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建議一齊購買： + NT$ 653 《无人机通信与组网》 + NT$ 1128 《Xilinx Zynq-7000嵌入式系统设计与实现：基于A》 + NT$ 1326 《高光谱分辨率激光雷达》 + NT$ 491 《开关电源设计与维修从入门到精通》 + NT$ 505 《智能微波工程》 + NT$ 354 《芯路：书读懂集成电路产业的现在与未来》 內容簡介： 本书系统地介绍了面向工业软件的数字工程（DE）与基于模型的系统工程（MBSE）的理论体系、方法论、核心技术和工程应用，讨论了 SysML 建模工具的实现技术，内容涵盖需求模型开发、MBSE 工具开发、执行模型与行为仿真、规则定义与自动语法校验等多个方面，详细阐释了支撑 MBSE 的关键技术，通过理论描述与工程案例的结合，帮助读者全面掌握 DE 和 MBSE 的知识体系，并获得参考与启发。 關於作者： 于永斌 博士，电子科技大学信息与软件工程学院副教授，公安部信息安全等级保护高级测评师，四川省经济和信息化厅、科技厅、省人防办、省市场监督管理局大数据与人工智能专家，四川省大数据中心大数据标准化技术委员会委员。2013年9月-2014年9月，国家公派访问密西根大学安娜堡分校（University of Michigan，Ann Arbor），2016年9月-2017年4月，访问加州大学圣塔巴巴拉分校（University of California， Santa Barbara），获得”四川省海外高层次留学人才”。2016年，获电子科技大学第八届教学成果二等奖；2018年，获西藏自治区科学技术奖一等奖。2018年5月-2020年1月，选派到四川省经济和信息化厅大数据产业推进处，任职副处长。主持/参研国家自然科学基金8项、国家重点研发2项、装发预研1项、中国博士后科学基金1项、国家重点实验室基金1项、四川省（人工智能）重点研发1项和多项横向项目。现在主持科技部科技创新2030——”新一代人工智能”重大项目、工信部人工智能创新任务揭榜挂帅项目、国家自然科学基金面上项目、四川省人工智能重点研发项目。主要研究方向为大数据、人工智能、非线性电路与系统、超大规模集成电路的版图设计、现代控制理论及其应用等。近几年担任多个学术刊物（如IEEE Transactions on Neural Networks and Learning Systems、Neural Networks、Neurocomputing等）的审稿人与国际学术会议的Co-chair，在国内外学术刊物发表论文127篇，其中SCI检索87篇；获软件著作权12项，授权国家发明专利18项，出版5部著作。 目錄： 目 录 第 1 章 工业软件···············································································································1 1.1 工业软件的发展历程··································································································1 1.1.1 工业软件的源头 ·······························································································1 1.1.2 工业软件的发展动力 ·························································································3 1.1.3 工业软件的历史节点与重要事件··········································································5 1.2 工业软件的定义与分类·······························································································8 1.2.1 软件与软件定义 ·······························································································8 1.2.2 工业软件的定义 ·······························································································9 1.2.3 工业软件的分类 ····························································································.10 1.3 工业软件的基石·····································································································.12 1.3.1 数学是工业软件的理论基础·············································································.12 1.3.2 物理是工业软件的原理机理·············································································.15 1.3.3 计算机是工业软件的先进算力··········································································.16 1.3.4 工程学是工业软件的工程底色··········································································.19 1.4 国外工业软件········································································································.20 1.4.1 国外工业软件格局 ·························································································.20 1.4.2 北美工业软件态势 ·························································································.21 1.4.3 日欧工业软件态势 ·························································································.22 1.4.4 国外工业软件“卡脖子”················································································.23 1.5 国内工业软件········································································································.23 1.5.1 国内工业软件格局 ·························································································.24 1.5.2 国内工业软件态势 ·························································································.25 1.5.3 国内工业软件发展战略···················································································.26 1.6 工业软件的未来·····································································································.27 1.6.1 全球工业软件的发展趋势················································································.27 1.6.2 国内工业软件的发展重点················································································.28 1.6.3 工业软件新引擎是大语言模型··········································································.28 1.6.4 工业软件主战场是基于模型的系统工程······························································.30 1.6.5 工业软件主场景是数字工程·············································································.31 1.7 本章小结 ··············································································································.33 1.8 本章习题 ··············································································································.33 参考文献·····················································································································.33 第 2 章 数字工程············································································································.35 2.1 面向工业软件的数字工程·························································································.35 2.1.1 数字工程的实质 ····························································································.35 2.1.2 数字工程的定义 ····························································································.35 2.1.3 数字工程的内涵 ····························································································.35 2.2 数字工程全球发展态势··············································2

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