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Ekstrom, M. Accounting for Rater Credibilty when Evaluating Construction Industry Service Providers. (2004). at <https://purl.stanford.edu/ps782tv8202>
Garcia, A. Cristina B., Howard, C. H. & Stefik, M. Active Design Documents: A New Approach for Supporting Documentation in Preliminary Routine Design. (1993). at <https://purl.stanford.edu/dm643ry3036>
Fu, E., Newell, D., Becker, A., Schwegler, B. R. & Fischer, M. Is Adaptation Sustainable? . Construction Innovation (2013).
Aalami, F. B., Fischer, M. & Kunz, J. AEC 4D Production Model: Definition and Automated Generation. (1998). at <https://purl.stanford.edu/yt829pn1767>
Flager, F., Adya, A. & Haymaker, J. AEC Multidisciplinary Design Optimization: Impact of High Performance Computing. (2009). at <https://purl.stanford.edu/rb200qx5476>
Shoham, Y. Agent-Oriented Programming. (1990). at <https://purl.stanford.edu/dj741bx2661>
Barg, S., Flager, F. & Fischer, M. An Analytical Method to Estimate the Total Installed Cost of Steel Frames during Early Design. (2017). at <https://purl.stanford.edu/yb503ws4475>
Nikkhoo, P., Fischer, M. & Rajagopal, R. Any time Data Thinking Prototype for Construction Project Managers. (2021). at <https://purl.stanford.edu/xh802nt5533>
Hamledari, H. & Fischer, M. The Application of Blockchain-Based Crypto Assets for Integrating the Physical and Financial Supply Chains in the Construction & Engineering Industry. Automation in Construction (2021). at <https://doi.org/10.1016/j.autcon.2021.103711>
Gane, V., Haymaker, J., Fischer, M. & Bazjanac, V. Application of Design Scenarios Methodology to Evaluate the Effectiveness of Transparent Parametric Design Spaces. (2011). at <https://purl.stanford.edu/pp624fk9938>
Winstanley, G., Chacon, M. A. & Levitt, R. E. The Application of Model-Based Planning Technology to Full-Scale Construction Projects. (1992). at <https://purl.stanford.edu/bh273xp2834>
Koskela, L. Application of the New Production Philosophy to Construction. (1992). at <https://purl.stanford.edu/kh328xt3298>
Hartmann, T. & Fischer, M. Applications of BIM and Hurdles for Widespread Adoption of BIM 2007 AISC-ACCL eConstruction Roundtable Event Report. (2008). at <https://purl.stanford.edu/wm995bw1706>
Law, K. H. & Barsalou, T. Applying a Semantic Structural Model for Engineering Design. (1989). at <https://purl.stanford.edu/pc102tg3656>
Ichioka, Y., Teicholz, P. & Chinowsky, P. An Approach to Automated Architectural Floor Layout Generation with Case-Based Reasoning. (1991). at <https://purl.stanford.edu/zg998zb3669>
El-Bibany, H. Architecture for Human-Computer Design, Management and Coordination in a Collaborative AEC Environmentac. (1992). at <https://purl.stanford.edu/tx139zs2717>
Fu, E. et al. Assessing the Effects of Failure Alerts on Transitions of Control from Autonomous Driving Systems. 2020 IEEE Intelligent Vehicles Symposium (2020).
Hamledari, H. et al. Automated Development of As-Built and As-Is BIMs Using Computer Vision and UAV-Captured Reality. (2018). at <https://purl.stanford.edu/jr719nd4444>
Akinci, B., Fischer, M., Kunz, J. & Levitt, R. E. Automated Generation of Work Spaces Required by Construction Activities. (2000). at <https://purl.stanford.edu/sv746wy2861>
Ho, P., Fischer, M. & Haymaker, J. Automated Identification of Occupant Interactions in Renovations of Occupied Buildings. (2009). at <https://purl.stanford.edu/pt487nm2072>
Dong, N. Automated Look-Ahead Schedule Generation and Optimization for the Finishing Phase of Complex Construction Projects. (2012). at <https://purl.stanford.edu/bq677kv8158>
Yee, P. Ho. An Automated Method to Identify Occupant Interactions in Renovations of Occupied Buildings. (2009). at <https://purl.stanford.edu/yr010gb4669>
Riitahuhta, A. Automatic Selection of Components (ASCO). (1990). at <https://purl.stanford.edu/xn445hf8679>
Luiten, G. T. & Tolman, F. P. Automating Communication in Civil Engineering. (1995). at <https://purl.stanford.edu/dh109ym5249>

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