1 | -- | 4 | Iraj Saniee, Ulrich Barth. Overview |
5 | -- | 18 | John M. Graybeal, Kamakshi Sridhar. The evolution of SON to extended SON |
19 | -- | 42 | Francis Dominique, Christian G. Gerlach, Nandu Gopalakrishnan, Anil M. Rao, James P. Seymour, Robert Soni, Aleksandr L. Stolyar, Harish Viswanathan, Carl Weaver, Andreas Weber. Self-organizing interference management for LTE |
43 | -- | 62 | Christian G. Gerlach, Ingo Karla, Andreas Weber, Lutz Ewe, Hajo Bakker, Edgar Kuehn, Anil M. Rao. ICIC in DL and UL with network distributed and self-organized resource assignment algorithms in LTE |
63 | -- | 83 | Danish Aziz, Anton Ambrosy, Lester T. W. Ho, Lutz Ewe, Markus Gruber, Hajo Bakker. Autonomous neighbor relation detection and handover optimization in LTE |
85 | -- | 97 | Matthew Andrews, Véronique Capdevielle, Afef Feki, Piyush Gupta. Autonomous spectrum sharing for unstructured cellular networks with femtocells |
99 | -- | 117 | Arumugam Buvaneswari, Lawrence M. Drabeck, Nachi Nithi, Mark Haner, Paul A. Polakos, Chitra Sawkar. Self-optimization of LTE networks utilizing Celnet Xplorer |
119 | -- | 129 | Jochen Maes, Mamoun Guenach, Michael Peeters. Autonomous dynamic optimization for digital subscriber line networks |
131 | -- | 139 | Anwar Walid, Aiyou Chen. Self-adaptive dynamic bandwidth allocation for GPON |
141 | -- | 151 | Patricia Scanlon, Irwin O. Kennedy, Yongheng Liu. Feature extraction approaches to RF fingerprinting for device identification in femtocells |
153 | -- | 175 | Rouzbeh Razavi, Siegfried Klein, Holger Claussen. A fuzzy reinforcement learning approach for self-optimization of coverage in LTE networks |
177 | -- | 192 | Giovanna Carofiglio, Pierre Peloso, Hélia Pouyllau. Realizing self-management via self-optimization in dynamic networks: Two examples of dynamic resource allocation |
193 | -- | 198 | Samir Ghamri-Doudane, Eric Fabre, Laurent Ciavaglia. Constraint-based distributed planning as an enabler for self-management |
199 | -- | 206 | Edgar Kuehn, Thomas Loewel, Geneviève Mange, Klaus Nolte. Enhanced wireless network efficiency by cognitive, self-organized resource reconfiguration |