迄今已在ieee和osa杂志、国际会议上共发表超过130篇论文, 谷歌引用超过2900次，包括photonics research、journal of lightwave technology、optics express等国际知名期刊和ofc、ecoc等国际top会议。
近期部分论著有：
[1]. j. shi, w. niu, z. li, c. shen, j. zhang, s. yu, and n. chi, "optimal adaptive waveform design utilizing an end-to-end learning-based pre-equalization neural network in an uvlc system," j. lightwave technol. 41, 1626-1636 (2023).
[2]. j. shi, z. xu, w. niu, d. li, x. wu, z. li, j. zhang, c. shen, g. wang, x. wang, j. zhang, f. jiang, s. yu, and n. chi, "si-substrate vertical-structure ingan/gan micro-led-based photodetector for beyond 10 gbps visible light communication," photonics res. 10, 2394-2404 (2022).
[3]. j. shi, z. li, j. jia, z. li, c. shen, j. zhang, and n. chi, "waveform-to-waveform end-to-end learning framework in a seamless fiber-terahertz integrated communication system," j. lightwave technol. 41, 2381-2392 (2023).
[4]. j. shi, w. xiao, y. ha, w. niu, z. xu, o. huang, y. liu, z. li, c. shen, j. zhang, j. zhang, g. wang, s. yu, and n. chi, "3.76-gbps yellow-light visible light communication system over 1.2 m free space transmission utilizing a si-substrate led and a cascaded pre-equalizer network," opt. express 30, 33337-33352 (2022).
[5]. j. shi, x. fang, w. niu, k. li, z. xu, w. meng, j. hu, h. su, d. li, y. ma, z. he, c. shen, m. gu, s. yu, and n. chi, "800gbps visible light communication system employing wdm and oam multiplexing," in 2022 20th international conference on optical communications and networks (icocn), (ieee, 2022), 1-3.
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