Energy harvesting cooperative multiple access under energy storage losses

Bu bildiride, enerji hasat eden iki vericiyle bir alıcının haberleştiği işbirlikli bir çoklu erişim kanalı için, sonlu batarya sığası ve enerji depolama kayıpları altında ulaşılabilir gönderim bölgesi eniyileme problemini çözüyoruz. İşbirliğinin gecikme kısıtlı ve gecikme toleranslı olduğu durumları ayrı ayrı ele alarak, her iki durumda eniyi iletim gücü ve hızı dağılımının batarya limitleri ve verimsizliğine göre değişimini inceliyoruz. Gecikme kısıtlı ve toleranslı durumların gönderim alanlarını bulup karşılaştırıyoruz.For a two-user cooperative multiple access channel with energy harvesting transmitters, we formulate and solve the achievable departure region maximization problem under finite battery capacities and energy storage losses. Treating delay constrained and delay tolerant cooperation scenarios separately, we investigate the dependence of the optimum transmission power and rate allocation policy on the battery limitations and storage inefficiencies. We obtain and compare the achievable departure regions for delay constrained and tolerant scenarios.Publisher's Versio

Energy Harvesting Cooperative Multiple Access under Energy Storage Losses

25th Signal Processing and Communications Applications Conference (SIU) -- MAY 15-18, 2017 -- Antalya, TURKEYWOS: 000413813100528For a two-user cooperative multiple access channel with energy harvesting transmitters, we formulate and solve the achievable departure region maximization problem under finite battery capacities and energy storage losses. Treating delay constrained and delay tolerant cooperation scenarios separately, we investigate the dependence of the optimum transmission power and rate allocation policy on the battery limitations and storage inefficiencies. We obtain and compare the achievable departure regions for delay constrained and tolerant scenarios.Turk Telekom, Arcelik A S, Aselsan, ARGENIT, HAVELSAN, NETAS, Adresgezgini, IEEE Turkey Sect, AVCR Informat Technologies, Cisco, i2i Syst, Integrated Syst & Syst Design, ENOVAS, FiGES Engn, MS Spektral, Istanbul Teknik Uni

Energy harvesting cooperative multiple access under energy storage losses [Enerji Depolama Kayiplari Altinda Enerji Hasat Eden İşbirlikli Çoklu Erişim]

25th Signal Processing and Communications Applications Conference, SIU 2017 -- 15 May 2017 through 18 May 2017 -- -- 128703For a two-user cooperative multiple access channel with energy harvesting transmitters, we formulate and solve the achievable departure region maximization problem under finite battery capacities and energy storage losses. Treating delay constrained and delay tolerant cooperation scenarios separately, we investigate the dependence of the optimum transmission power and rate allocation policy on the battery limitations and storage inefficiencies. We obtain and compare the achievable departure regions for delay constrained and tolerant scenarios. © 2017 IEEE