Part I. Overview: 1. Ultra-dense networks and sliced network services Anwer Al-Dulaimi and Chih-Lin I; 2. Ultra dense cloud radio access network architecture Yanjie Dong Haijun Zhang Julian Cheng Md. Jahangir Hossain and Victor C. M. Leung; Part II. Physical layer design: 3. NOMA based ultra dense networks Zhijin Qin Yuanwei Liu and Arumugam Nallanathan; 4. Physical layer security in ultra dense networks Lifeng Wang Kai-Kit Wong Shi Jin Gan Zheng and Robert W.Heath Jr; 5. Millimeter-wave multi-antenna ultra dense networks Yongxu Zhu Gan Zheng Kai-Kit Wong and Robert W. Heath Jr; 6. Interference management in ultra dense networks Min Sheng Junyu Liu and Jiandong Li; 7. 3D-based base station deployment in ultra dense networks Hewon Cho Dongsun Kim and Jemin Lee; 8. Power control in full-duplex ultra-dense heterogeneous networks Guobin Zhang Haijun Zhang Zhu Han and George K. Karagiannidis; Part III. Resource allocation and network management: 9. Delay and traffic matching in ultra dense networks Yi Zhonga Howard H. Yang and Jianhua Tang; 10. Traffic offloading in software defined ultra-dense networks Jun Du Chunxiao Jiang Erol Gelenbe Haijun Zhang and Yong Ren; 11. Resource allocation in ultra dense networks Chunguo Li Yan Lin Rong Zhang Luxi Yang and Lajos Hanzo; 12. Wireless edge caching in ultra dense networks Seong Ho Chae Jun-pyo Hong and Wan Choi; 13. User association in ultra dense networks Haijun Zhang Site Huang Chunxiao Jiang and Keping Long; 14. UAV based ultra dense networks Jinlong Wang Guoru Ding Haichao Wang Jin Chen and Feifei Gao; 15. Generalized low-rank optimization for ultra-dense Fog-RANs Yuanming Shi Kai Yang and Yang Yang; Part IV. Field trials and tests: 16. Field trials and tests on ultra dense networks Chih-Lin I Jinri Huang and Ran Duan.
Part I. Overview: 1. Ultra-dense networks and sliced network services Anwer Al-Dulaimi and Chih-Lin I; 2. Ultra dense cloud radio access network architecture Yanjie Dong Haijun Zhang Julian Cheng Md. Jahangir Hossain and Victor C. M. Leung; Part II. Physical layer design: 3. NOMA based ultra dense networks Zhijin Qin Yuanwei Liu and Arumugam Nallanathan; 4. Physical layer security in ultra dense networks Lifeng Wang Kai-Kit Wong Shi Jin Gan Zheng and Robert W.Heath Jr; 5. Millimeter-wave multi-antenna ultra dense networks Yongxu Zhu Gan Zheng Kai-Kit Wong and Robert W. Heath Jr; 6. Interference management in ultra dense networks Min Sheng Junyu Liu and Jiandong Li; 7. 3D-based base station deployment in ultra dense networks Hewon Cho Dongsun Kim and Jemin Lee; 8. Power control in full-duplex ultra-dense heterogeneous networks Guobin Zhang Haijun Zhang Zhu Han and George K. Karagiannidis; Part III. Resource allocation and network management: 9. Delay and traffic matching in ultra dense networks Yi Zhonga Howard H. Yang and Jianhua Tang; 10. Traffic offloading in software defined ultra-dense networks Jun Du Chunxiao Jiang Erol Gelenbe Haijun Zhang and Yong Ren; 11. Resource allocation in ultra dense networks Chunguo Li Yan Lin Rong Zhang Luxi Yang and Lajos Hanzo; 12. Wireless edge caching in ultra dense networks Seong Ho Chae Jun-pyo Hong and Wan Choi; 13. User association in ultra dense networks Haijun Zhang Site Huang Chunxiao Jiang and Keping Long; 14. UAV based ultra dense networks Jinlong Wang Guoru Ding Haichao Wang Jin Chen and Feifei Gao; 15. Generalized low-rank optimization for ultra-dense Fog-RANs Yuanming Shi Kai Yang and Yang Yang; Part IV. Field trials and tests: 16. Field trials and tests on ultra dense networks Chih-Lin I Jinri Huang and Ran Duan.
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