With adhering to the people-oriented and following the law of quality education, it is vital to develop formative assessment comprehensively so as to improve the effect and quality of the Situation and Policy teaching. The teaching model of Situation and Policy should be explored in an innovational way. On the one hand, more reform measures and practice should be taken on preparation for the course, teaching and examination. On the other hand, it is important to learn and conclude from the experience of reform on the content and method of teaching and the assessment of examination.
To cultivate innovative talents and constructing a creative country, the state encourages innovation entrepreneurship. Entrepreneurship is multifaceted, extensive and complicated. University should pay attention to the student innovative ideology, the cultivation of innovative thinking and innovative ability. Under the support of national policy and entrepreneurship theory, we carried out the standardization, seriation, innovation theme class meeting, which has great significance to promoting the university innovation entrepreneurship education.
城市轨道交通刚性架空接触网的平面布置设计不合理，导致受电弓碳滑板出现不均匀磨耗，降低了受电弓的寿命，恶化弓网关系。本文通过对接触网平面布置的优化，采用三段式等斜率交替关节布置，使受电弓在刚性悬挂接触网上的机械磨耗均匀，提高受电弓使用寿命，改善弓网关系。
Because of the employment pressure, it is very important to encourage more undergraduates to become self-employed autonomously. Through the analysis of the present employment environment, some related countermeasures were proposed. The integration of the manpower resources of government, universities and social business can ensure undergraduates obtain employment successfully.
In this paper, 72 scenes of Landsat images and water index from 1993 to 2013 were employed to analyze monthly water area change of Danjiangkou Reservoir (DR). The results indicated that the monthly water area change of DR were very complex. It was more obvious during the dry season than that in wet season. It corresponded with the rainfall changes in the upstream of Hanjiang Basin. Variations of upstream rainfall and the DR operation missions were primarily responsible for monthly water area change. The results are important for the ecological environment construction and Middle Route of the South-to-North Water Diversion Project.
How to get the cheapest air tickets is always the customers’ biggest concern. In this paper, we established the ARMA model based on the real data from an air route of Shanhaikwan airport. We employed the genetic algorithm method to determine the best model order, which made it more reliable and cost-saving.
It is helpful to enhance the interesting of study and the quality of teaching through some kinds of advanced teaching tools. In this paper, we analyzed the simulation technology and powerful graphics processing function of MATLAB. We studied some important physics model and reproduced the physical phenomena and laws in Matlab. The exploration can help enhancing the quality of physics teaching, expanding the teaching method of college physics and increasing the interesting of study.
民族地区高校党外知识分子是影响学校改革、发展、稳定的重要因素。加强和改进党外知识分子工作，是当前民族地区高校统战工作的重要任务。在复杂、多元的全球化背景下，随着我国教育体制改革的深入，民族地区高校党外知识分子群体呈现出许多新特点，在工作中注重政治性与科学性、广泛性与针对性、创新性与实效性相结合是加强和改进民族地区高校党外知识分子工作的有效途径。
在我国经济迅猛发展的势头下，车辆保有量进一步上升，但在许多大中型城市，随着车量数的增加，停车难的问题日益凸显，成为阻碍城市交通系统流畅运作的一个重要因素。对此，基于我们之前曾接触过的关于停车诱导等相关的研究以及国内外相关技术的发展，我们进一步探讨了视频信息采集技术与智能停车产业结合的可行性，并提出了相应的比较经济简单的实施方法。基于帧差法对停车场车位信息进行采集，通过抓拍将信息进行初步的浓缩从而得到相应的反馈信息，同时为用户反向寻车行为提供相应依据。
水稻浸种催芽是水稻生产第一环节，如何生产出质量好、标准高的芽种，是水稻生产获得高产的基础，也是长期困扰水稻生产的基本问题之一，尤其是新型农村经济主体不断增加，规模经营面积不断扩大的前提下，这一问题显得尤为突出。本文全面总结了水稻智能化集中催芽技术优势，深刻剖析了水稻催芽过程中容易产生的问题及原因，同时提出了解决问题的相应对策。
We investigated the status of extracurricular athletics of Baoshan Secondary Specialized School, and discussed the activity form, content and method. It can promote the development of the extracurricular sports activities in technical secondary school, and improve the quality of it.
University physics experiment is an important experiment course to cultivate college students' skills. Equipment management is the key for this course. In this paper, by taking the physics experiment center as an example, we introduced the difficulties and problems in the equipment management and proposed constructive suggestions, which can provide some ideas for the reform of university physics laboratory construction.
The system uses MSP430F149 microcontroller as the core control device, with other external functional modules, which achieves the functions of the indoor temperature regulation, sound and light alarm and GSM-texting fire alarm. MSP430 microcontroller is highly reliable, because the design makes full use of the combination of the pins conversion functions of MSP430 microcontroller and external detection circuit, which eliminates interference signals through hardware and software combination. It greatly enhances the stability and reliability of the system. Low power consumption is an important design concept of the system. Therefore, the system is designed to work most of the time in low-power mode LMP3.
在对乐山旅游资源整体概况及旅游业发展现状分析基础之上，本文采用调查问卷的方式对乐山旅游目的地形象现状进行分析，并根据其存在的问题，提出相应的提升策略，以期在乐山打造国际旅游目的地背景下更好适应乐山旅游业的发展。
s: Aiming at the features of chemical specialty and the problems in the inorganic chemical experiment teaching process, taking the students as the leading position with the idea of CDIO teaching mode, we let the students take part in the preparation of experiment, turn passive learning to active learning. It increases the study interests, and enhances the innovation capability so as to raise comprehensive quality and practical operating capability.
Electronic commerce in our country present 2015 transactions maintaining rapid growth, rural electricity business development momentum, and the characteristics of the rapid growth of cross-border electricity trading. But also appeared in the process of development of e-commerce business rules and the imperfect laws and regulations, the transaction security hidden, the network transaction disputes increase dramatically, logistics distribution problems such as inefficient. With the rapid development of electronic commerce, electricity upstream attack will become the new normal, online to multilateral cooperation trend obviously, cross-border business become a new growth point, electricity to penetrate to three or four line city, form the electricity business logistics system more hasten is perfect.
塔河地区裂缝及溶蚀孔洞非常发育，储层的非均质性极强，如何提高储层预测精度及精细描述储层已经成为当前迫切需要解决的问题。精细的储层预测不仅要有一个高质量的成像结果，更需要一个好的成像道集。而目前的常规处理方法大部分都是为了得到好的成像效果而提出的，所以得到的道集都存在着一定的问题，不能满足高精度储层预测的需求。偏移距矢量片(OVT)技术是一种面向宽方位地震资料的处理方法，较常规窄方位处理技术有着更多的优势，应用 OVT 道集进行偏移能够更好的发挥宽方位地震资料的优势，不仅能够得到成像精度更高的偏移剖面，还能提供振幅、方位信息保真的共反射点（CRP）道集为后续的精确储层预测等工作打下很好的基础。
随着基建规模的不断扩大，铁路、公路及地下轨道交通事业飞速发展。在此过程中，隧道建设期塌方事故时有发生，给国家和个人带来了巨大的生命财产损失。本文从隧道塌方的机理入手，通过隧道塌方原因的分析，总结出较为详实的塌方处理方法。为防止塌方的继续恶化及后期塌方的处理提供了较为全面的经验。
During the Quaternary period, the significant crustal movement and the extensive accumulation of continental sediments created the modern landscape. In order to lead the students to study the characteristics and genesis of Quaternary sediments, we should strengthen the practical teaching in the classroom and in the field.
随着区域自动气象站建设速度的不断加快，大量区域站点落成并开始投入使用，而由于其故障率较高，对保障人员的维修维护能力提出了很高的要求。区域自动气象站站点设备可以分为传感器、采集器、供电系统和通信单元四大部分，通过近几年保障工作的实践经验对以上四大部分一些常见的故障提出判断与排除方法，对保障人员的维修工作提供参考。
