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Home/Authors/Dahai Yu

Dahai Yu

5 indexed papers

Recent (6 mo)
5
With code
0
Influential cites
0
Benchmarked
0

Publications per year

5
26

Top categories

ML×5AI×4Software Eng.×1

Frequent co-authors

Lin Jiang4×
Guang Wang4×
Ximiao Li2×
Rongchao Xu2×
Jun Nie1×
Yonggang Zhang1×

Research Timeline

2026
EnergyMamba: An Uncertainty-Aware Graph-Enhanced Selective State Space Model for Energy Consumption Prediction

EnergyMamba proposes an uncertainty-aware, graph-enhanced selective state space model to significantly improve both the accuracy and reliability of energy consumption prediction by explicitly modeling spatial dependencies.

EnergyMamba: An Uncertainty-Aware Graph-Enhanced Selective State Space Model for Energy Consumption Prediction

EnergyMamba proposes an uncertainty-aware, graph-enhanced selective state space model to significantly improve both the accuracy and reliability of energy consumption prediction by explicitly modeling spatial dependencies.

E4GEN: Event-level Explainable Extreme-Enhanced Time-series Generation

E4GEN introduces an explainable diffusion framework that significantly improves time-series generation by specifically focusing on and controlling the fidelity of extreme events.

E4GEN: Event-level Explainable Extreme-Enhanced Time-series Generation

E4GEN introduces an explainable diffusion framework that significantly improves time-series generation by specifically focusing on and controlling the fidelity of extreme events.

TTHE: Test-Time Harness Evolution

This paper introduces Test-Time Harness Evolution (TTHE), a method for optimizing LLM agent harnesses during evaluation using execution traces, without requiring gold labels or training.

Highlighted terms show continued research focus across papers

Papers

cs.SEcs.LGEmpiricalRecentJul 9, 2026

TTHE: Test-Time Harness Evolution

Jun Nie, Yonggang Zhang, Jun Song, Qianshu Cai +4 more

This paper introduces Test-Time Harness Evolution (TTHE), a method for optimizing LLM agent harnesses during evaluation using execution traces, without requiring gold labels or training.

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cs.LGcs.AIRecentJun 1, 2026

E4GEN: Event-level Explainable Extreme-Enhanced Time-series Generation

Lin Jiang, Dahai Yu, Ximiao Li, Guang Wang

E4GEN introduces an explainable diffusion framework that significantly improves time-series generation by specifically focusing on and controlling the fidelity of extreme events.

View →
cs.LGcs.AIRecentJun 1, 2026

E4GEN: Event-level Explainable Extreme-Enhanced Time-series Generation

Lin Jiang, Dahai Yu, Ximiao Li, Guang Wang

E4GEN introduces an explainable diffusion framework that significantly improves time-series generation by specifically focusing on and controlling the fidelity of extreme events.

View →
cs.AIcs.LGRecentMay 30, 2026

EnergyMamba: An Uncertainty-Aware Graph-Enhanced Selective State Space Model for Energy Consumption Prediction

Dahai Yu, Rongchao Xu, Lin Jiang, Guang Wang

EnergyMamba proposes an uncertainty-aware, graph-enhanced selective state space model to significantly improve both the accuracy and reliability of energy consumption prediction by explicitly modeling…

View →
cs.AIcs.LGRecentMay 30, 2026

EnergyMamba: An Uncertainty-Aware Graph-Enhanced Selective State Space Model for Energy Consumption Prediction

Dahai Yu, Rongchao Xu, Lin Jiang, Guang Wang

EnergyMamba proposes an uncertainty-aware, graph-enhanced selective state space model to significantly improve both the accuracy and reliability of energy consumption prediction by explicitly modeling…

View →