+ All Categories

Home > Documents > · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for...

· LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for...

Date post:	28-May-2020
Category:	Documents
Upload:	others
View:	6 times
Download:	0 times

Download Report this document

Share this document with a friend

Embed Size (px):

24

Transcript

Page 1: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 2: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 3: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 4: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 5: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 6: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 7: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 8: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 9: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 10: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 11: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 12: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 13: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 14: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 15: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 16: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 17: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 18: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 19: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 20: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 21: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 22: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 23: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Page 24: · LTE Evolution continues . 5G Phase-I (To be deployed in 2020) • New to 30GHz) • Mainly for eMBB • Massive MTC, Ultra reliable MTC E2E latency reduction • Flexible TDD

Recommended

Contabilitate Mtc

LTE-Advanced Pro Introduction eMBB Technology ... paper | Version 01.00 LTE-Advanced Pro Introduction eMBB Technology Components in 3GPP Release 13/14 White paper LTE-Advanced-Pro_Introduction_White_paper_en

5G, An Operator Perspective - GROWgrow.tecnico.ulisboa.pt › wp-content › uploads › 2019 › 07 › ... · eMBB, URLLC, mMTC eMBB, URLLC, mMTC 26 GHz (TDD) 3.6 GHz (TDD) 700

A 360 BST Phase Shifter With Moderate Bias Voltage at 30GHz

Congestion-Aware MTC Device Triggering€¦ · Congestion-Aware MTC Device Triggering Adlen Ksentini1,Tarik Taleb 2, ... bearer management in EPS. MTC-IWF MTC Interworking Function

Self evaluation: Enhanced Mobile Broadband (eMBB) Evaluation … · 2019. 7. 30. · HUAWEI TECHNOLOGIES CO., LTD. Page 3 eMBB requirement overview IMT-2020 requests significantly

EXECUTIVE MASTER BLACK BELTTM - PRWebww1.prweb.com/prfiles/2014/04/16/11758541/EMBB Multiple... · 2014-04-16 · EXECUTIVE MASTER BLACK BELTTM. An EMBB candidate will learn new methods

Intelligent Resource Slicing for eMBB and URLLC Coexistence in … · 2020-03-31 · 1 Intelligent Resource Slicing for eMBB and URLLC Coexistence in 5G and Beyond: A Deep Reinforcement

0.5-30GHz Broadband Frequency Divider, /8

MTC SQUAD WARNO and OPORD - Wikispacesarmyrotc.wikispaces.com/file/view/MTC+SQUAD+WARNO&OPORD.pdf · MTC SQUAD WARNO and OPORD . MTC - SQUAD WARNO Roll Call, 1:50,000 map, protractor,

RUNWAY OPERATIONS: Computing Runway Arrival Capacity · 3 Runway Capacity CATSR •90% of MTC with good weather MTC •100% of MTC with bad weather MTC • Split in Airport Arrival

Understanding and Modeling the 5G NR Physical Layer · 6 5G vs LTE: Main Physical Layer Differences LTE 5G Use cases Mobile broadband access (MTC later) More use cases: eMBB, mMTC,

Joint Scheduling of URLLC and eMBB Trafﬁc in 5G Wireless ...users.ece.utexas.edu/~gustavo/papers/ADS18.pdfJoint Scheduling of URLLC and eMBB Trafﬁc in 5G Wireless Networks Arjun