浅谈通信电源技术的发展与应用措施

随着我国通信产业的快速发展，通信行业技术标准也不断提高。本论文主要结合先进通信电源技术的发展现状，对先进通信电源技术的应用做深入的分析与探讨。     

电子通信系统关键技术问题分析

现今的电子通信技术属于一种尖端的且应用性极强的技术,一个国家的科技发展水平和进度关键看电子通信技术水平的高低。电子通信产业是信息产业不可或缺的一部分,电子通信技术的进步和发展直接带动先进的生产力和科技实力。电子通信技术涉及的领域和范围较广,特别突出在移动电话和卫星通信两个方面,本文也将重点通过这两个方面来分析电子通信系统关键技术的问题。     

新时代背景下计算机通信技术发展与应用探析

新时代背景下随着科学技术的不断发展,信息、生物等先进技术也随之迅猛发展,这些科学技术的飞速发展,也带动了其他相关产业的迅速发展。目前,信息技术、生物技术是科学技术发展的主体,而计算机通信技术的融合已成为新时代背景下最为显著的特征,现代人们利用计算机通信来工作、交谈已经是最普遍的现象,通过计算机通信来进行沟通、交流方便且快捷。之前的计算机通信具有局限性,不能够广范围的通信,通信范围局限于机房内。新时代背景下科学技术的飞速发展,同时也促进了计算机通信技术的进步,使通信范围不断的扩大。     

打造通信节能的新时代

在全球经济高速发展的今天，通信产业的发展尤其迅猛，通信规模不断扩大，随之而来的是设备耗能节节攀升，而通信行业之间的竞争日趋白热化，企业的利润空间被不断压缩。国家的可持续性发展已经受到各国高层的高度关注。企业要生存，国家要发展，必须走绿色节能的新道路。     

对LTE链路相关技术的研究分析

通信技术的发展极大的丰富了人们的生活，改变着人们生活的方方面面，为了给人们提供更加便利的服务，通信技术不断地追求精进，不断地向前迈进，未来的移动通信系统将会融合多种先进的技术，在保持低成本的前提下，支持灵活多变的服务应用。LTE作为最具影响力的宽带移动通信技术标准之一，将受到业界越来越广泛的关注，势必会成为我国通信产业关注的焦点，本文则对LTE链路相关技术做出一番探讨。     

简析计算机通信技术

在新时代里，科学技术主要以信息、生物等一些高新技术为主导方向，并伴随着相关的产业而迅猛发展。计算机技术与通信技术密切依存造就了一个信息时代，而数字技术就是是这个时代里的鲜明特征，计算机技术与通信技术融为一体带来的巨大改变是无法预知的。本文就是结合当前计算机通信技术在实际中的应用，对其发展作一简单论述。     

基于公共通信网和信息隐藏技术的军事通信系统初探

随着科学技术的不断进步以及现代化战争对科技应用水平的不断提高,很多先进的科学技术都开始广泛应用于军事领域,对军事通信也提出了更高的要求。本文主要基于公共通信网和信息隐藏技术,结合水印、数字签名、加密码等技术,对现有军事通信系统的基本情况、设计原则以及总体设计方案进行了介绍和探讨,以期增进人们对军事通信系统的了解。     

浅析现代通信技术对社会生活的影响

现今通信技术的飞速发展对人们的生活带来了翻天覆地的变化,主要表现为以手机、电视、网络等介质平台的发展在为人们提供便利的同时,大量的信息充斥在我们的生活当中,影响着我们的思想和行为。为了更好的利用通信技术,做到趋利避害,就要正确处理好这些在通信技术下所带来的真实性和虚拟性．主导性和多样性、即时性和持久性的辩证关系。自然辩证法的创立与发展同科学技术的进步是分不开的。通信技术是科学技术的一项内容,对人类社会发展起了积极的作用并对个人成长产生了深刻影响。     

通信网络安全问题的分析及解决措施

随着科学技术的不断发展,通信网络的规模也在不断扩大,其通信网络也日益复杂,通信网络朝着宽带化、智能化方向发展的同时,通信网络安全问题也引起了人们的关注,本文通过分析通信网络安全的现状,探讨通信网络安全问题的解决措施。     

关于通信干扰技术的研究

随着科学技术的信息化发展,通信干扰技术得到空前的跨越。在现在信息化的世界,创新的通信干扰技术对一个国家的军事发展及其熏要。本文一方面对通信干扰技术现状进行了详细分析,一方面借鉴现状研究通信干扰技术的未来发展趋向。     

Nanotechnology – Markets & Trends. Nanotechnologie – Märkte und Trends

The world of nanotechnology is gaining more and more interest from the scientific point of view as well as for industrial applications. Promising product and process innovations that are based on nanotechnology have stimulated the involvement of industry and the financial community. Rather than an evolutionary oriented top‐down approach pushing critical dimensions from microns down into the nanometre range, the real potential of nanotechnology lies in the creation of novel functional structures of superior performance by controlling structures on a scale between 1 and 100 nanometres with completely changed properties. Making use of these novel properties of known materials is highly attractive for applications in a variety of fields, underlining that nanotechnology is regarded as key technology of the 21st century a promising product and process innovations that are based on nanotechnology have stimulated the involvement of scientific community and the industry, because nanotechnology is not only scientific artwork but is currently used in a considerable number of products in a multibillion‐dollar marketplace.     

浙江省光通信仪表的计量测试

通过对浙江省通信产业光通信测试仪表的使用现状和占有量分析,结合国内外及本省光通信及光通信测试仪表的发展,收集、分析了省内外光通信仪表的计量测试现状,并对浙江省光通信测试仪表的发展和计量测试前景进行了预测。     

Delineating development trends of nanotechnology in the semiconductor industry: Focusing on the relationship between science and technology by employing structural topic model

The bibliometrics research on nanotechnology highlights close interrelationships between scientific and technological activities (S&T) in the field of nanotechnology. Notwithstanding abundant empirical evidence on the mutual relations between S&T, the dynamics of the relationship from a contextual perspective have gained relatively little attention. Accordingly, our understanding of how science- and technology-oriented nanotechnology identifies development opportunities from each other is still at a nascent stage. To address this gap, by focusing on nanotechnology in the semiconductor industry, we use structural topic model to empirically explore the dynamic interrelationships between science- and technology-oriented nanotechnology. We empirically delineate the dynamic development trends in the context of the interrelationships between S&T and demonstrate how development opportunities are identified from each other. These findings show a new window of opportunities for how state-of-the-art models for semantic analysis can be used in the literature on S&T interrelationships.     

Metrology and standards in nanotechnology

The problems of metrological support in nanotechnology and the trends in the development of nanometrology are discussed. The present state of standardization in the nanotechnology industry is analyzed. Translated from Izmerital'naya Tekhnika, No. 9, pp. 45–48, September, 2008.     

纳米技术产业化过程中的主体行为

纳米技术的发展使越来越多的国家和企业界认识到纳米技术具有促进创新和经济发展,增强产业竞争力的巨大潜力,它将引发21世纪新一轮的产业革命。如何加速我国纳米技术产业化进程,将是一个新的研究课题。在此过程中,将伴随着政府、科研机构和企业这三个主体行为的完善和规范。     

无线数据通信在动力供水远程监控中的应用

文章针对工业供水中存在的实际问题,基于先进的无线数据通信技术,提出了一个解决方案——动力供水远程监控管理系统。通过介绍Mobitex技术,分析设计了远程监控系统的硬件构成,同时对数据通信中的通信协议进行了合理的改造处理,开发了满足系统功能要求的监控软件,最后对该系统的实践应用情况进行了分析。     

基于消费者学习的涂料品牌传播策略研究

本文借鉴消费者学习行为和品牌传播的一般性研究结果,结合涂料行业特性,从传统媒介的深度植入、体验营销、网络社区等视角探讨了基于消费者学习的涂料品牌传播策略。     

纳米技术与计量学

纳米科学技术,简称“纳米技术”,是研究在原子和分子水平上操纵物质的能力。它内容广泛,有多种多样的工业需求,交运载未来的科技、经济、社会发展和国家安全产生重大影响,现已成为一个国际竞相争夺的科技战略重点,本文扼要叙述了纳米技术的三大主要领域（纳米材料学,纳米电子学和纳米医学）及其应用前景,以及计量学在纳米技术方面所起的重要作用。在重点部署纳米技术的基础研究,基地建设和产业化工作的同时,要注意纳米计量学的同步发展。     

Discovery of factors influencing patent value based on machine learning in patents in the field of nanotechnology

Patents represent the technological or inventive activity and output across different fields, regions, and time. The analysis of information from patents could be used to help focus efforts in research and the economy; however, the roles of the factors that can be extracted from patent records are still not entirely understood. To better understand the impact of these factors on patent value, machine learning techniques such as feature selection and classification are used to analyze patents in a sample industry, nanotechnology. Each nanotechnology patent was represented by a comprehensive set of numerical features that describe inventors, assignees, patent classification, and outgoing references. After careful design that included selection of the most relevant features, selection and optimization of the accuracy of classification models that aimed at finding most valuable (top-performing) patents, we used the generated models to analyze which factors allow to differentiate between the top-performing and the remaining nanotechnology patents. A few interesting findings surface as important such as the past performance of inventors and assignees, and the count of referenced patents.     

Gender distinctions in patenting: Does nanotechnology make a difference?

Analyzing the domestic patent records filed with the United State Patent and Trademark Office (USPTO) in the 16-year time period from 1990 to 2005, this study benchmarks the collaboration patterns and gender-specific performance in patenting nanotechnology, a newly emerging field, with those in the general area across all technological fields (thereafter the overall tech area, a proxy of traditional technological fields). Going beyond what has been discovered in a previous study that women’s involvement in patenting is lower than their male peers in nanotechnology, the empirical evidence reported here suggests that the gap to women’s disadvantage was smaller in nanotechnology than in the overall tech area in the studied period. The major finding of this study is that, while more than 90% of patents across fields were from industry where patenting is least likely to be collaborative, nano-patents have more diverse origins (79% from industry and 21 from universities, government, public institutions, and cross-sectoral collaboration) and are more likely to be collaborative outcomes (including those from industry). The profile of nanotechnology patents in terms of workforce sectors has the implication that nanotechnology presents an environment where women are more able to catch collaborative opportunities and engage in patenting. Implications for future research are discussed correspondingly.