中职班主任德育工作的思路探析

随着教育部门对中职思政教育改革要求的提出,中职教育又在教育体制中有着特殊的地位与角色,班主任的德育工作在中职阶段的教育过程中发挥着极其重要的作用。所以中职班主任在平常的班级管理中不仅要重视学生的学习情况,还要将德育教育贯彻于学生在中职院校的整个学习过程中,把每个学生培养成品德良好、成绩优秀的学生,将学生的品德放在教育的第一位,为社会主义现代化建设输送品质与专业能力兼具的人才。本文将结合中职班主任角度的德育工作,为中职班主任德育工作提出新思路,总结新方法。     

舵速对电动船Williamson回转性能的仿真分析

针对电动船操纵运动控制问题,研究舵速对电动船Williamson回转性能的影响.通过建立非线性四自由度模型和分析影响电动船回转性能主要参数,建立仿真模型,研究舵速对Williamson回转运动的影响.仿真结果表明:电动船在进行Williamson回转运动时,随着舵速越快,电动船回转性能越好,纵距和横距越小,回转所需的时间越小.仿真结果对电动船操纵性预报和总体性能设计可提供一定理论依据.     

浅析我国大豆进口贸易中海运权的重要性

文章针对我国大豆进口贸易中海运权的重要性进行了初步研究,分析了我国大豆进口及大豆进口贸易海运权控制的现状;阐述了海运控制权对我国大豆进口贸易的影响,总结了国外大豆出口商控制海运权的方法。     

一种ATS系统自动化测试工具的设计与实现

列车自动监控系统(ATS)是车载信号系统中的重要组成部分.本文提出一种ATS系统的非侵入式自动化测试工具,模拟测试人员真实测试的整个流程,可配置的测试脚本更具有灵活性,可以实现不同的测试需求;采用基于计算机视觉与光学字符识别的信息提取方式,使测试流程可以完全模拟真人测试;通过验证状态机的结果,简化了测试验证流程.该工具节省了测试过程中耗费的人力成本和时间成本,并在多条实际线路上进行了应用,验证了该工具的适用性和有效性.     

加氢站运营管理云服务平台的设计与实现

针对当前加氢站运营管理存在的人工依赖程度高、管理效率偏低、站内设备运行状态数据的分析与预测困难等不足,研发了数据采集软网关以解决现有站控系统对外接口单一、无法满足多站点并发通信需求的技术难点,设计了加氢站信息对象模型并开发了加氢站运营管理云服务平台,实现高效、快捷的站内设备管理与安全生产监管,保障加氢服务安全、可靠、高效地运行.     

海洋核动力平台全频段舱室噪声预报与降噪方案研究

随着新规范对船舶及海上工作平台提出了更高要求，舱室噪声的控制及优化设计越来越受到人们的关注。本文首先对全频段舱室噪声预报软件——VA One软件统计能量分析理论及软件概况进行了阐述，其次应用该软件对海洋核动力平台进行几何建模与仿真计算。通过对舱室仿真计算结果与标准指标要求的对比分析，在设计阶段提出了海洋核动力平台舱室空气噪声综合治理降噪方案，该措施可以缩短建造周期、降低制造成本，提高海洋核动力平台的舒适性与安全性，具有十分重要的经济效益和社会效益。     

Integrated models of land use and transportation for the autonomous vehicle revolution

ABSTRACT

The advent of the autonomous vehicle (AV) will affect not only the transportation system, but also future patterns of land development. Integrated land use and transportation models will be critical tools in assessing the path forward with this technology. Key questions with respect to land use impacts of AVs arise from potential changes in sensitivity to travel and reduced demand for parking. It is an open question whether AVs will induce urban sprawl, or whether spatial economies of agglomeration will mitigate any reductions in travel time sensitivity. The deployment of shared fleets of AVs would likely reduce parking demand, producing yet to be explored impacts on property development within existing urban footprints. We perform a critical assessment of currently operational models and their ability to represent the adoption of AVs. We identify the representation of time in such models as a vital component requiring additional development to model this new technology. Existing model applications have focused on the discrete addition of new infrastructure or policy at a fixed point in time, whereas AV adoption will occur incrementally through time. Stated adaptation surveys are recommended as tools to quantify preferences and develop relevant model inputs. It is argued that existing models that assume comparatively static equilibrium have been convenient in the past, but are insufficient to model technology adoption. In contrast, dynamic model frameworks lack sufficient structure to maintain reasonability under large perturbations from base conditions. The ongoing advancement of computing has allowed models to move away from being mechanistic aggregate tools, towards behaviourally rich depictions of individual persons and firms. However, much work remains to move from projections of existing conditions into the future, to the evolution of the spatial economy as it evolves through time in response to new technologies and exogenous stresses. Principles from complex and evolutionary systems theory will be important in the development of models with the capacity to consider such dynamics.