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战场时空一致性原理与方法

作者: 顾浩

出版社: 电子工业出版社

出版时间: 2021-01

版次: 1

ISBN: 9787121402753

定价: 129.00

装帧: 其他

开本: 其他

纸张: 胶版纸

页数: 296页

分类: 计算机与互联网

1 张插图图片

6人买过

本书从战场时空一致性的机理、科学问题出发，重点分析研究了时空误差演化的模型和方法、时间同步原理和方法、空间配准原理和方法；同时，基于离散特征空间和连续空间，讨论了基于相对熵的时空一致性模型；*后，给出了体系成熟度模型，以美军战场信息化建设为例，从时空一致性视角分析了代表美军信息化标志的PNT 体系、互操作作战图族、国防部改组法等，揭示了战场时空一致性优化控制体系的生长和发展规律。本书内容对理解信息化战争的特点具有一定参考价值，特别是对把控和寻找未来战争的制胜之道，提供了一孔之见。 1980年09月-1984年07月，南京航空航天大学航空自动控制系，飞行器自动控制，大学本科；2003年09月-2007年05月，西北工业大学航海学院，武器系统与运用工程，博士；1988年08月-1998年02月，船舶总公司716所室副主任；1998年02月-2016年02月，历任船舶重工集团716所室主任、所副总工程师、科技部主任、所长助理、副所长；2016年02月-2016年05月，船舶重工集团规划发展部副主任；2016年05月-2016年11月，船舶重工集团716所书记；2016年11月至今，船舶重工集团716所所长。第1 章绪论·························································································································.1

1.1 概述····························································································································.1

1.2 基本概念·····················································································································2

1.2.1 时间······································································································································2

1.2.2 空间······································································································································2

1.2.3 战场时空一致性···················································································································3

1.3 战场时空一致性机理分析·························································································.4

1.3.1 信息获取·······························································································································4

1.3.2 信息传输·······························································································································9

1.3.3 时空配准·····························································································································14

1.3.4 信息融合·····························································································································19

1.3.5 态势估计·····························································································································24

1.3.6 态势显示与分发·················································································································27

1.4 战场时空一致性现状、难点与科学问题································································.29

1.4.1 实例解读·····························································································································30

1.4.2 现状和难点分析·················································································································31

1.4.3 科学问题·····························································································································32

1.4.4 主要研究思路·····················································································································35

1.5 本书章节安排···········································································································.36

参考文献····························································································································37

第2 章时空误差及其演化····································································································.40

2.1 时空基准误差特点···································································································.40

2.1.1 时空基准·····························································································································40

2.1.2 时间基准误差特点分析······································································································45

2.1.3 空间基准误差特点分析······································································································47

2.2 时间同步误差分析···································································································.49

2.2.1 网络时间同步误差分析······································································································49

2.2.2 基于时频信号的时间同步过程分析··················································································54

2.3 动平台雷达探测时空误差演化···············································································.57

2.3.1 甲板形变及其影响·············································································································58

VIII

战场时空一致性原理与方法

2.3.2 机械稳定雷达时空基准误差演化模型··············································································59

2.3.3 电子稳定雷达时空基准误差演化模型··············································································97

2.4 小结·········································
内容简介:
本书从战场时空一致性的机理、科学问题出发，重点分析研究了时空误差演化的模型和方法、时间同步原理和方法、空间配准原理和方法；同时，基于离散特征空间和连续空间，讨论了基于相对熵的时空一致性模型；*后，给出了体系成熟度模型，以美军战场信息化建设为例，从时空一致性视角分析了代表美军信息化标志的PNT 体系、互操作作战图族、国防部改组法等，揭示了战场时空一致性优化控制体系的生长和发展规律。本书内容对理解信息化战争的特点具有一定参考价值，特别是对把控和寻找未来战争的制胜之道，提供了一孔之见。
作者简介:
1980年09月-1984年07月，南京航空航天大学航空自动控制系，飞行器自动控制，大学本科；2003年09月-2007年05月，西北工业大学航海学院，武器系统与运用工程，博士；1988年08月-1998年02月，船舶总公司716所室副主任；1998年02月-2016年02月，历任船舶重工集团716所室主任、所副总工程师、科技部主任、所长助理、副所长；2016年02月-2016年05月，船舶重工集团规划发展部副主任；2016年05月-2016年11月，船舶重工集团716所书记；2016年11月至今，船舶重工集团716所所长。
目录:
第1 章绪论·························································································································.1

1.1 概述····························································································································.1

1.2 基本概念·····················································································································2

1.2.1 时间······································································································································2

1.2.2 空间······································································································································2

1.2.3 战场时空一致性···················································································································3

1.3 战场时空一致性机理分析·························································································.4

1.3.1 信息获取·······························································································································4

1.3.2 信息传输·······························································································································9

1.3.3 时空配准·····························································································································14

1.3.4 信息融合·····························································································································19

1.3.5 态势估计·····························································································································24

1.3.6 态势显示与分发·················································································································27

1.4 战场时空一致性现状、难点与科学问题································································.29

1.4.1 实例解读·····························································································································30

1.4.2 现状和难点分析·················································································································31

1.4.3 科学问题·····························································································································32

1.4.4 主要研究思路·····················································································································35

1.5 本书章节安排···········································································································.36

参考文献····························································································································37

第2 章时空误差及其演化····································································································.40

2.1 时空基准误差特点···································································································.40

2.1.1 时空基准·····························································································································40

2.1.2 时间基准误差特点分析······································································································45

2.1.3 空间基准误差特点分析······································································································47

2.2 时间同步误差分析···································································································.49

2.2.1 网络时间同步误差分析······································································································49

2.2.2 基于时频信号的时间同步过程分析··················································································54

2.3 动平台雷达探测时空误差演化···············································································.57

2.3.1 甲板形变及其影响·············································································································58

VIII

战场时空一致性原理与方法

2.3.2 机械稳定雷达时空基准误差演化模型··············································································59

2.3.3 电子稳定雷达时空基准误差演化模型··············································································97

2.4 小结·········································

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战场时空一致性原理与方法

内容简介:

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目录: