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ADHA IMAM CAHYADI

Universitas Gadjah Mada S1 - Teknik Elektro SINTA ID : 5985664
4.837
SINTA Score Overall
740
SINTA Score 3Yr
4.837
Affil Score
740
Affil Score 3Yr
Latest number of Publication and Citations
Heterogeneous Multi-Agent Coverage Control through Adaptive Weighting and Corrective Potential Function
Authors : AI Cahyadi, P Nugroho, I Ardianto, H Adinugroho Journal of Control, Automation and Electrical Systems, 1-17, 2026
2026 0 cited
Self-learning low-pass filter for energy management of hybrid energy storage electric vehicles
Authors : H Maghfiroh, O Wahyunggoro, AI Cahyadi Energy Storage and Saving, 2026
2026 1 cited
Enhanced adaptive LSTM framework for robust early-life prediction of lithium-ion battery degradation
Authors : M Safitri, TB Adji, AI Cahyadi Results in Engineering, 109664, 2026
2026 2 cited
Robust attitude stabilization on exponential coordinates of SO (3) group for quadrotor under inertia perturbation
Authors : N Setiawan, GNP Pratama, AI Cahyadi, O Wahyunggoro Franklin Open, 100536, 2026
2026 0 cited
Resilient Distributed V2G Control for PEV Aggregation: A Novel Decentralized Algorithm Robust to Network Fragmentation, Vehicle Heterogeneity and and Renewable Variability
Authors : AI Cahyadi, FD Wijaya, HR Ali IEEE Access, 2026
2026 0 cited
Real-time energy management strategy of hybrid electric vehicle: a review
Authors : H Maghfiroh, O Wahyunggoro, CA Imam International Journal of Engineering 38 (12), 2887-2901, 2025
2025 7 cited
Real-time Energy Management Strategy of Hybrid Electric Vehicle: A Review
Authors : H Maghfiroh, O Wahyunggoro, AI Cahyadi IJE TRANSACTIONS C: Aspects 38 (12), 2025
2025 5 cited
Systematic Identification of Key Prognostic Features for Early-Stage Lithium-Ion Battery Degradation Prediction
Authors : M Safitri, TB Adji, AI Cahyadi Journal Européen des Systèmes Automatisés 58 (11), 2367, 2025
2025 0 cited
Enhanced early prediction of Li-ion battery degradation using multicycle features and an ensemble deep learning model
Authors : M Safitri, TB Adji, AI Cahyadi Results in Engineering 25, 104235, 2025
2025 19 cited
Discount Factor Parametrization for Deep Reinforcement Learning for Inverted Pendulum Swing-up Control
Authors : A Surriani, H Maghfiroh, O Wahyunggoro, AI Cahyadi, HR Fajrin Buletin Ilmiah Sarjana Teknik Elektro 7 (1), 56-67, 2025
2025 0 cited
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Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 185 240 78
Citation 1531 2116 324
Cited Document 145 172 53
H-Index 20 24 9
i10-Index 49 58 9
G-Index 1 1 1
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