1. 江苏省科技厅, 江苏省产学研合作项目, BY2021456, 吸毒人员心理健康多模态评估系统, 2021-01 至今, 120万元

2. 国网电力科学研究院有限公司, 企事业横向科题, 无, 基于深度学习的数据特征提取与挖掘技术研发应用, 2022-01 至 2023-12, 20万元, 在研, 主持

3. 南京第十四研究所, 企事业横向科题, 无, 基于广播信号的外辐射源体制验证仿真及实验数据分析, 2020-01 至今, 40万元, 在研, 主持

4. 科技部, 国家重点研发计划, 2020YFC2004003, 高性能助听器核心算法及关键技术研究, 2020-07 至今, 100万元, 在研,

[1]     Wang, Kai; Gao, Yiting, A Novel Three-Point Windowed Interpolation DFT Methodfor Frequency Measurement of Real Sinusoid Signal, IEICE TRANSACTIONS ONFUNDAMENTALS, E102–A(12): 1940-1945, DEC 2019

[2]     Wang, Kai; Wen, He, Accurate Frequency Estimation by Using Three PointsInterpolated DFT Based on Rectangular Window,IEEE Transactions on Industrial Informatics,17(1): 73 - 81, JUN 2021

[3]     Wang, Kai; Wen, He, Estimation of Damping Factor and Signal Frequency forDamped Sinusoidal Signal by Three Points Interpolated DFT, IEEE SIGNALPROCESSING LETTERS, 26(12):1972-1930, DEC 2019

[4]     Wang, Kai; Wen, He, Two Points Interpolated DFT Algorithm for AccurateEstimation of Damping Factor and Frequency, IEEE SIGNAL PROCESSING LETTERS, 27,2021 

[5]     Wang, Kai; Zhang, Lin; Wen, He, A sliding window DFT based algorithm forparameter estimation of multi-frequency signal, DIGITAL SIGNAL PROCESSING, 97(UNSP102617), FEB 2020

[6]    Wang, Kai, Two High Accuracy FrequencyEstimation Algorithms Based on New Autocorrelation-Like Function forNoncircular/Sinusoid Signal, IEICE TRANSACTIONS FUNDAMENTALS,E101–A(7):1065-1073, JULY 2018

[7]    Wang, Kai, Two Novel Autocorrelation BasedMethods for Frequency Estimation of Real Sinusoid Signal, IEICE TRANSACTIONSFUNDAMENTALS, E102–A(4): 616-623, APRIL 2019

[8]    Wang Kai; Wen He, IterativeTwo-point Interpolated DFT Algorithm for Accurate Frequency Estimation, IEEE TRANSACTIONSON POWER DELIVERY, Early Access Article, 2022

[9]    Wang Kai; Wen He, Novelinterpolation method of multi-DFT-bins for frequency estimation of signal withParameter Step Change, IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT, EarlyAccess Article, 2022

[10]    Tan Yawen, Wang Kai, Wang Lanlan, Wen He, Efficient FFT based multi source DOAestimation for ULA, Signal Processing 189 (2021) 108284