PDF-2errorprobabilityoveraquasi-staticmultiple-inputmultiple-output(MIMO)

V nQ1Ologn n2HereQ1denotestheinverseoftheGaussianQfunctionQxZ1x1 p 2et22dt3andVisthechanneldispersion9Def1Theapproximation2impliesthattosustainthedesirederrorprobabilit. Input 1 Desired Output Invert System Model Prior Knowledge brPage 5br The InversionProblem Input Desired Output Invert the known system model 0 to find input Input 1 Desired Output Invert System Model Prior Knowledge His Mom knows how she ha Primary receiver. Secondary receiver. eNodeB. Aim: Reception of MIMO signals by a secondary receiver. Parameterize design of secondary receiver with transmission optimized for primary receiver. Detect . Yang. Electrical and Computer Engineering. Email: . yang.1267@buckeyemail.osu.edu. Sep. 25 2013. Characterizing the Achievable Throughput in Wireless Networks with Two Active RF chains. Joint work with Bo Chen, . Emil . Björnson. ‡*. , . Michail . Matthaiou. ‡§. , and . Mérouane. . Debbah. ‡. ‡. Alcatel-Lucent Chair on Flexible Radio, . Supélec. , France. *. Dept. Signal Processing, KTH, and Linköping University, Sweden. Yamuna Dhungana. Supervisor. : Dr. R.M.A.P. Rajatheva. May 16, 2011. Motivation. Goal. of 4G wireless Network : to offer high data rate and high quality of service anytime, anywhere. Condition. . : Such network can cover any geographical area by either using terrestrial network or satellite network. Lecture . 4 . Outline. Announcements. Project . proposals due 1/27. Makeup lecture for 2/10 (previous Friday . 2/7, time TBD). Multiuser . Detection. Multiuser OFDM . Techniques. Cellular System Overview. Many-Antenna MU-MIMO. Clayton Shepard . Abeer. . Javed. Lin . Zhong. What is the control channel?. Anything that isn’t data. Control Channel Functions. Time-frequency synchronization. Association. Technologies. Acknowledgement. Tianyu. Wang, . Hongyu. Cui, . Boya. Di, Yun Liao, . Radwa. Sultan, . Yunan. . Gu. , . Huaqing. Zhang, . Yanru. Zhang, . Zhiwen. Hu, . Siavash. . Bayat. , and . Iterative AS and PA in Energy Efficient MIMO. IEEE ICC 2014 . 1. Is there a promising way? . A. n. I. terative. A. lgorithm. . for. J. oint. A. ntenna. S. election. . and. P. ower. A. daptation. Energy Efficient AS for AF MIMO Two-way. IEEE ICC 2015 . 1. Is there a promising way? . Energy Efficient relay Antenna selection . For AF MIMO Two-way relay channels. Xingyu. Zhou. Bo . Bai. Wei Chen. ECE Department. University of California, Santa Barbara. Collaborators. Prof. Mark . Rodwell. Eric . Torkildson. (now at Nokia). Bharath. A.. Colin Sheldon. Babak. . Mamandipoor. Mahmoud . Sawaby. (Stanford). Networks. Emil . Björnson. ‡*. Joint work with. : Jakob Hoydis. †. , . Marios . Kountouris. ‡. , and . Mérouane. . Debbah. ‡. ‡. Alcatel-Lucent Chair on Flexible Radio and Department of Telecommunications, . 2 MIMO in HSPA: the Real-World Impact Contents 1Executive Summary2 The Role of MIMO in HSPA What is MIMO, and What Does it Provide? 3Implementation and Deployment 4 Co-existence of MIMO and Legacy Te Slide . 1. Alexander Maltsev, Intel. Authors:. Name. Affiliation. Address. Phone. Email. Alexander Maltsev. Intel. +. 7(962)5050236. alexander.maltsev@intel.com. Andrey. Pudeyev. Intel. andrey.pudeyev@intel.com.