论优质区域开放大学的创建

优质区域开放大学创建,应当建成区域体系完整的开放教育系统,充分适应社会的需求,实现信息化教学与管理,强化教育同经济与社会的联结,扩展优势链循环运转,充分扩展教育的能量。具有区域特色开放大学的特征是：教育与社会联结一体化、教育运作协调化、教育运程梯次化、教育效益优势化。在教育的经济、文化、社会功能上,具有突出的优势。在现代化建设人才培养上,会进一步提高人才培养的效能。创建优质区域开放大学,要有健全的领导管理体系、教育运行体系,加强县区基础建设,完善教育投资体制和机制,实现各级各类教育的沟通,强化教育评估与督促检查。     

远程高等开放教育创新刍议

教育创新是目前教育界讨论的热门话题,教学创新是教育创新的基础。本文从办学观念创新、培养创新意识和创新素质、深化远程开放教育教学模式改革、加强创新文化建设与培育创新文化氛围诸方面探讨了远程高等开放教育创新问题,旨在通过教育创新以提高其创新型人才的培养。     

“桂阳”考

“桂阳”作为古老的地名,由来已久,包括史书在内,对其多有误解。而此名如何产生,则更是众说纷纭,难以有统一的认识。本文参考众多古籍,从地名的源起,到几千年的历史变迁,进行了系统的整理。     

论山谷诗宋代三家注的历史解释

在宋代注重历史解释的学术背景下,任渊《山谷内集诗注》、史容《山谷外集诗注》、史季温《山谷别集诗注》在当代史的视野下,运用＂以史证诗＂来解释黄庭坚诗。三家注都将《山谷集》三集由分体改为编年,并对作品的系年作了精审的考证,史容还纠正了黄的不少编年错误,利于读者从＂知人论世＂的角度理解黄诗。三家注又利用各种宋代史料,考证了山谷诗的创作背景,点明了题旨,并重点解释了与时事相关的诗句,特别是使用典故与比兴的诗句。     

当代高校大学生报社运作模式化探索——基于江西省高校大学生报社

首先论证当代高校大学生报社运作模式化的必要性,其次论述当代高校大学生报社运作模式化的可行性,最后以江西省内的高校大学生报社运营实践为蓝本,较为全面地阐述当代高校大学生报社的模式化运作。     

“通信原理”实验课程的改进与探索

通信原理课程的实验教学环节是课程的重要组成部分,合理改进和设计实验课程,是加深学生对课程的理解和提高学生能力的必要手段。本文就当前通信原理实验课程存在的问题和改进方法进行探讨分析,并在教学中加以运用,取得了较好的效果。     

Equatorial aurora: the aurora-like airglow in the negative magnetic anomaly

The most fantastic optical phenomena in the Earth''s upper atmosphere are the auroras. They are highly informative indicators of solar activity, geomagnetic activity, upper atmospheric structures and dynamics, and magnetospheric energetic particles. An area where the geomagnetic field differs significantly from the expected symmetric dipole, such as at the South Atlantic Anomaly, where the magnetic field intensity is low, gives rise to stronger precipitation of energetic particles into the upper atmosphere. Impact excitation and the subsequent airglow emissions exhibit aurora-like dynamic signatures. Nomenclatures of nonpolar aurora or equatorial auroras are similar to those used with the polar auroras owing to their similar excitation mechanisms. This paper provides an overview of the knowledge and the challenges concerning auroral activity at the South Atlantic Anomaly, or more generally, at the negative magnetic anomaly. We emphasize systematic investigation of the equatorial auroras to reveal the temporal and spatial evolution of the magnetic anomaly and the behaviour of energetic particles in near-Earth space.     

Predicting future dynamics from short-term time series using an Anticipated Learning Machine

Predicting time series has significant practical applications over different disciplines. Here, we propose an Anticipated Learning Machine (ALM) to achieve precise future-state predictions based on short-term but high-dimensional data. From non-linear dynamical systems theory, we show that ALM can transform recent correlation/spatial information of high-dimensional variables into future dynamical/temporal information of any target variable, thereby overcoming the small-sample problem and achieving multistep-ahead predictions. Since the training samples generated from high-dimensional data also include information of the unknown future values of the target variable, it is called anticipated learning. Extensive experiments on real-world data demonstrate significantly superior performances of ALM over all of the existing 12 methods. In contrast to traditional statistics-based machine learning, ALM is based on non-linear dynamics, thus opening a new way for dynamics-based machine learning.     

新教育的历史使命:重建人文精神

近现代的中国由于受新旧价值观念和东西方文明的冲突,以及科学至上主义的影响,人文精神日渐失落,导致个体的人逐渐失去其成其为“人”的精神价值,社会也日益出现道德危机。中华民族迫切需要重建人文精神,人文教育的价值再次凸显。新时期的教育需要将人文精神的教育贯穿在整个教育理念中,树立生命教育观;要建设一支富有人文精神和人文素养的教师队伍,在教育实践中,实现教育目的、教育内容、教育方法和教育评价标准的人本性。新教育承担着重建人文精神的历史使命。