应急装备保障多阶段长途运输模型研究

通过对应急装备保障实际场景的分析，提出装备应急运输过程应分2个不同的阶段进行研究。重点讨论了第1阶段涉及的运输问题，并建立相应数学模型。通过数学软件matlab实现了模型的求解，最后通过算例分析证明了模型的有效性。为相关运输问题的解决提供了一种有效的方法。     

含有p-Laplacian算子的非齐次边值问题正解的存在性

研究非齐次边界条件下，含有p-Laplacian算子的微分方程的可解性，在Banach空间中应用Krasnoselskii不动点定理，得到了边值问题正解存在性结果。     

“过渡衔接词语”在大学英语短文写作中的作用

短文写作是大学英语四级考试的一个重要组成部分 ,短文写作的成功与否将直接影响到是否通过四级。本文将从三个方面归纳、分析三段式短文中常用的过渡衔接词语在英语短文写作中的“闪光”点作用。旨在帮助学生认识过渡衔接词语的重要性 ,从而提高写作水平     

目的论在翻译理论中的地位

目的论是功能翻译理论的核心思想，它强调的是目的决定手段，它包括译者、文本、语言、文化等为一体的综合性研究。     

针对“四强”特点 培育“四力”素质

网络信息时代，面对层出不穷的不良信息，如何提高官兵抵制负面影响的素质能力，概括起来就是：要针对不良信息“腐蚀性”强的特点，不断培育官兵“乐于追随”的不变定力；要针对不良信息“迷惑性”强的特点，不断培育官兵“善于思辨”的不凡智力；要针对不良信息“煽动性”强的特点，不断培育官兵“敢于斗争”的不惧魄力；要针对不良信息“持久性”强的特点，不断培育官兵“甘于奉献”的不竭动力。     

MADM中不同属性的规范化研究

不同属性值的规范化是多属性决策问题中的重要过程.提出了一种属性值作为点到优区间和劣区间的距离的定义,依据该定义得到了属性值规范化新方法,并通过实例证明了新规范化方法的有效性.     

谈高校校报思想政治教育的作用

高校校报既是高校思想宣传工作的重要阵地,又是高校进行思想政治教育的重要平台。深入分析、挖掘校报的思想政治教育作用,对校报提高办报质量,有针对性地为高校发展提供舆论支持具有深远意义。只有充分发挥高校校报在思想政治工作中的作用,才能稳固校园主流媒体的地位。     

基于相关性函数的多站微动特征分析与提取

针对多站雷达精度跨度大、难以有效进行融合识别的问题,提出了基于相关性函数的多站加权融合方法。首先建立了弹道目标滑动散射模型,通过时延相乘重构回波,并利用扩展Hough变换提取出距离像的曲线参数,从而建立方程组以求取微动信息。然后利用相关性函数对各雷达的支持度进行分析,最终对支持度高的观测数据进行融合识别。仿真结果表明该方法计算简单,能有效提高微动参数的估计精度,客观地反映各部雷达的可靠度。     

双枝模糊评判在舰炮性能评估中的应用*

针对舰炮武器性能指标,运用双枝模糊决策方法对舰炮武器性能进行综合评估.该方法提出了新的论域[-1,1],使评估更能符合人的思维逻辑,能够客观的对舰炮性能进行评估,通过对多中舰炮的具体参数指标进评估,得出各种舰炮的性能优劣的排序,具体的数学模型仿真表明,对舰炮武器性能的评估是行之有效的.     

Value management of diagnostic equipment with cancelation,no‐show,and emergency patients

Magnetic resonance imaging and other multifunctional diagnostic facilities, which are considered as scarce resources of hospitals, typically provide services to patients with different medical needs. This article examines the admission policies during the appointment management of such facilities. We consider two categories of patients: regular patients who are scheduled in advance through an appointment system and emergency patients with randomly generated demands during the workday that must be served as soon as possible. According to the actual medical needs of patients, regular patients are segmented into multiple classes with different cancelation rates, no‐show probabilities, unit value contributions, and average service times. Management makes admission decisions on whether or not to accept a service request from a regular patient during the booking horizon to improve the overall value that could be generated during the workday. The decisions should be made by considering the cancelation and no‐show behavior of booked patients as well as the emergency patients that would have to be served because any overtime service would lead to higher costs. We studied the optimal admission decision using a continuous‐time discrete‐state dynamic programming model. Identifying an optimal policy for this discrete model is analytically intractable and numerically inefficient because the state is multidimensional and infinite. We propose to study a deterministic counterpart of the problem (i.e., the fluid control problem) and to develop a time‐based fluid policy that is shown to be asymptotically optimal for large‐scale problems. Furthermore, we propose to adopt a mixed fluid policy that is developed based on the information obtained from the fluid control problem. Numerical experiments demonstrate that this improved policy works effectively for small‐scale problems. © 2016 Wiley Periodicals, Inc. Naval Research Logistics 63: 287–304, 2016