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| IJARIIE
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. "Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved" International Journal Of Advance Research And Innovative Ideas In Education
Volume 10 Issue 2 2024 Page 3305-3324 |
| MLA
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. "Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved." International Journal Of Advance Research And Innovative Ideas In Education
10.2(2024) : 3305-3324.
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| APA
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, & CH.VISHNU CHAKRAVARTHI. (2024). Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved. International Journal Of Advance Research And Innovative Ideas In Education,
10(2), 3305-3324.
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| Chicago
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. "Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved." International Journal Of Advance Research And Innovative Ideas In Education
10, no. 2 (2024) : 3305-3324.
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| Oxford
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. 'Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved',
International Journal Of Advance Research And Innovative Ideas In Education,
vol. 10, no. 2, 2024,
p. 3305-3324.
Available from IJARIIE, http://ijariie.com/AdminUploadPdf/Using_artificial_neural_networks_and_sliding_mode_control__the_performance_of_hybrid_renewable_energy_sources_connected_to_the_grid_is_improved_ijariie23234.pdf (Accessed : ).
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| Harvard
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. (2024) 'Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved',
International Journal Of Advance Research And Innovative Ideas In Education,
10(2), pp. 3305-3324IJARIIE [Online].
Available at: http://ijariie.com/AdminUploadPdf/Using_artificial_neural_networks_and_sliding_mode_control__the_performance_of_hybrid_renewable_energy_sources_connected_to_the_grid_is_improved_ijariie23234.pdf (Accessed : )
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| IEEE
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI, "Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved,"
International Journal Of Advance Research And Innovative Ideas In Education,
vol. 10, no. 2, pp. 3305-3324,
Mar-App 2024. [Online].
Available: http://ijariie.com/AdminUploadPdf/Using_artificial_neural_networks_and_sliding_mode_control__the_performance_of_hybrid_renewable_energy_sources_connected_to_the_grid_is_improved_ijariie23234.pdf [Accessed : ].
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| Turabian
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. "Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved."
International Journal Of Advance Research And Innovative Ideas In Education [Online].
volume 10 number 2
().
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| Vancouver
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MOHAMMED YASEEN, TELLA DEEPA, ALAGALA KEVIN, DONKA ANAND, YAMALI SRINIVASU, and CH.VISHNU CHAKRAVARTHI. Using artificial neural networks and sliding mode control, the performance of hybrid renewable energy sources connected to the grid is improved.
International Journal Of Advance Research And Innovative Ideas In Education [Internet]. 2024
[Cited : ];
10(2) : 3305-3324.
Available from: http://ijariie.com/AdminUploadPdf/Using_artificial_neural_networks_and_sliding_mode_control__the_performance_of_hybrid_renewable_energy_sources_connected_to_the_grid_is_improved_ijariie23234.pdf
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