【每天读一点英文:生而为赢Born to Win英文经典短文】gnuhpc注释版:Ambition

本文探讨了雄心壮志在人类生活中的重要性和复杂性。没有雄心的世界或许更加平和,但也会变得乏味且缺乏进步的动力。文章指出,尽管不是所有的成功都值得追求,但成就本身具有重要意义,并反驳了认为个人努力无足轻重的观点。

 

It is not difficult to imagine a world short of ambition. It would probably be a kinder world: without demands, without abrasions[ab·ra·sion || ə'breɪʒn ] n.  磨耗; 磨蚀; 磨损之处), without disappointments. People would have time for reflection. Such work as they did would not be for themselves but for the collectivity (n. 集体,集合). Competition would never enter in. conflict would be eliminated, tension become a thing of the past. The stress of creation would be at an end. Art would no longer be troubling, but purely celebratory (庆祝的) in its functions. Longevity([lon·gev·i·ty || lɑn'dʒevətɪ /lɒn- ] n.  长命, 长寿; 寿命) would be increased, for fewer people would die of heart attack or stroke caused by tumultuous( [tu·mul·tu·ous || tuː'mʌltʃʊəs /tju- ] adj.  吵闹的, 骚乱的, 纷乱的) endeavor. Anxiety would be extinct. Time would stretch on and on, with ambition long departed from the human heart.

Ah, how unrelieved boring life would be!

There is a strong view that holds that success is a myth, and ambition therefore a sham([ʃæm ] n.  欺骗; 虚伪; 骗局; 假装). Does this mean that success does not really exist? That achievement is at bottom empty( 一场空 ? That the efforts of men and women are of no significance alongside the force of movements and events now not all success, obviously, is worth esteeming( [es·teem || ɪ'stiːm ] n.  尊敬; 尊重), nor all ambition worth cultivating. Which are and which are not is something one soon enough learns on one’s own. But even the most cynical secretly admit that success exists; that achievement counts for a great deal; and that the true myth is that the actions of men and women are useless. To believe otherwise is to take on a point of view that is likely to be deranging( 使发狂 . It is, in its implications, to remove all motives for competence, interest in attainment, and regard for posterity( [pos·ter·i·ty || pɑ'sterətɪ /pɒ- ] n.  子孙, 后裔).

We do not choose to be born. We do not choose our parents. We do not choose our historical epoch, the country of our birth, or the immediate circumstances of our upbringing. We do not, most of us, choose to die; nor do we choose the time or conditions of our death. But within all this realm( [relm ] n.  王国; 界, 领域; 国土, 领土; 范围) of choicelessness, we do choose how we shall live : courageously or in cowardice, honorably or dishonorably, with purpose or in drift (在漂移,漫无目的). We decide what is important and what is trivial in life. We decide that what makes us significant is either what we do or what we refuse to do. But no matter how indifferent the universe may be to our choices and decisions, these choices and decisions are ours to make. We decide. We choose. And as we decide and choose, so are our lives formed. In the end, forming our own destiny is what ambition is about.

智慧医药系统(smart-medicine)是一款采用SpringBoot架构构建的Java Web应用程序。其界面设计简洁而富有现代感,核心特色在于融合了当前前沿的成式人工智能技术——具体接入了阿里云的通义千问大型语言模型,以此实现智能医疗咨询功能,从而增强系统的技术先进性与实用价值。该系统主要定位为医学知识查询与辅助学习平台,整体功能结构清晰、易于掌握,既适合编程初学者进行技术学习,也可作为院校课程设计或毕业项目的参考实现。 中医舌诊作为传统医学的重要诊断手段,依据舌象的颜色、形状及苔质等特征来辨析理状况与病理变化。近年来,随着计算科学的进步,人工智能技术逐步渗透到这一传统领域,形成了跨学科的研究与应用方向。所述的中医舌诊系统正是这一方向的实践产物,它运用AI算法对舌象进行自动化分析。系统以SpringBoot为基础框架,该框架依托Java语言,致力于简化Spring应用程序的初始化与开发流程,其突出优势在于能高效构建独立、可投入产的应用,尤其契合微服务架构与云原环境,大幅降低了开发者在配置方面的负担。 系统中整合的通义千问大语言模型属于成式人工智能范畴,通过海量数据训练获得模拟人类语言的能力,可在限定领域内成连贯文本,为用户提供近似专业医的交互式咨询。该技术的引入有助于提升诊断过程的自动化水平与结果一致性。 在设计与体验层面,本系统强调逻辑明晰与操作简便,旨在降低用户的学习门槛,尤其适合中医知识的入门教学。整体交互模式接近百科全书式查询,功能模块精炼聚焦,因而非常适用于教育场景,例如学术项目展示或毕业设计答辩。通过直观的实践界面,使用者能够更深入地理解中医舌诊的理论与方法。 此外,系统界面遵循简约大气的设计原则,兼顾视觉美感与交互流畅性,以提升用户的专注度与使用意愿。结合AI的数据处理能力,系统可实现对舌象特征的快速提取与实时分析,这不仅为传统诊断方法增添了客观量化维度,也拓展了中医知识传播的途径。借助网络平台,该系统能够突破地域限制,使更多用户便捷地获取专业化的中医健康参考,从而推动传统医学在现代社会的应用与普及。 资源来源于网络分享,仅用于学习交流使用,请勿用于商业,如有侵权请联系我删除!
【掺铒光纤放大器(EDFA)模型】掺铒光纤放大器(EDFA)分析模型的模拟研究(Matlab代码实现)内容概要:本文介绍了掺铒光纤放大器(EDFA)分析模型的模拟研究,并提供了基于Matlab的代码实现方案。通过对EDFA的工作原理、增益特性、噪声系数等关键性能指标进行数学建模与仿真分析,帮助研究人员深入理解其在光通信系统中的作用机制。文档还列举了多个相关科研方向的技术支持内容,涵盖智能优化算法、路径规划、无人机应用、通信与信号处理、电力系统管理等多个领域,展示了Matlab在科学研究与工程仿真中的广泛应用能力。此外,文中附带网盘链接,便于获取完整的代码资源与开发工具包。; 适合人群:具备一定光学通信或电子信息背景,熟悉Matlab编程,从事科研或工程仿真的研究、高校教师及技术研发人员。; 使用场景及目标:①用于光通信系统中EDFA性能的理论分析与仿真验证;②支持科研人员快速构建和测试EDFA模型,提升研究效率;③为教学实验、毕业设计及学术论文复现提供可靠的技术参考与代码基础。; 阅建议:建议者结合光通信基础知识,按照文档结构逐步运行并调试Matlab代码,重点关注模型参数设置与仿真结果分析,同时可利用提供的网盘资源拓展学习其他相关课题,深化对系统级仿真的理解。
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