攻击行为脑回路的Petri网建模
Petri Net Modeling of the Brain Circuit Involved in Aggressive Behavior
摘要：
这项工作的目的是展示一个研究项目的初步结果，该项目的目标是开发参与攻击行为的大脑网络的动态模型。通过这种方式，与基本愤怒情绪相关并导致攻击性行为的复杂神经过程据称通过使用Petri网（一种工作流计算工具）进行了图示。最初，考虑到最新的和公认的概念的神经基板的情绪，特别是参与侵略神经网络，包括其输入，输出和内部连接的大脑结构的建模技术。为了最佳地表示这些结构，它们的连接，和时间动态，在仿真理论中使用的Petri网的基础被定义。最后，模型和动态模拟的神经过程与侵略行为的评价作为一个可行的在硅片实验支持的模式化过程理论。
英文摘要：
The purpose of this work in to demonstrate the initial results of a research project having as its goal to develop dynamic models of the brain network involved in aggressive behavior. In this way, the complex neural process correlated to basic anger emotions and resulting in aggressive behaviors is purportedly schematized by the use of Petri nets, a work-flow computational tool. Initially, the modeling technique is introduced taking into account the most recent and accepted notion of the neural substrates of emotions, particularly the brain structures involved in the aggression neural network, including their inputs, outputs, and internal connectivity. In order to optimally represent these structures, their connections, and temporal dynamics, the Petri net foundations employed in the simulation theory are defined. Finally, the model and dynamic simulation of the neural process associated with aggressive behavior is presented and evaluated as a feasible in silico experimental support of the Patterned-Process Theory.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
