yu liang in scholat-z6尊龙旗舰厅

i am currently a full professor and doctoral supervisor with the college of automation & college of artificial intelligence, nanjing university of posts and telecommunications (nupt). i received the ph.d. degree in information and communication engineering from huazhong university of science and technology, wuhan, china, in june 2014. i was a postdoctoral fellow with the faculty of electronic information engineering, xi'an jiaotong university from dec. 2019 to nov. 2022. i was elevated to ieee senior member in feb. 2023. my research interests include energy management of cyber-physical systems (focusing on smart buildings, smart grid, and data centers), internet of things, cloud-fog computing, deep reinforcement learning. i am the principal investigator for seven projects funded by the national natural science fund of china, china postdoctoral science foundation, science and technology department of jiangsu province, and education department of jiangsu province. i have published a book and 44 scientific papers (including two esi highly cited papers, one esi hot paper, and 24 sci-indexed papers, google citation count=1644, sci citation count=910) in famous journals and conferences, e.g., ieee transactions on industrial informatics, ieee transactions on smart grid, ieee transactions on parallel and distributed systems, ieee transactions on cloud computing, ieee internet of things journal, ieee systems journal, building and environment, and served as a reviewer or a tpc member for more than 30 sci-indexed journals and many conferences, e.g., ieee transactions on smart grid, ieee transactions on industrial informatics, ieee transactions on power systems, ieee transactions on sustainable energy, ieee internet of things journal, igesc 2016, iecon 2016, wcsp 2016, wcsp 2017, igesc 2017, ieee vtc-fall 2017, ieee vpcc 2018, igesc 2018, wcsp 2019, cac2022, ccdc2023. moreover, i have 15 authorized invention patents of china on energy management methods for smart buildings and smart grids. in addition, i have received several academic prizes including best papers of ieee transactions on smart grid (ranked first among the top 5 papers), the prize for outstanding doctoral dissertation of hubei province, and the prize for the excellent natural science paper of nanjing city. 

sept. 2010—june 2014  ph.d. in communications and information systems, huazhong university of science and technology, p. r. china. (doctoral supervisor: prof. tao jiang, ieee fellow)

sept. 2007—june 2010   m.s. in communications and information systems, yangtze university, p. r. china.

sept. 2003—june 2007   b.s. in communications engineering, yangtze university, p. r. china.

dec. 2022—present    doctoral supervisor, college of automation & college of artificial intelligence, nanjing university of posts and telecommunications (nupt), nanjing, p. r. china.

july 2022—present     full professor, college of automation & college of artificial intelligence, nanjing university of posts and telecommunications (nupt), nanjing, p. r. china.

dec. 2019—nov. 2022   postdoctoral fellow, faculty of electronic information engineering, xi'an jiaotong university, xi’an, p. r. china. (postdoc supervisor: prof. xiaohong guan, ieee fellow, member of chinese academy of science).

april 2020—june 2020  associate professor, college of automation & college of artificial intelligence, nanjing university of posts and telecommunications (nupt), nanjing, p. r. china.

july 2017—april 2020   associate professor, college of internet of things, nanjing university of posts and telecommunications (nupt), nanjing, p. r. china.

july 2014—june 2017   assistant professor, college of internet of things, nanjing university of posts and telecommunications (nupt), nanjing, p. r. china.

jan. 2022—dec. 2026  modeling and intelligence design methods for multi-energy supply demand systems with hydrogen, the national natural science fund of china (major program), 1360000 rmb, grant no. 62192751

jan. 2020—dec. 2023   on joint energy and thermal comfort management methods for smart office buildings, the national natural science fund of china (general program), 600000 rmb, grant no. 61972214

july 2020—sept. 2022   on energy management methods for commercial building microgrids based on deep reinforcement learning, china postdoctoral science foundation, 80000rmb, grant no. 2020m673406

jan. 2015—dec. 2018   on the methods of reducing energy cost for geographically distributed internet data centers in smart grid, the national natural science fund of china for young scholars, 200000 rmb, grant no. 61502252

june 2015—july 2018  on the methods of energy optimization for internet data centers under smart grid environment, the natural science fund of jiangsu province for young scholars, 200000 rmb, grant no. bk20150869

june 2015—july 2017  on joint energy management methods for geo-distributed data centers and electric vehicles under smart grid environment, the general program for natural science research of higher education institutions of jiangsu province, 30000 rmb, grant no. 15kjb110017

[1]  jiangsu government scholarship for studying abroad, june 2023.

[2] ieee senior member, feb. 2023

[3] best paper award of ieee transactions on smart grid (2022, ranked first among the top 5 papers), jan. 2023

[4] an excellent young backbone teacher of qinlan project in jiangsu province, july 2022

[5] advanced worker in nanjing university of posts and telecommunications, april 2022

[6] dingxin scholar, 1311 talent project of nanjing university of posts and telecommunications, jan. 2020

[7] the prize for the excellent natural science paper of nanjing city in 2018, feb. 2018

[8] the prize for outstanding doctoral dissertation of hubei province in 2015, dec. 2015

[9] the prize for the excellent natural science paper of nanjing city in 2015, dec. 2015

[10] the first prize for outstanding bachelor dissertation of hubei province in 2007, dec. 2007 

[11] the outstanding graduate of huazhong university of science and technology, june 2014 

[12] the outstanding graduate of yangtze university, june 2010 

[13] the outstanding graduate of yangtze university, june 2007

[1] l. yu, z. xu, x. guan, q. zhao, c. dou, and d. yue, joint optimization and learning approach for smart operation of hydrogen-based building energy systems, ieee transactions on smart grid, 2023, 14(1):199-216.

[2] l. yu, z. xu, t. zhang, x. guan, and d. yue, energy-efficient personalized thermal comfort control in office buildings based on multi-agent deep reinforcement learning, building and environment, 2022, 223,109458:1-12.

[3] l. yu, s. qin, m. zhang, c. shen, t. jiang, and x. guan, a review of deep reinforcement learning for smart building energy management, ieee internet of things journal, 2021, 8(15):12046-12063.  

[4] l. yu, y. sun, z. xu, c. shen, d. yue, t. jiang, and x. guan, multi-agent deep reinforcement learning for hvac control in commercial buildings, ieee transactions on smart grid, 2021, 12(1):407-419.

[5] l. yu, w. xie, d. xie, y. zou, d. zhang, z. sun, l. zhang, y. zhang, and t. jiang, deep reinforcement learning for smart home energy management, ieee internet of things journal, 2020, 7(4): 2751-2762.

[6] l. yu, d. xie, c. huang, t. jiang, and y. zou, energy optimization of hvac systems in commercial buildings considering indoor air quality management, ieee transactions on smart grid, 2019, 10(5): 5103-5113.

[7] l. yu, t. jiang, and y. zou, online energy management for a sustainable smart home with an hvac load and random occupancy, ieee transactions on smart grid, 2019, 10(2): 1646-1659.

[8] l. yu, t. jiang, and y. zou, price-sensitivity aware load balancing for geographically distributed internet data centers in smart grid environment, ieee transactions on cloud computing, 2018, 6(4): 1125-1135.

[9] l. yu, t. jiang, and y. zou, distributed real-time energy management in data center microgrids, ieee transactions on smart grid, 2018, 9(4): 3748-3762.

[10] l. yu, d. xie, t. jiang, y. zou, and k. wang, distributed real-time hvac control for cost-efficient commercial buildings under smart grid environment, ieee internet of things journal, 2018, 5(1): 44-55.

[11] l. yu, t. jiang, and y. zou, distributed online energy management for data centers and electric vehicles in smart grid, ieee internet of things journal, 2016, 3(6): 1373-1384.

[12] l. yu, t. jiang, y. zou, and z. sun, joint energy management strategy for geo-distributed data centers and electric vehicles in smart grid environment, ieee transactions on smart grid, 2016, 7(5): 2378-2392.

[13] l. yu, t. jiang, y. cao, and q. qi, joint workload and battery scheduling with heterogeneous service delay guarantees for data center energy cost minimization, ieee transactions on parallel and distributed systems, 2015, 26(7): 1937-1947.

[14] l. yu, t. jiang, and y. cao, energy cost minimization for distributed internet data centers in smart microgrids considering power outages, ieee transactions on parallel and distributed systems, 2015, 26(1): 121-130.

[15] l. yu, t. jiang, y. cao, and q. qi, carbon-aware energy cost minimization for distributed internet data centers in smart microgrids, ieee internet of things journal, 2014, 1(3): 255-264.

[16] l. yu, t. jiang, y. cao, and q. zhang, risk-constrained operation for distributed internet data centers in deregulated electricity markets, ieee transactions on parallel and distributed systems, 2014, 25(5): 1306-1316.

college of automation & college of artificial intelligence, nanjing university of posts and telecommunications

no. 9, wenyuan road, nanjing, 210023, china

phone: 86-18502517317

email: liang.yu@njupt.edu.cn

homepage:  https://scholar.google.com/citations?user=kd1sjigaaaaj&hl=zh-cn&oi=sra

https://www.researchgate.net/profile/liang-yu-13

https://www.scholat.com/liangyu86.en