改革创新 积极进取为创建世界一流通信企业而努力奋斗：孟大礼总经理在

回顾了湖北移动通信１９９９年工作；分析了２１世纪湖北移动通信面临的新形势；从认清形势、加快发展，更新观念、增强网络综合能力，巩固话音业务、加快新业务发展，全面提高网络运行效率，完善财务运行机制，提高资本运作水平，建立新型的用人机制和激励机制等方面署了湖北移动通信２０００年的工作任务，并对２１世纪移动通信的发展作了热切瞻望。     

肩负历史使命 迎接全面挑战创造湖北移动新世纪发展的良好开端：—孟大礼总经理在湖北省移动通信公司2001年工作会计上的报告（摘要）

回顾了湖北移动通信2000年的工作；分析了湖北移动“十五”发展战略与目标，从加大市场经营工作力度、持续增强全省网络能力、全面提升湖北移动综合服务水准、进一步加强企业各项营理工作、建设素质的管理干部队伍、加强社会主义精神文明建设等方面部署了湖北移动通信2001年的工作任务。     

肩负历史使命 迎接全面挑战创造湖北移动新世纪发展的良好开端——孟大礼总经理在湖北省移动通信公司2001年工作会议上的报告(摘要)

回顾了湖北移动通信2000年的工作；分析了湖北移动“十五”发展战略与目标；从加大市场经营工作力度、持续增强全省网络能力、全面提升湖北移动综合服务水准、进一步加强企业各项管理工作、建设高素质的管理干部队伍、加强社会主义精神文明建设等方面部署了湖北移动通信2001年的工作任务。     

面向21世纪的现代卫星移动通信（上）

本文讨论面向２１世纪的现代卫星移动通信的基本特征、重要设计考虑及一些典型系统设计法例和结论性评述，可供我国规划，设计未来综合业务现代卫星移动通信之参考。     

精品出版快讯

21世纪通信发展趋势人民邮电出版社书号：１０１６１定价：２１．００元本书主要讲述21世纪通信发展趋势，全书共分7章。第1章21世纪展望，概要介绍了未来通信发展的目标；第2章未来的通信业务，包括多媒体通信业务、基于IP的业务、移动数据业务和智能网业务；第3章至第6章分别     

关于第四代移动通信的思考与探索

第三代移动通信即将面市，人们已开始谈论２１世纪未来一代无线移动通信的发展前景，其中第四代移动通信已提上议事日程。文章扼要探讨了其发展的必要性、基本特征、系统结构以及演进到第四代的基本步骤，最后提出了我国发展第四代移动通信的建议。     

湖北移动通信公司周岁贺禧

湖北移动通信公司是在中国电信业重组基础上组建的实行由中国移动通信集团公司和湖北省人民政府双重领导的国有重要骨干企业，1999年9月正式挂牌成立，开始独立运营。目前，在12个市(州)、4个直管市及67个县市设有分公司，除提供基本话音业务外，还提供数据通信、传真、IP电话、短信息、移动秘书、神州行预付费、信息点播、手机银行、全球通WAP等业务。移动通信1992年在湖北开通以来，保持了较高的发展速度，     

日本公布2000年“日本通信白皮书”

日本于２０００年６月２０日公布了２０００年“日本通信白皮书”。从１９７３年开始日本每年公布这样的白皮书，至今已是第２８次。 ２０００年的白皮书题为“２１世纪的ＩＴ──Ｉｎｔｅｒｎｅｔ和移动通信发展的新领域”，其主要内容为： 第一章　２１世纪的ＩＴ： Ｉｎｅｒｎｅｔ和移动通信发展的新领域 １９９９财政年末，日本全国Ｉｎｔｅｒｎｅｔ用户为２７０６万户。Ｉｎ－ｔｅｒｎｅｔ主要进入了企业。其次是机关、团体、科研机构和住宅用户。预计到２００５年。Ｉｎｔｅｒｎｅｔ用户可达７６７０万户。１９９９财政年末，日本的固…     

4G移动通信技术浅析

21世纪移动通信技术和市场飞速发展，在新技术和市场需求的共同作用下，未来移动通信技术将呈现以下几大趋势：网络业务数据化、分组化，移动互联网逐步形成；网络技术数字化、宽带化；网络设备智能化、小型化；应用于更高的频段，有效利用频率；移动网络的综合化、全球化、个人化；各种网络的融合；高速率、高质量、低费用。这正是第四代移动通信技术（4G）发展的方向和目标。     

基于因子分析的电信用户入网综合评价

移动通信市场已逐渐进入成熟期,面对市场环境和竞争焦点的变化,为适时调整移动业务经营策略、有效化解市场风险,支撑湖北公司加快企业转型发展,主要基于SPSS软件对用户入网原因进行因子分析,发掘出可恰当地衡量和解释用户选择电信入网的公共因子,为湖北公司移动业务的规模发展提供决策依据。     

Maxwell, Hertz, the Maxwellians, and the early history of electromagnetic waves

In 1864, Maxwell conjectured from his famous equations that light is a transverse electromagnetic wave. Maxwell's conjecture does not imply that he believed that light could be generated electromagnetically. In fact, he was silent about electromagnetic waves, and their generation and detection. It took almost a quarter of a century before Hertz discovered electromagnetic waves and his brilliant experiments confirmed Maxwell's theory. Maxwell's ideas and equations were expanded, modified, and made understandable by the efforts of Hertz, FitzGerald, Lodge, and Heaviside, the last three being referred to as the "Maxwellians." The early history of electromagnetic waves, up to the death of Hertz in 1894, is briefly discussed. The work of Hertz and the Maxwellians is briefly reviewed in the context of electromagnetic waves. It is found that historical facts do not support the views proposed by some, in the past, that Hertz's epoch-making findings and contributions were "significantly influenced by the Maxwellians.".     

The Origin of the Journal, the Council, and the Conference of Solid-State Circuits

This journal, our much loved and greatly respected "red rag", will be a mere 18 years old this year of the IEEE Centennial--only a youth in the history of electronics and electronic applications. Nonetheless, it has become a most important journal for electronic workers of many types. Its origins and its growth are a very good indication of the vitality and growth of the IEEE itself and how it has identified the needs of its members and has adapted both organizationally and with new institutions to meet new needs.     

Sex of the Speaker, Sex of the Listener, and Listening Comprehension

One hundred thirty-seven male and two hundred twenty-five female undergraduates at the University of Wisconsin—Milwaukee heard recordings of 14 short, informative messages. Each message had been recorded by one of seven male or seven female upper level communication students. Following each message subjects responded to six multiple choice items about the content of the message. Analysis of variance showed no significant difference in listening scores for male and female subjects. A significant interaction between sex of listener and sex of speaker was found, but this interaction accounted for so little of the total variance that it was deemed of little practical importance. It was concluded that neither the sex of the listener nor the interaction of sex of listeners and sex of speakers were of much consequence in determining the listening scores of the subjects of this experiment.     

Points de sensorium,the stank,and the communication of bullshit

Rhetorical scholarship has recently made significant contributions to an emerging “meta-field” that we might loosely call “shit studies.” In this essay, we review scholarship pertaining to the study of “shit” in communication. Specifically, we review current trends in the theoretical orientation of shit studies by advancing the ideas of points de sensorium and/as the stank of rhetoric. Drawing on theories of the point de capiton (quilting point), we are able to note some commonalities in the study of shit in communication scholarship. The stank and the points de sensorium speak to a theorization of affect and bullshit-texts.     

Digital analysis of the electroencephalogram, the blood pressure wave, and the electrocardiogram

The electroencephalogram (EEG), the blood pressure wave, and the electrocardiogram (ECG), produce patterns that the eye of the physician has empirically correlated with important aspects of health. Digital computer techniques for the recognition of these patterns are made particularly difficult by the realities of pattern context sensitivity, frequent signal artifact, real-time operation, finite storage limitations, and reasonable cost. Evaluations of these techniques are handicapped by the absence of absolute standards, the wide signal variability associated with pathologic states, and the sheer mechanics of comparison with human analysis. Computer analysis of the EEG has been directed toward monitoring sleep and certain pathologic states, leaving the more difficult problem of diagnosis to the trained neurologist. Automatic pattern recognition of the blood pressure wave has been implemented with straightforward techniques for diagnostic use in the cardiac catheterization laboratory and for monitoring in the intensive care unit. Computer analysis of the ECG has been directed toward morphological and rhythm diagnosis, having great potential utility in clinical heart stations, and toward rhythm monitoring, a most practical application arising in coronary intensive care units. Promising systems are emerging, but years of evaluation and adjustment will be necessary to meet the need for both accuracy and economy.     

Studying the uniformity of the surface resistance of Ti, Al, Ni, Cr, and Au metal films on silicon

Nanosized Ti, Al, Ni, Cr, and Au films were deposited onto KEF-20 (100)-oriented silicon plates with a diameter of 100 mm using the method of thermal evaporation in a vacuum. The value and uniformity of the distribution of the specific electrical resistance of the metal films were estimated by measuring their thickness and surface electrical resistance via the four-probe method. The specific electrical resistance of such films was shown to be considerably higher than for bulk materials. The observed increase in the surface resistance at the edges of the film was due to both the decrease in the thickness of the film and the increase in the specific electrical resistance of the material of the film. The proved regimes were used to obtain metal layers on gallium nitride substrates.