David Grace

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Paul Daniel MitchellProfessor, Department of Electronic Engineering, University of YorkE-mail confirmado em york.ac.uk
Alister BurrProfessor of Communications, University of York, UKE-mail confirmado em york.ac.uk
Tao JiangUniversity of YorkE-mail confirmado em themistech.cn
Mihael MohorcicJozef Stefan InstituteE-mail confirmado em ijs.si
Nils MorozsResearch Fellow at University of YorkE-mail confirmado em york.ac.uk
David PearceTeaching Fellow, University of YorkE-mail confirmado em york.ac.uk
Muhammad Danial ZakariaFaculty of Informatics and Computing, Universiti Sultan Zainal AbidinE-mail confirmado em unisza.edu.my
Tareq M. shamiUniversity of YorkE-mail confirmado em york.ac.uk
Laurent ReynaudResearch project manager, Orange InnovationE-mail confirmado em orange.com
Salahedin RehanUniversity of ZawiyaE-mail confirmado em zu.edu.ly
selahattin kosunalpBandırma Onyedi Eylul UniversityE-mail confirmado em bandirma.edu.tr
Konstantinos KatzisAssociate Professor, Department of Computer Science and Engineering, European University CyprusE-mail confirmado em euc.ac.cy
Konstantinos SamdanisLenovo, GermanyE-mail confirmado em lenovo.com
Tinku RasheedInflight Connectivity, Cabin Wireless, A2G, SatComE-mail confirmado em safrangroup.com
Karina Gomez ChavezSenior Lecturer at School of Electrical and Computer Engineering, RMIT University.E-mail confirmado em rmit.edu.au
Kandeepan SithamparanathanSchool of Engineering, RMIT University, MelbourneE-mail confirmado em rmit.edu.au
dongtang maCollege of Electronic Science and EngineeringE-mail confirmado em nudt.edu.cn
Marina MondinCalifornia State University, Los AngelesE-mail confirmado em calstatela.edu
Honggang ZhangProfessor, Zhejiang University; IEEE Fellow; Founding Chief Managing Editor, Intelligent ComputingE-mail confirmado em zju.edu.cn
Lawal BelloDoctor of Wireless and Mobile Communications, University of GreenwichE-mail confirmado em gre.ac.uk

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David Grace

University of York

E-mail confirmado em york.ac.uk - Página inicial

cognitive radio cognitive networks dynamic spectrum access green communications high altitude platforms


Título Ordenar por citações Ordenar por ano Ordenar por título	Citado por Citado por	Ano
High-altitude platforms for wireless communications TC Tozer, D Grace Electronics & communication engineering journal 13 (3), 127-137, 2001	564	2001
Designing and implementing future aerial communication networks S Chandrasekharan, K Gomez, A Al-Hourani, S Kandeepan, T Rasheed, ... IEEE communications magazine 54 (5), 26-34, 2016	473	2016
A general upper bound to evaluate packet error rate over quasi-static fading channels Y Xi, A Burr, J Wei, D Grace IEEE Transactions on Wireless Communications 10 (5), 1373-1377, 2011	233	2011
Broadband communications from a high-altitude platform: the European HeliNet programme J Thornton, D Grace, C Spillard, T Konefal, TC Tozer Electronics & Communication Engineering Journal 13 (3), 138-144, 2001	224	2001
Blockchain-based secure spectrum trading for unmanned-aerial-vehicle-assisted cellular networks: An operator’s perspective J Qiu, D Grace, G Ding, J Yao, Q Wu IEEE Internet of Things Journal 7 (1), 451-466, 2019	205	2019
Optimizing an array of antennas for cellular coverage from a high altitude platform J Thornton, D Grace, MH Capstick, TC Tozer IEEE Transactions on Wireless communications 2 (3), 484-492, 2003	202	2003
Broadband communications via high altitude platforms D Grace, M Mohorcic John Wiley & Sons, 2011	195	2011
Air-ground heterogeneous networks for 5G and beyond via integrating high and low altitude platforms J Qiu, D Grace, G Ding, MD Zakaria, Q Wu IEEE Wireless Communications 26 (6), 140-148, 2019	177	2019
A review of wireless communication using high-altitude platforms for extended coverage and capacity SC Arum, D Grace, PD Mitchell Computer Communications 157, 232-256, 2020	133	2020
Improving the system capacity of broadband services using multiple high-altitude platforms D Grace, J Thornton, G Chen, GP White, TC Tozer IEEE Transactions on Wireless Communications 4 (2), 700-709, 2005	130	2005
ALOHA and Q-learning based medium access control for wireless sensor networks Y Chu, PD Mitchell, D Grace 2012 International Symposium on Wireless Communication Systems (ISWCS), 511-515, 2012	122	2012
Using cognitive radio to deliver ‘green’communications D Grace, J Chen, T Jiang, PD Mitchell 2009 4th International Conference on Cognitive Radio Oriented Wireless …, 2009	120	2009
Providing multimedia communications services from high altitude platforms D Grace, NE Daly, TC Tozer, AG Burr, DAJ Pearce International Journal of Satellite Communications 19 (6), 559-580, 2001	114	2001
Integrating users into the wider broadband network via high altitude platforms D Grace, MH Capstick, M Mohorcic, J Horwath, MB Pallavicini, M Fitch IEEE Wireless Communications 12 (5), 98-105, 2005	103	2005
Application of reinforcement learning to medium access control for wireless sensor networks Y Chu, S Kosunalp, PD Mitchell, D Grace, T Clarke Engineering Applications of Artificial Intelligence 46, 23-32, 2015	92	2015
Distributed heuristically accelerated Q-learning for robust cognitive spectrum management in LTE cellular systems N Morozs, T Clarke, D Grace IEEE Transactions on Mobile Computing 15 (4), 817-825, 2015	90	2015
Aerial base stations with opportunistic links for next generation emergency communications K Gomez, S Kandeepan, MM Vidal, V Boussemart, R Ramos, ... IEEE communications magazine 54 (4), 31-39, 2016	82	2016
Efficient exploration in reinforcement learning-based cognitive radio spectrum sharing T Jiang, D Grace, PD Mitchell IET communications 5 (10), 1309-1317, 2011	82	2011
Reinforcement learning based MAC protocol (UW-ALOHA-Q) for underwater acoustic sensor networks SH Park, PD Mitchell, D Grace IEEE access 7, 165531-165542, 2019	64	2019
Broadband communications from high altitude platforms: the helinet solution D Grace, J Thornton, T Konefal, C Spillard, TC Tozer	62	2001

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