chnological components 5G system will introduce, if suitable, those will be adapted in the LTE-Advanced system as well, making the LTE-Advanced eventually meeting most of the 5G requirements as well, and thus the LTE-Advanced and its evolution with Releases 13 and 14 is typically characterized as one important component of 5G. 3GPP will continue the strong evolution of LTE technology with the new features under standardization work for Release 13 and beyond, enabling evolved LTE-Advanced technology to be the cutting-edge radio solution for addressing the upcoming traffic and service needs for mobile broadband as well as for several other use cases, including M2M, public safety, LTE for broadcast and vehicle communications. References [1] http://www.itu.int/ITU-R (accessed June 2015) [2] http://www.itu.int/en/ITU-R/study-groups/rsg5/rwp5d/imt-2020/Pages/default.aspx (accessed June 2015) [3] Next Generation Mobile Networks (NGMN), '5G White Paper', v.1.0, February 2015. [4] ITU-R Document 5D-918, Nokia Networks, January 2015. [5] 3GPP Tdoc, SP-150149, '5G Timeline in 3GPP', March 2015. [6] 3GPP Tdoc 151606, 'New SID Proposal: Study on channel model for frequency spectrum above 6 GHz', September 2015. [7] 3GPP Tdoc RWS-150010, 'NOKIA Vision & Priorities for Next Generation Radio Technology', September 2015. [8] 3GPP Tdoc RWS-150036, 'Industry Vision and Schedulefor the New Radio Part of the Next Generation Radio Technology', September 2015. [9] 3GPP Tdoc RWS-150073, 'Chairman's summary regarding 3GPP TSG RAN workshop on 5G', September 2015. Index 256QAM, 53 call setup success rate (CSSR), 195-196, 202, 218, 302, 330, 350 A1, 57, 349-350, 367-368, 370 capacity bottleneck, 286, 290 A2, 57, 349-350, 367, 370 capacity limited mobility, 370 A3, 57, 349-350, 355-356, 360-361, 368-371, carrier aggregation (CA), 19, 425 374-377 cell radio network temporary identifier (C-RNTI), 201, A4, 57, 349-350, 366-368, 376 205, 208-210, 220-221, 278 A5, 57, 350, 366-367, 376 cell reselection, 335-340, 342, 344, 349, 366, 369, 374 ABS a