The 6th International Conference on Computational Design and Robotic Fabrication (CDRF2024), organized by the Architectural DigitalFUTURES Association, jointly undertaken by College of Architecture and Urban Planning Tongji University, Tongji Architectural Design (Group) Co., Ltd., and Architectural Intelligence Journal, facilitated by Shanghai Digital Architecture Fabrication Technology Center, and Digital Architecture Branch, The Architectural Society of Shanghai China, has officially opened its call for papers! Over the years, the CDRF conference has consistently collaborated with Springer to publish high-quality papers. The cumulative readings of previous papers have reached 645,000 times. In September 2023, after rigorous evaluation by the Content Selection and Advisory Board (CSAB) of SCOPUS, it was officially indexed in the SCOPUS database! As of now, databases that include CDRF papers for indexing comprise SCOPUS and CumInCAD.

* SCOPUS is currently the world's largest paper and citation database, launched by Elsevier in November 2004. The database has comprehensive and wide-ranging coverage, spanning various disciplines such as natural sciences, technology, engineering, medicine, social sciences, arts, and humanities. The content it includes is selected by independent experts in respective fields, making it an essential tool for researchers to track disciplinary developments and plan their academic pursuits.

*CumInCAD is the most authoritative, comprehensive, and professional citation database in the global field computer-aided architectural design. It includes papers from conferences such as ACADIA, CAADRIA, eCAADe, SIGraDi, CAAD futures, and others. Its public CumInCAD records are available via the Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH) and accessible through various online bibliographic archives and citation indexes.

Architectural DigitalFUTURES-CDRF 2024

第六届数字设计与机器人建造会议

The 6th International Conference on Computational Design and Robotic Fabrication

2024年6月29日

同济大学建筑与城市规划学院 + 线上同步举行

June 29, 2024

CAUP Tongji University + Online

About Architectural DigitalFUTURES

“建筑数字未来”（Architectural DigitalFUTURES）于2011年由同济大学建筑与城市规划学院（CAUP）、上海建筑数字建造工程技术研究中心（SFAB）、上海市建筑学会数字建筑分会联合发起，依托Architectural DigitalFUTURES协会、国际建筑师协会、中国建筑学会、国家土建结构预制装配化工程技术研究中心等学术平台，联合全球知名学者、建筑师、设计师及相关企、事业单位和学术媒体共同组织，形成了线上、线下一体化的教育平台（www.digitalfutures.world）。活动涵盖讲座、会议、工作坊和展览等。如今，Architectural DigitalFUTURES作为一个全球建筑知识交流共同体，鼓励全球建筑知识的传承与创新、合作与交流，重点关注数字化设计理论、技术以及人工智能算法、机器人建造等在建成环境领域的科学研究。

Architectural DigitalFUTURES is jointly launched by College of Architecture and Urban Planning (CAUP), Tongji University, Shanghai Digital Architecture Fabrication Technology Center (SFAB), and Digital Architecture Branch, the Architectural Society of Shanghai China (ASSC) in 2011. Architectural DigitalFUTURES (ADF), Union International des Architectes (UIA), Architectural Society of China (ASC), National Engineering Technology Research Center for Prefabrication Construction in Civil Engineering collaborate with global renowned scholars, architects, designers, enterprises, institutions, and academic media in this field to establish an online and offline integrated education platform (www.digitalfutures.world). The activities include lectures, conferences, workshops, and exhibitions, etc. Nowadays, as a global architectural knowledge exchange community, Architectural DigitalFUTURES encourages the inheritance and innovation, cooperation, and exchange of global architectural knowledge, and emphasizes scientific research on digital design theory, technology, artificial intelligence algorithm, robotic fabrication and other scientific research in the field of built environment.

Conference Theme: Symbiotic Intelligence

1960年，美国心理学家、计算机科学家约瑟夫·利克莱德（Joseph C. R. Licklider）首次提出了“人机共生”（Man-Computer symbiosis）的概念，创造性地将生态系统中两个不同物种之间的互利共生关系隐喻到了人机关系之中。当前，随着技术的智能化、自主化水平得到空前提升，重新思考如何在人类主体和机器主体之间建立积极协调的共生关系从未显得如此重要。

荷兰哲学家彼得·保罗·维贝克（Peter-Paul Verbeek）认为，人与技术的关系已无法简单地用传统的中介意向性（mediated intentionality）——技术作为人类体验世界的工具——来概括，人机关系正在逐渐发展出混合意向性（hybrid intentionality）与复合意向性（composite intentionality）等多样化的复杂属性。在建筑领域，设计师主体与技术主体的“混合”与“复合”正在重新建构建筑学科的生产范式与知识图景。机器学习、协作机器人、脑机接口等技术的发展使人机交互在建筑设计与生产决策中的角色得到了空前强化；与此同时，人工智能技术表现出的空前创造力也不断挑战和冲击着建筑师的独特地位与创造能力。在全球性挑战愈发凸显的背景下，建筑师与技术工具的关系需要朝着更为复杂和相互依存的共生状态演化，共同为气候变暖、疫情传播、资源与环境危机等议题提供创新性解决方案。

当建筑领域进入智能化、自主性技术蓬勃发展的新时期，建筑学需要重新定义人与技术的共生模式。作为CDRF2024的主题，“共生智能”旨在促进关于智能技术加持下建筑学范式转型的全球性交流与思考。以CDRF会议为平台，鼓励积极探索共生智能在建筑学领域的丰富可能性，共同推动建筑学科的创新与发展。

In 1960, American psychologist and computer scientist Joseph C. R. Licklider proposed the concept of Man-Computer Symbiosis, creatively likening the mutual benefit seen in ecological systems between different species to the emerging relationship between humans and computers. Today, with advancements in technology reaching unprecedented levels of intelligence and autonomy, there is a renewed emphasis on establishing a positive and harmonious symbiotic relationship between human and technologies.

Dutch philosopher Peter-Paul Verbeek argues that the relationship between humans and technology can no longer be simply summarized by traditional mediated intentionality, where technology serves as a tool between human and the world. The relationship between humans and machines is gradually manifesting diverse and complex attributes, notably hybrid intentionality and composite intentionality. In the field of architecture, the hybrid and composite of the designer and technological intentionality is reshaping the production paradigm and knowledge landscape of the discipline. The development of technologies such as machine learning, collaborative robots, and brain-computer interfaces is significantly enhancing the role of human-machine interaction in architectural design and production decision-making. At the same time, the unprecedented creativity demonstrated by artificial intelligence continually challenges and impacts the unique position and creative abilities of architects. Against the backdrop of increasingly prominent global challenges, the relationship between architects and technologies needs to evolve into a more intricate and mutually interdependent symbiotic state, collectively providing innovative resolutions to issues including climate change, pandemic propagation, and resource and environmental crises.

As the architectural domain transits into a new epoch characterized by the flourishing development of intelligent and autonomous technologies, architectural studies need to rethink and redefine the symbiotic patterns between human and technology. As the theme of CDRF2024, Symbiotic Intelligence aims to promote global exchange and reflection on the transformation of architectural paradigms under the influence of intelligent technologies. This conference encourages the actively exploration of the rich possibilities of symbiotic intelligence in the field of architecture, collectively driving innovation and development in the architectural discipline.

Research Topics

第六届国际数字设计与机器人建造会议（CDRF 2024）为探讨建筑领域的共生智能问题提供了一个全球性平台。论文涵盖的主题包括但不限于以下内容：

设计：复杂网络、多智能体系统、数字形态学、人工智能生成式设计...

模拟：能源、照明、声学、人类行为和舒适度的计算和可视化，城市/建筑微气候模拟...

优化：数字孪生流程、基于性能的生形优化、人工智能增强优化设计...

建造：建筑机器人技术、批量定制化、人机协作...

运维：城市/建筑信息模型，建筑环境物联网，区块链和NFT建筑...

人居：元宇宙、交互环境、动态结构与智慧人居...

有关会议的更多信息，请访问以下链接：

https://easychair.org/conferences/?conf=cdrf2024

The 6th International Conference on Computational Design and Robotic Fabrication (CDRF 2024) provides a global platform for advanced researches addressing Symbiotic Intelligence in architecture. Among the topics covered by the papers include, but not limited to, architecture theories, tools, methods and procedures in:

Designs: Complex Networks, Multi-agent Systems, Parametric Morphology, AI-augmented generative design.

Simulation: Computation and Visualization of Energy, Lighting and Acoustics, Human Behavior and Comfort, Urban/Building Microclimate.

Optimization: Digital Twin Workflow, Performance-based Form Finding, AI-augmented Optimization.

Construction: Architectural Robotics, Digital Customization, and Human-Machine Collaboration.

Operation: City/Building Information modeling, Internet of Things in Built Environment, Blockchain and NFT Architecture.

Inhabitation: Metaverse, Interactive Environments, Dynamic Structure, and Smart Environment.

For more information about the conference,

 please visit the following link:

https://easychair.org/conferences/?conf=cdrf2024

Dates for Submission

摘要提交截止日期

2023年12月29日

摘要录用公示

2024年1月15日

全文提交截止日期

2024年2月20日

全文录用公示

2024年3月15日

全文终稿提交截止日期

2024年4月5日

会议

2024年6月29日

Deadline for Abstract Submission:

December 29, 2023

Notification of Abstract Acceptance:

January 15, 2024

Submission Deadline for Full Paper:

February 20, 2024

Notification of Full Paper Acceptance:

March 15, 2024

Revised Submission Deadline for Full Paper:

April 5, 2024

Conference:

June 29, 2024

Submission Guidelines

论文评审分为两个阶段：摘要和全文。所有论文必须是原创的，并且没有同时提交给其他期刊或会议。严禁抄袭（包括自我抄袭）。论文的原创性将在评审过程中和发表前进行多次检查。委员会将对所有投稿的质量、原创性和相关性进行审阅。

摘要：不超过600词，包括标题、3-5个关键词、1-3个图表和重要参考文献。

全文：按照CDRF论文模板撰写，最多不超过10页（约3000-4000字）。包括标题、摘要、关键词、图表和参考文献。论文模版将在全文投稿阶段发布。

格式：PDF格式

语言：英语

投稿地址：

https://easychair.org/conferences/?conf=cdrf2024

Papers are peer reviewed in two stages: the abstract and the full paper. Submissions must be original and cannot be submitted simultaneously to another journal or conference. We strongly prohibit plagiarism (including self-plagiarism). During the review process and prior to publication, the originality of the paper will be checked several times. Upon submission, all submissions will be reviewed by the Committee for quality, originality, and relevance.

Abstract:  Approximately 600 words, including the title, 3-5 keywords, 1-3 figures, and key references.

Full paper: A maximum of 10 pages fitting the CDRF paper template (ca. 3000-4000 words), including the title, abstract, keywords, figures/tables/charts, and references. The paper template will be released during the full paper submission stage.

Format: PDF.

Language: English.

Submission address:

https://easychair.org/conferences/?conf=cdrf2024

Publication

被录用的论文除了被收录在CumInCAD和SCOPUS索引中，还将由Springer出版，发表在2024年第六届数字设计与机器人建造国际会议论文集(CDRF 2024)中。

其中精选的论文（经过适当修改和扩充）将有机会发表在《Architectural Intelligence 》英文期刊上。

In addition to being included in the CumInCAD and SCOPUS index, accepted papers will be published by Springer in the Proceedings of the 6th International Conference on Computational Design and Robotic Fabrication (CDRF 2024). 

In addition, papers that closely address the conference theme may also be published in the Architectural Intelligence Journal (with an extension and additional review process).

 Previous conference proceedings

CDRF 2023即将出版

CDRF 2022

https://link.springer.com/book/10.1007/978-981-19-8637-6

CDRF 2021

https://link.springer.com/book/10.1007/978-981-16-5983-6

CDRF 2020

https://link.springer.com/book/10.1007/978-981-33-4400-6

CDRF 2019

https://link.springer.com/book/10.1007/978-981-13-8153-9

建筑智能期刊 (ARI)

https://www.springer.com/journal/44223/

CDRF 2023 forthcoming

CDRF 2022

https://link.springer.com/book/10.1007/978-981-19-8637-6

CDRF 2021

https://link.springer.com/book/10.1007/978-981-16-5983-6

CDRF 2020

https://link.springer.com/book/10.1007/978-981-33-4400-6

CDRF 2019

https://link.springer.com/book/10.1007/978-981-13-8153-9

Architectural Intelligence Journal (ARI)

https://www.springer.com/journal/44223/

Local Venue

线下会议将在上海市四平路1239号同济大学建筑与城市规划学院举行。

The conference will be held in College of Architecture and Urban Planning, Tongji University, 1239 Siping Road, Shanghai, China.

Contact

所有关于投稿的问题请发邮件至:

digitalfutures@tongji.edu.cn

If you have any questions regarding submissions, 

please email to:

digitalfutures@tongji.edu.cn

内容提供 | DigitalFUTURES

编辑  | Zhang Yulu、Li Yujiao

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来源 | DigitalFUTURES