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针对传统戏剧工作流程依赖于专家经验和人力劳动的问题，戏剧行业亟需从依赖个人经验和传统技巧的模式转变为基于智能技术和数据驱动的模式，以提升创作和运营效率、丰富艺术表现，从而更好地满足观众多样化的需求。为此，提出平行戏剧架构及系统，旨在实现人机协同创作和对戏剧工作全流程的智能管理。通过构建戏剧大模型、搭建戏剧计算实验平台、打造戏剧虚实闭环，平行戏剧将助力剧本创作、舞美设计、演出安排、观众互动以及市场营销等关键戏剧环节，实现自动化和智能化的创意设计与执行。此外，探讨了平行戏剧在教育和心理治疗的跨领域应用前景，分析了其在促进戏剧行业与其他领域融合、拓宽戏剧艺术影响力方面的潜力。作为一种创新的戏剧创作和管理模式，平行戏剧将为戏剧行业在智能时代的发展带来全新可能。

Given the limitations of traditional theater production processes, which heavily rely on expert experience and manual labor, the theater industry faces a pressing demand for a transition from a paradigm primarily rooted in individual expertise and traditional competencies to one that harnesses intelligent technology and data-driven approaches. This transition aims to enhance production and operational efficiency while elevating artistic expression to address the diverse preferences of audiences more effectively. Within this context, this paper proposes the concept of "parallel theaters", specifically designed to facilitate collaborative human-machine creativity and intelligent management across the entire theater workflow. By establishing a comprehensive theater model, creating a computational experimentation platform for theatrical art and enabling a virtual-to-real feedback loop, the "parallel theaters" contributes to the intelligent and automated design and execution of critical theater production and management aspects, such as script writing, stage design, performance coordination, audience engagement and marketing. In addition, the paper explores the potential cross-disciplinary applications of "parallel theaters" in education and psychotherapy, analyzing its ability to foster the integration of the theater industry with other fields, thereby expanding the influence of the performing arts. As an avant-garde model for theater creation and management, "parallel theaters" opens new avenues for the industry in the intelligence era, promising enhanced efficiency, enriched artistic expression and a more diverse audience engagement.

新疆夏尔希里自然保护区是一处珍稀生物资源与无法估量的生态价值共融的自然瑰宝，被誉为“中国最后的净土”和“珍稀的天然基因库”。为确保这一自然宝库的可持续发展，提出了“平行夏尔希里”概念，以智能化手段全方位助力其生态资源的精细化管理。核心思想是利用描述智能建立高精度模型，通过预测智能分析生态系统变化，借助引导智能科学地制定保护策略。探索了通过智能科技建立自然保护区管理与应用的新模式，以期推动保护区及其珍贵生物资源的可持续发展。

Sharhili Nature Reserve is a natural treasure which enjoys both rare biological resources and incalculable ecological value, and it is known as “China’s last pure land” and “rare natural gene pool”.To ensure the sustainable development of this natural treasure, this study proposes the concept of “Parallel Sharhili”, which comprehensively assists in the precise management of ecological resources through intelligent means.The core idea involves utilizing “artificial systems” for description to build high-precision models, “computational experiments” for prediction to analyze ecosystem changes, and “parallel execution” for prescription or control and management to scientifically formulate conservation strategies.This study explores an intelligent management model for nature reserves, aiming at promoting the sustainable development of the reserve and its precious biological resources.

Parallel manufacturing is a new manufacturing form in industry, deeply integrating informalization, automation, and AI. In this paper we illustrated the procedure of non-standard mechanical design in parallel manufacturing, claiming it a nested parallel system. We proposed the ACP method based on the standard procedure and the emulated procedure, and defined the social-value-vector and trended-social-value-matrix so as to take the advantage of data in CPSS. We also presented Xinglun robot speed reducer as a case study of non-standard mechanical design in parallel design.