- Contents .- 1 Behaviorism . 1 .- 1.1 What is Behaviorism . 1 .- 1.1.

1 The Eve of The Emergence of Behaviorism . 1 .- 1.1.2 The Birth of Behaviorism . 2 .- 1.2 The Development of Behaviorism .

3 .- 1.2.1 The Stages of Development of Behaviorism . 3 .- 1.2.2 Differences in Research Approaches in Behavioral Psychology .

15 .- 1.3 Conclusion . 18 .- References . 19 .- 2 Behaviorism in Various Domains . 21 .

- 2.1 Behavioral Economics . 21 .- 2.1.1 The Origin of Behavioral Economics . 22 .- 2.

1.2 The Key Theories and Their Applications . 25 .- 2.1.3 Conclusion . 33 .- 2.

2 Behaviorism Learning Theory . 34 .- 2.2.1 The Origin of Behaviorism Learning Theory . 34 .- 2.2.

2 Representative Theories and Their Applications . 37 .- 2.2.3 Conclusion . 45 .- References . 47 .

- 3 Behavioral Computing Technology System . 49 .- 3.1 Paradigm Evolution . 49 .- 3.1.1 The First Paradigm .

51 .- 3.1.2 The Second Paradigm . 53 .- 3.1.3 The Third Paradigm .

54 .- 3.1.4 The Fourth Paradigm . 56 .- 3.1.5 Relationship Between Paradigms and Key Elements .

59 .- 3.1.6 Paradigms Integration . 61 .- 3.2 behavior computing Methodological Classification . 64 .

- 3.2.1 Behavioral Inference . 64 .- 3.2.2 Behavioral Modeling . 66 .

- 3.2.3 Behavioral Simulation . 67 .- References . 68 .- 4 Human Factor and Behavioral Computing . 71 .

- 4.1 Human Factor Engineering and Human Factor Security and Safety . 71 .- 4.1.1 Human Factor Engineering . 71 .- 4.

1.2 Human Factor Security and Safety . 74 .- 4.2 Behavioral Computing for Human Factor Security and Safety . 78 .- References . 84 .

- 5 Behavioral Structure Computing . 87 .- 5.1 Behavioral Structure Modeling . 87 .- 5.1.1 Atomic Level Interactions within Molecules .

88 .- 5.1.2 Behavioral Identification and Structure Analysis . 90 .- 5.1.3 Behavioral Structure Design .

92 .- 5.1.4 Behavioral Group Analysis . 92 .- 5.2 Behavioral Structure Modeling for Simulation . 93 .

- 5.2.1 Behavioral Simulation Needs Authentic BehavioralGeneration . 93 .- 5.2.2 Behavioral Generation with Behavioral Structure Modeling . 95 .

- References . 97 .- 6 Behavioral Visual Computing . 99 .- 6.1 Basic Concepts and Principles . 99 .- 6.

2 Behavioral Visual Modeling . 101 .- 6.2.1 Pose Estimation . 102 .- 6.2.

2 Action Recognition . 107 .- 6.2.3 Behavioral Prediction . 110 .- 6.3 Behavioral Visual Simulation .

111 .- 6.3.1 3D Reconstruction and Virtual Environments . 111 .- 6.3.2 VLMs and Generative Agents .

113 .- 6.3.3 Reinforcement Learning and Self-determination . 114 .- References . 117 .- 7 Behavioral Language Computing .

121 .- 7.1 Behavioral Language Modeling . 121 .- 7.1.1 Behavioral Subject Modeling . 122 .

- 7.1.2 Behavioral Attribute Modeling . 124 .- 7.1.3 Behavioral Event Modeling . 127 .

- 7.2 Behavioral Language Simulation . 131 .- 7.2.1 Behavioral Planning Simulation . 131 .- 7.

2.2 Behaviroal Memory Simulation . 133 .- 7.2.3 Behavioral Reflection Simulation . 134 .- 7.

2.4 Behavioral Environment Simulation . 136 .- 7.2.5 Behavioral Action Simulation . 140 .- 7.

3 Hierarchical Model Architecture and Reflection Agent Learning .- Make Simulation behavioral . 144 .- 7.3.1 Hierarchical Model Architecture . 144 .- 7.

3.2 Reflection Agent Learning . 145 .- References . 146 .- 8 Behavioral Computing for Human Factor Security and Safety in .- Cyberfinance . 149 .

- 8.1 Financial Security in the Digital Age . 150 .- 8.1.1 Complexities and Challenges of Financial Security . 150 .- 8.

1.2 Importance of Behavioral Safety . 151 .- 8.2 Internal Human Factor Risk . 152 .- 8.2.

1 Case Study . 153 .- 8.2.2 Internal Risk Behaviors . 154 .- 8.2.

3 Abnormal Behavior Analysis and Prediction . 156 .- 8.2.4 Existing Technologies . 156 .- 8.3 External Malicious Attacks .

159 .- 8.3.1 Case Study . 160 .- 8.3.2 External Malicious Behaviors .

161 .- 8.3.3 Malicious Behavior Detection and Defense . 162 .- 8.3.4 Existing Technologies .

163 .- 8.4 Financial Security Technology and Behavioral Computing .- Technology . 166 .- 8.4.1 Shortcomings and Challenges of Existing Technologies .

167 .- 8.4.2 Behavioral Simulation Technology . 169 .- References . 173.