Roman99
2022-07-22, 10:17 AM
Wen Sun, Qubeijian Wang, Nan Zhao, Haibin Zhang, Chao Shen, "Ultra-Dense Heterogeneous Networks"
English | 2023 | ISBN-13: 978-0-367-70950-1 | 138 pages | PDF | 35.9 MB
Driven by the ever-increasing amount of mobile data, cellular networks evolve from small cell network to ultra-dense heterogeneous networks, to provide high system capacity and spectrum efficiency. By bringing base stations (BSs) to the approximate spatial scale and number magnitude, ultra-dense heterogeneous networks would definitely bring unprecedented paradigm changes to the network design. Firstly, along with densification of small cells, inter-cell interference becomes severe and may deteriorate performance of mobile users. Assigning network resources including bandwidth and time slots, while avoiding interference, desires serious consideration. Secondly, the coverage area of BSs becomes small and irregular, resulting in much frequent and complicated handovers when mobile users move around. How to ensure continuous communication and implement effective mobility management, and inter-cell resource allocation and cooperation, remains a challenging issue. Thirdly, such dynamic change in spatial dimension enables us to re-investigate available and ongoing communications and networking techniques, such as massive MIMO, CoMP, millimeter waves (mmWaves), carrier aggregation, full duplex radio, and D2D communications.
https://nitro.download/view/F934D7631C4F37C/UltraDense_Heterogeneous_Networks.sanet.st.pdf
or
https://rapidgator.net/file/bc690ff897742e91846f56117d5b746d/UltraDense_Heterogeneous_Networks.sanet.st.pdf.html
English | 2023 | ISBN-13: 978-0-367-70950-1 | 138 pages | PDF | 35.9 MB
Driven by the ever-increasing amount of mobile data, cellular networks evolve from small cell network to ultra-dense heterogeneous networks, to provide high system capacity and spectrum efficiency. By bringing base stations (BSs) to the approximate spatial scale and number magnitude, ultra-dense heterogeneous networks would definitely bring unprecedented paradigm changes to the network design. Firstly, along with densification of small cells, inter-cell interference becomes severe and may deteriorate performance of mobile users. Assigning network resources including bandwidth and time slots, while avoiding interference, desires serious consideration. Secondly, the coverage area of BSs becomes small and irregular, resulting in much frequent and complicated handovers when mobile users move around. How to ensure continuous communication and implement effective mobility management, and inter-cell resource allocation and cooperation, remains a challenging issue. Thirdly, such dynamic change in spatial dimension enables us to re-investigate available and ongoing communications and networking techniques, such as massive MIMO, CoMP, millimeter waves (mmWaves), carrier aggregation, full duplex radio, and D2D communications.
https://nitro.download/view/F934D7631C4F37C/UltraDense_Heterogeneous_Networks.sanet.st.pdf
or
https://rapidgator.net/file/bc690ff897742e91846f56117d5b746d/UltraDense_Heterogeneous_Networks.sanet.st.pdf.html