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Time-varying jump intensity and volatility forecasting of crude oil returns. (2024). Chen, Yan ; Zhang, Lei ; Bouri, Elie.
In: Energy Economics.
RePEc:eee:eneeco:v:129:y:2024:i:c:s014098832300734x.

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  2. Research on crude oil futures price prediction methods: A perspective based on quantum deep learning. (2025). Liu, Baoliu ; Liang, Guoqiang ; Zhang, Tianrui ; Zhai, Dongsheng.
    In: Energy.
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  3. Environmental attention and the predictability of crude oil volatility: Evidence from a new MIDAS multifractal model. (2025). Dong, Xin ; Gong, Jinguo ; Wang, Qin.
    In: Energy Economics.
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  4. What Insights Do Short-Maturity (7DTE) Return Predictive Regressions Offer about Risk Preferences in the Oil Market?. (2024). Zhang, Zhaowei ; Gao, Xiaohui ; Bakshi, Gurdip.
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  5. Can a self-exciting jump structure better capture the jump behavior of cryptocurrencies? A comparative analysis with the S&P 500. (2024). Chen, Yan ; Zhang, Lei ; Bouri, Elie.
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  6. Can the sentiment of the official media predict the return volatility of the Chinese crude oil futures?. (2024). Gan, Shiqi ; Xu, Zhiwei ; Xiong, Yujie ; Hua, Xia.
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  7. Forecasting the Chinese crude oil futures volatility using jump intensity and Markov-regime switching model. (2024). Xu, Zijian ; Li, Pan ; Cao, Jiawei ; Wu, Hanlin.
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  8. Forecasting crude oil volatility and stock volatility: New evidence from the quantile autoregressive model. (2024). Chen, Yan ; Zhang, Lei.
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    In: Pacific-Basin Finance Journal.
    RePEc:eee:pacfin:v:35:y:2015:i:pb:p:541-557.

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  50. Correlations between oil and stock markets: A wavelet-based approach. (2015). Veiga, Helena ; Ramos, Sofia ; Martin-Barragan, Belen.
    In: Economic Modelling.
    RePEc:eee:ecmode:v:50:y:2015:i:c:p:212-227.

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