Delay Risk Assessment of Repetitive Construction Projects Using Line-of-Balance Scheduling and Monte Carlo Simulation von Tokdemir, Onur B, Erol, Huseyin, Dikmen, Irem

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Challenges in Line-of-Balance Scheduling von Arditi, David, Tokdemir, Onur B, Suh, Kangsuk

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ALISS: Advanced Linear Scheduling System von Tokdemir, Onur B., Arditi, David, Balcik, Cenk

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Scheduling system for high rise building construction von Arditi, David, Sikangwan, Pirasak, Tokdemir, Onur B.

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Using Hybrid Artificial Intelligence Optimization Method to Predict Construction Labour Productivity von Efekan, Efkan, Celik, Tolga, Tokdemir, Onur B.

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Predicting the Outcome of Construction Litigation Using Neural Networks von Arditi, David, Oksay, Fatih E., Tokdemir, Onur B.

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BIM-based facility management models for existing buildings von Sulayman, Karim, Naji, Khalid K., Zayid, Tariq, Gunduz, Murat, Tokdemir, Onur B., Faqih, Faysal

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Scheduling system for repetitive unit construction using line-of-balance technology von ARDITI, DAVID, TOKDEMIR, ONUR B., SUH, KANGSUK

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Scheduling system for repetitive unit construction using line‐of‐balance technology von Arditi, David, Tokdemir, Onur B., Suh, Kangsuk

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Scheduling system for repetitive unit construction using lineofbalance technology von ARDITI, DAVID, TOKDEMIR, ONUR B., SUH, KANGSUK

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Comparison of Case-Based Reasoning and Artificial Neural Networks von Arditi, David, Tokdemir, Onur Behzat

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Using Case-Based Reasoning to Predict the Outcome of Construction Litigation von Tokdemir, Onur Behzat

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