LTE-Advanced
LTE-Advance is a radio system which realizes higher capacity and enhancement to LTE, and it was standardized in 3GPP (3rd Generation Partnership Project), an international standardization organization, In order to deploy LTE-Advanced effectively, NTT DOCOMO sets multiple small cells inside a macro cell and employs the CA (Carrier Aggregation) technology, thereby configuring an advanced C-RAN architecture and realizing high capacity and high data rates.
LTE-Advanced-related articles
R&D on LTE-Advanced is explained on PDF.
Field Experiment on 5-Gbit/s Ultra-high-speed Packet Transmission Using MIMO Multiplexing in Broadband Packet Radio Access
An ultra-high-speed packet transmission experiment for achieving a transmission data rate of approximately 5 Gbit/s (spectral efficiency of 50 bit/s/Hz) was performed using a 100-MHz channel bandwidth in broadband packet radio access.
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LTE-Advanced-related Technical Journals
Open
This is the introduction of the Technical Journals that carry LTE-Advanced-related articles.
VOL.17 NO.2
LTE-Advanced as Further Evolution of LTE for Smart Life
Commercial Development of LTE-Advanced Applying Advanced C-RAN Architecture -Expanded Capacity by Add-on Cells and Stable Communications by Advanced Inter-Cell Coordination-
Radio Equipment and Antennas for Advanced C-RAN Architecture
Router-type Mobile Terminals for LTE-Advanced Category 6 Carrier Aggregation
LTE-Advanced Release 12 Standardization Technology Overview
Carrier Aggregation Enhancement and Dual Connectivity Promising Higher Throughput and Capacity
Higher Order Modulation, Small Cell Discovery and Interference Cancellation Technologies in LTE-Advanced Release 12
D2D Communications in LTE-Advanced Release 12
Access Class Control Technology in LTE/LTE-Advanced SystemsVOL.16 NO.1
Smart Vertical MIMO Increasing Quality in LTE-Advanced Using Single-size Antenna
VOL.15 NO.4
10 Gbps Outdoor Transmission Experiment for Super High Bit Rate Mobile Communications
VOL.15 NO.2
Advanced Technologies in LTE/LTE-Advanced
Heterogeneous Network Capacity Expansion Technology for Further Development of LTE/LTE-Advanced
Radio System Optimization toward Smartphone and Machine Communications for Further Development of LTE/LTE-AdvancedVOL.14 NO.2
LTE-Advanced-Evolution of LTE-Radio Transmission Experiments
VOL.12 NO.2
Special Articles on LTE-Advanced Technology -Ongoing Evolution of LTE toward IMT-Advanced-/Overview of LTE-Advanced and Standardization Trends
Special Articles on LTE-Advanced Technology -Ongoing Evolution of LTE toward IMT-Advanced-/CA for Bandwidth Extension in LTE-Advanced
Special Articles on LTE-Advanced Technology -Ongoing Evolution of LTE toward IMT-Advanced-/MIMO and CoMP in LTE-Advanced
Special Articles on LTE-Advanced Technology -Ongoing Evolution of LTE toward IMT-Advanced-/Relay Technology in LTE-AdvancedVOL.10 NO.1
The Future Development of IMT-2000 and Systems Beyond (IMT-Advanced) - Report from ITU-R World Radiocommunication Conference 2007 (WRC-07) -
VOL.9 NO.2
Field Experiment on 5-Gbit/s Ultra-high-speed Packet Transmission Using MIMO Multiplexing in Broadband Packet Radio Access
VOL.8 NO.1
Field Experiments of 2.5Gbit/s High-Speed Packet Transmission Using MIMO OFDM Broadband Packet Radio Access
VOL.7 NO.2
Special Articles on 1-Gbit/s Packet Signal Transmission Experiments toward Broadband Packet Radio Access/Configuration and Performances of Implemented Experimental Equipment
Special Articles on 1-Gbit/s Packet Signal Transmission Experiments toward Broadband Packet Radio Access/Experimental Equipment and Technology Overview -
LTE-Advanced-related topics
Open
These are the LTE-Advanced-related topics.
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Feb. 25, 2015
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Feb. 5, 2015
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Feb. 21, 2013
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Feb. 7, 2011
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Feb. 9, 2007
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Feb. 23, 2006
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Jun. 23, 2005
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Dec. 17, 2004
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