作物同異育種智能決策系統(tǒng)及其應(yīng)用（英文版）
主要內(nèi)容包括緒論、作物育種同異理論的基本概念、育種目標(biāo)同異關(guān)系分析計(jì)算程序及其應(yīng)用、親本同異分類(lèi)計(jì)算程序及其應(yīng)用、雜交組合同異評(píng)估計(jì)算程序及其應(yīng)用、單株同異選擇計(jì)算程序及其應(yīng)用、品種同異比較計(jì)算程序及其應(yīng)用、品種同異布局計(jì)算程序及其應(yīng)用、品種同異栽培計(jì)算程序及其應(yīng)用共八章。
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Contents
Chapter 1 Introduction 1
1.1 Basic Concepts of Similarity-difference Theory for Crop Breeding 1
1.2 Academic framework of the similarity-difference theory for crop breeding 5
1.3 Intelligent Decision-making System of Crop Similarity-difference Breeding 20
1.4 Application prospect of IDSCSB 27
Chapter 2 Calculation Program of Similarity-difference Relational Analysis between Breeding Target Characters and Its Applications 33
2.1 Mathematical principle of similarity-difference relationship analysis for breeding target characters 33
2.2 Calculation methods and steps of the similarity-difference relationship analysis for breeding targets 36
2.3 Program design and process of similarity-difference relationship analysis for breeding targets 48
2.4 Program types and functions of similarity-difference relation analysis for breeding targets 49
2.5 Application examples and operating instructions of similarity-difference relation analysis for breeding targets 50
Chapter 3 Calculation Program of Similarity-difference Classification of Parents and Its Applications 67
3.1 Mathematical principle of similarity-difference classification of parents 68
3.2 Calculation methods and steps of similarity-difference classification of parents 72
3.3 Program design and process of similarity-difference classification of parents 75
3.4 Program types and functions of similarity-difference classification of parents 75
3.5 Application examples and operating instructions of similarity-difference classification of parents 76
Chapter 4 Calculation Program of Similarity-difference Evaluation of Cross combinations and Its Applications 92
4.1 Mathematical principle of similarity-difference evaluation of cross combinations 92
4.2 Calculation method and steps of similarity-difference evaluation of cross combinations 96
4.3 Program design and block diagram of simioplarity-difference evaluation of cross combinations 109
4.4 Program type of similarity-difference evaluation of cross combinations and its function 111
4.5 Application examples and operating instructions of similarity-difference evaluation of cross combinations 112
Chapter 5 Calculation Program of Individual Plant Similarity-difference Selection and Its Applications 136
5.1 Principle of mathematics of individual plant similarity-difference selection 137
5.2 Calculation method and steps of individual plant similarity-difference selection 139
5.3 Program design and flow path of similarity-difference selection for individual plants 141
5.4 Program type and function of similarity-difference selection for individual plants 141
5.5 Application examples and operating instructions of similarity-difference selection for individual plants 143
Chapter 6 Calculation Program of Variety Similarity-difference Comparison and Its Applications 160
6.1 Mathematical principles of variety similarity-difference comparison 160
6.2 Calculation methods and steps of variety similarity-difference comparison 163
6.3 Program design and flow of variety similarity-difference comparison 166
6.4 Program types and functions of variety similarity-difference comparison 166
6.5 Application examples of varieties similarity-difference comparison and computer operating instructions 168
Chapter 7 Calculation Program of Similarity-difference Distribution and Its Applications 186
7.1 Mathematical Principle of variety similarity-difference distribution 186
7.2 Calculation method and steps of variety similarity-difference distribution 187
7.3 Program design and flow of variety similarity-difference dist-ribution 191
7.4 Program type and functions of variety similarity-differencedis tribution 191
7.5 Application examples of variety similarity-difference distribution and its instructions of computer practice 192
Chapter 8 Calculation Program of Variety Similarity-difference Cultivation and Its Applications 219
8.1 Mathematical principle of the variety similarity-difference cultivation 219
8.2 Calculation methods and steps of variety similarity-difference cultivation 221
8.3 Program design and flow path of variety similarity-difference cultivation 222
8.4 Program type and its functions of variety similarity-difference cultivation 223
8.5 Application examples and operating instructions of variety similarity-difference cultivation 224
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