1.论文
2023年(尚未发表) [1] w. yang, x. chi, task-driven semantic-aware green cooperative transmission strategy for vehicular networks, ieee transactions on communications. 大修。 [2] s.chen,x.chi,analysis of optical camera communications for terminal jiggle with quality of service guarantees."journal of lightwave technology. 大修，已修回。
[3] b.yu, x. chi, martingale-based urllc slice customization for the provisioning of reliability regard to end-to-end latency，ieee internet of things journal, r&r，在审 [4]l.zhao, x. chi, ma, shaodan delay-qos-aware local-information-driven multiple access for mtc networks", ieee transactions on mobile computing. 大修，已修回。
[5] h. yan, x. chi,end-to-end delay analysis for multi-hop wireless links based on martingale,ieee wireless communications letters. 在审。
2022年 [6] s.li, x.chi, b.yu. an improved particle swarm optimization algorithm for the reliability redundancy allocation problem with global reliability. reliability engineering & system safety, vol.225, pp.108604, 2022. [7]y.zhao, x.chi, l.qian, et al. resource allocation and slicing puncture in cellular networks with embb and urllc terminals coexistence. ieee internet of things journal, vol.9, no.19, pp.18431-18444,2022. [8]b.yu, x.chi and x.liu. martingale-based bandwidth abstraction and slice instantiation under the end-to-end latency-bounded reliability constraint. ieee communications letters, vol.26, no.1, pp.217-221, 2022. https://doi.org/10.1109/lcomm.2021.3122305. [9] y.sun, x.chi, b.yu, et al. hop-by-hop bandwidth allocation and deployment for sfc with end-to-end delay qos guarantees.computer communications, vol.192, pp.256-267, 2022. https:// doi.org/10.1016/j.comcom.2022.06.002. [10] s. zhao, x.chi, b.yu, et al. service function chains deployment for 5g slice with bandwidth coupling. ieee communications letters, vol.26, no.10, pp.2425-2429,2022. https://doi.org/10.1109/lcomm.2022.3188678. 2021年 [11] l.qian, x.chi, l.zhao,et al. user-centric secure cell formation for visible light networks with statistical delay guarantees. ieee transactions on wireless communications,vol.20, no.3, pp.1831-1846, 2021.. [12] s.chen, x.chi, t. li . non-line-of-sight optical camera communication aided by pilot. optics letters, vol.46,no.14, pp.3348-3351, 2021.. [13] w.yang, x.chi, l.zhao,et al. predictive two-timescale resource allocation for vod services in fast moving scenarios.ieee transactions on vehicular technology, vol.70, no.10, pp.10002-10017, 2021. https://doi.org/10.1109/tvt.2021.3095917. [14] w.yang, x.chi, l.zhao,et al. qoe-based mec-assisted predictive adaptive video streaming for on-road driving scenarios. ieee wireless communications letters, vol.10, no.11, pp.2552-2556, 2021. . [15] l.qian, x.chi, l.zhao,et al. secure visible light communications via intelligent reflecting surface. 2021 ieee international conference on communications (icc-2021), canada, pp.1-6, 2021. https://doi.org/10.48550/arxiv.2101.12390.
2020年 [16] b.yu,x.chi, h.sun. delay analysis for aggregate traffic based on martingales theory. iet communications,vol.14, no.5, pp.760-767,2020.http://dx.doi.org/10.1049/iet-com.2019.0282. [17] b.yu, x.chi, h.sun. bandwidth abstraction and instantiation under closed-loop latency constraint for tactile slice based on martingale theory.computer communications,vol.160, pp.274-283,2020.https://doi.org/10.1016/j.comcom.2020.06.008. [18] t.li, x.chi, f.ji,et al.optimal optical camera communication-aloharandom access algorithm aided visible lightcommunication system. optical engineering,vol.59, no.7,2020.https://doi.org/10.1117/1.oe.59.7.076111. [19] w.yang, x.chi, l.zhao. proactive vod delivery pattern reconfiguration based on temporal-spatial channel prediction. 2020 ieee international conference on communications (icc-2020),ireland, pp.1-7,2020.http://dx.doi.org/10.1109/icc40277.2020.9149070. 2019年 [20] l.zhao, x.chi, l.qian,et al.analysis on latency-bounded reliability for adaptive grant-free access with multipackets reception (mpr) in urllcs.ieee communications letters, vol.23, no.5, pp.892-895, 2019.http://dx.doi.org/10.1109/lcomm.2019.2899614. [21] h.shi, x.chi,y.zhao,et al. imperceptible visible light communications based on just imperceptible difference. ieee communications letters, vol.23, no.12, pp.2279-2283, 2019.http://dx.doi.org/10.1109/lcomm.2019.2942025.
2018年 [22] l.zhao, x.chi, y.zhu. martingales-based energy-efficient d-aloha algorithms for mtc networks with delay-insensitive/urllc terminals co-existence. ieee internet of things journal, vol.5, no.2, pp.1285-1298,2018.https://doi.org/10.1109/jiot.2018.2794614. [23] h.sun, x.chi, l.qian. bandwidth estimation for aggregate traffic under delay qos constraint based on supermartingale theory. computer communications, vol.130, pp.1-9, 2018. https://doi.org/10.1016/j.comcom.2018.08.007. [24] h.sun, x.chi, z.nan. router buffer behavior analysis for aggregate traffic based on martingale method. ieee communications letters, vol.22, no.10, pp.2040-2043,2018. https://doi.org/10.1109/lcomm.2018.2859397. [25] l.qian, x.chi, l.zhao. analysis of effective capacity for visible light communication systems with mobility support. aeu-international journal of electronics and communications, vol.88, pp.38-43,2018. https://doi.org/10.1016/j.aeue.2018.02.017. [26] l.qian, x.chi,l.zhao. hybrid access algorithm for embb terminals with heterogeneous qos in mpr aided vlc system. 2018 ieee global communications conference (globecom),united arab emirates, pp.1-6,2018. https://doi.org/10.1109/glocom.2018.8647841.
2016年 [27] l.zhao, x.chi, s.yang. optimal aloha-like random access with heterogeneous qos guarantees for multi-packet reception aided visible light communications. ieee transactions on wireless communications, vol.15, no.11, pp.7872-7884, 2016. https://doi.org/10.1109/twc.2016. 2608956. [28] l. zhao, x.chi, w.shi. a qos-driven random access algorithm for mpr-capable vlc system. ieee communications letters, vol.20, no.6, pp.1239-1242, 2016, https://doi.org/10.1109/lcomm. 2016.2553661. [29] z.nan, x.chi. research on an uplink carrier sense multiple access algorithm of large indoor visible light communication networks based on an optical hard core point process. appl. opt., vol.55, no.36, pp.10392-10399, 2016. 2.授权发明专利 [1] 迟学芬, 赵爽, 于宝珠, 孙玥鑫. 一种基于耦合带宽分配并具有时延qos保障的vnf部署方法. 专利受理公告日: 2022.03.29, 已授权, 中国,cn202111619629.0 [2] 迟学芬，李帅，籍风磊，姜科宇，武敬，陈少琦. 与拍摄方位无关的多光源光学成像通信系统. 专利受理公告日：2021.06.29，专利授权公告日：2022.03.22，已授权，中国，cn202110514910.1 [3] 迟学芬，姜科宇，籍风磊，武敬，陈少琦，李帅. 一种支持接收器晃动和用户移动的光学相机通信解调方法. 专利受理公告日：2020.12.16，专利授权公告日：2021.12.21，已授权，中国 ，cn202011484264.0 [4] 迟学芬，齐瑞哲，赵琳琳. 基于鞅变换模型实现urllc的免授权noma方法. 专利受理公告日：2020. 02. 22，专利授权公告日：2021.06.08，已授权，中国，cn 202010109427.0. [5] 迟学芬，王爽，钟苏华.基于图像传感器的可见光无线局域网.专利受理公告日：2019. 03. 08，专利授权公告日：2021.05.25，已授权，cn201811144132.6 [6] 迟学芬，李特宇，石瀚洋. 基于occ的路灯辅助手机详细定位通信系统. 专利公告日：2019. 8. 16，已授权，中国，cn 201910431465.5. [7] 祝宇鸿，钟苏华，迟学芬. 基于无透镜成像器的可见光通信方法. 专利公告日：2018. 7. 13，已公开，中国，cn201711440401.9. [8] 迟学芬，石瀚洋，赵焱. 人眼不可感知vlc装置及方法. 专利公告日：2017. 11. 10， 已授权，中国，cn20170544285.9. [9] 迟学芬，杨友全，石佳琳，于海凤. 基于ow通信的mtc接入碰撞检测装置、系统及方法. 发明授权专利，授权公告日：2017. 1. 11，中国，zl103648179a. [10] 迟学芬，张雁丽，刘聪. 一种eps-wlan融合系统和发生在服务请求时基于m2m业务的切换方法. 发明授权专利，授权公告日：2014. 12. 31，中国，zl 201210165025.8. [11] 孙珍奇，赵坤，迟学芬，罗耀平，金辉. 机器类通信签约用户的识别方法及装置. 授权发明专利，授权公告日：2015. 1. 21，中国，cn 201010603741.0. [12] 迟学芬，孙珍奇，刘聪. 一种lte上行链路无线资源调度方法. 发明授权专利， 授权公告日：2013. 12. 04，中国，zl201110417956.8. [13] 迟学芬，刘聪，张雁丽. lte 系统中利用pucch 传输m2m 业务的方法. 授权发明专利，授权公告日： 2015. 11. 11，中国，cn 201310246457.6 |
