系统。为了...Robots have liberated human from trivial, boring and complicated work and provided great conveniences, which are significant to the future life and work to human. Owing to having to set preprogramme on given tasks, traditional robot has the weakness of adaptability and flexibility. The research interest of robot is gradually changing to intelligentialize the robotic performance. In order to find o...学位：工学硕士院系专业：信息科学与技术学院智能科学与技术系_计算机应用技术学号：3152009115284

Wet Oxidation Process of High-Concentration Dyeing Wastewater in a Commercial Dyeing Machine

印染废水因其水量大﹑色度深﹑碱性强﹑有机污染物含量高且成分复杂﹑含少量有毒物质等特点，一直是国内外难处理的工业废水之一。近年来更因增加了大量生物难降解物质，使得原有废水处理系统的效率大大降低。新兴的湿式氧化技朮以其反应速率快、处理范围广、无二次污染、占地面积小等优势备受关注。 本文先后采用两种商用染色机（CAS-85-4气垫式筒子纱染色机和Sampad-3筒子纱小样机）作为反应器，分别用WPO法和CWPO法处理高浓度的染色废水，以期实现“一机二用”的设想，即用染色机直接在线处理染色废水。针对不同的反应器和处理方法，本文考察了几个重要因素对反应结果的影响，进而确定了相应的较优反应条件。 若用...The printing and dyeing wastewater is always hard to be treated efficiently because of its complicated nature. The available options for the treatment of such wastewater can be grouped as physical methods, chemical methods and biological methods. But it is rather pitiful to find that those early systems cannot treat the effluent perfectly any more due to more and more pollutants recalcitrant to be...学位：工学硕士院系专业：化学化工学院化学工程系_化学工程学号：20003300

Developmental Robotic 3D Reaching Based on Double-Network Architecture

手眼协调属于感觉运动的协调,是人认知能力的基础。这篇论文的目标是要模仿人类婴儿的发育过程来建立一个机器人系统,可以接近或者抓取物体。该文旨在应用发展模型中的“增量过程“,通过使用双神经网络在3d实验环境下来完成机器人抓取系统。这个机器人系统在全约束条件下开始发展,随着每个约束条件的成熟从而驱动双神经网络的训练,当所有的约束条件都释放,机器人系统就可以获得抓取能力。Reaching ability is a kind of human sensory motor coordination and is the foundation of human cognitive abilities.The objec.tive of this work is to imitate the developmental progress of human infant to create a robotic system which can reach or capture objects.The work proposes to employ a developmental model"incremental process"to implement such a robotic reaching system by using a dou.ble neural network system within 3D experimental environment.The robotic system starts to develop under fully constrained conditions,and the training of the double neural network is driven by each constraint has been saturated,when the all contained conditions have been overcome,the robotic system is able to own reaching ability.In addition,this paper delicately describes and discuss the experimental results

Survey of Beyond-BP Decoding Algorithms: Theory and Applications

低密度奇偶校验码因其具有逼近香农限的优异性能,现已在多种标准和系统中得到广泛的应用。但为了使其能够满足不同应用场景下通信系统对纠错性能、计算复杂; 性、译码时延、硬件资源损耗以及功耗等方面的要求,需要对用于LDPC码译码的置信传播算法进行进一步的研究与改进。该文从译码算法的改进动机、方法论、; 计算复杂度以及性能表现等角度入手,对近些年出现的一些Beyond-BP译码算法进行了综述。并在最后对用于迭代接收系统的译码算法改进工作进行了讨论; ,为未来算法的改进工作提供一点思路。Low Density Parity Check (LDPC) codes are employed in several standards; and systems, due to their Shannon limit approaching ability. However, in; order to satisfy the communication systems' requirements at the aspects; of error correction ability, computing complexity, decoding latency,; hardware source consumption and power consumption under different; application circumstances, the Belief Propagation (BP) algorithm used; for decoding LDPC codes needs to be further investigated and improved.; In this survey, authors summarize several different Beyond-BP algorithms; from the aspects of motivation, methodology, complexity and performance.; Moreover, this survey also discusses the optimization of decoding; algorithms for iterative receive system, which can provide a reference; for further investigation on this topic.国家自然科学基

基于机器人大赛的高校科创平台建设研究

创新创业平台的建设不仅在培养创新人才方面具有很强的现实意义,同时高校思想政治工作者和专业教师能够更好有针对性地对大学生创新创业进行引导和培育。科创竞赛与理论教学的区别是更注重学生多元化的成长,打造一个合适的平台——既能够给学生以专业知识的汲取,同时能够发现每个学生所长。本文研究并梳理总结厦门大学芙蓉隧道4号洞的做法经验。经过多年的探索,该基地在大学生创新创业、学业竞赛方面获得一定经验。福建省高等教育教学改革研究项目“项目导向型的机器人方向的大学生创新创业、学科竞赛全开放平台建设”（JAS151232

Research and development in the reactive systems of wet oxidation abroad

［中文文摘］简要介绍湿式氧化反应系统的应用历史、反应机理及动力学特征,以及该反应系统的设计及现有反应设备的特点、工业化中面临的难题等。重点介绍了国外主要的已工业化的湿式氧化反应系统,并针对不同反应系统在反应设备、操作条件、处理效果等方面的特点进行比较总结。在小结湿式氧化反应系统研究应用现状的基础上提出了今后研究开发的方向。［英文文摘］The history and the reactive mechanism and kinetic properties of wetoxidation processes were (introduced), and a general description of wet oxidation (processes) was given, including the features of reactors and the (design) of related reactive systems, practical problems, etc. By reviewing the commercial experiences of wet oxidation (processes) grouped as two types for further introduction, namely, non-catalytic wet oxidation process and catalytic wet oxidation process, several main commercial reaction systems abroad were focally introduced, in which the characteristics of reactors, operating conditions and treating efficiency of each type of reactive system were generalized and compared. The further research and development work were suggested

分子振动光谱及其在化学上的应用

1.分子振动光谱及其技术1.1分子振动光谱在电磁波谱中的位置众所周知,分子始终不停地运动,近似地说,其运动可分为四类,即分子整体的平动和转动,分子中各原子之间的振动及分子内电子的运动等,这些运动都反映一定的能态或能级