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The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms
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B. Y. Katanalp And E. Eren, "The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms," ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9, pp.1598-1632, 2020

Katanalp, B. Y. And Eren, E. 2020. The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms. ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9 , 1598-1632.

Katanalp, B. Y., & Eren, E., (2020). The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms. ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9, 1598-1632.

Katanalp, BURAK, And Ezgi Eren. "The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms," ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9, 1598-1632, 2020

Katanalp, BURAK Y. And Eren, Ezgi. "The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms." ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9, pp.1598-1632, 2020

Katanalp, B. Y. And Eren, E. (2020) . "The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms." ACCIDENT ANALYSIS AND PREVENTION , vol.14, no.9, pp.1598-1632.

@article{article, author={BURAK YİĞİT KATANALP And author={Ezgi Eren}, title={The novel approaches to classify cyclist accident injury-severity: Hybrid fuzzy decision mechanisms}, journal={ACCIDENT ANALYSIS AND PREVENTION}, year=2020, pages={1598-1632} }