Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT.

Transcription

1 Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by Dr. JunHwan Lee 5G Forum & ETRI

2 5G Services and Use Cases Takehiro Nakamura NTT DOCOMO, Inc NTT DOCOMO, INC. All Rights Reserved. 2

3 5G Use Cases & Creation of ecosystems transcending industries Advanced mobile broadband 1. VR (Virtual Reality) Smart Glasses 2. AR (Augmented Reality) IoT:Massive connectivity 7. Smart city/smart home Ultra- high reliability and low latency 10. Drone control 3. Free viewpoint image 4. High sense of presence 8. Smart wearable 11. Tactile communication 5. Highly condensed traffic (e.g. stadium) 6. HD image broadcast (uplink) 9. Smart manufacturing 12. Tele-surgery Creation of the new business model/ecosystem transcending industries Broadcasting Automotive Train Medical/Health care Agriculture Manufacturing industry 2017 NTT DOCOMO, INC. All Rights Reserved. 3

4 Collaboration with Vertical Industries for 5G Service Creation To create excellent 5G services, DOCOMO is collaborating with many partners of variety of vertical industries DOCOMO intend to expand collaborations for 5G service co-creation Security Automotive Railway, Travel Content Factory, Construction Sport, Gaming Image, Video Healthcare 2017 NTT DOCOMO, INC. All Rights Reserved. 5G NW technologies, AI platform, Web API, etc 4

5 Future construction sites realized by 5G - To realize future ICT construction - To realize a remote operating system for construction/mining machines leveraging the high-speed and low-latency characteristics of the 5G radio technology Features Remote in-depth monitoring of the construction site by five high-definition video streams transmitted via the high-speed broadband capability of 5G High-precision operation by leveraging the low-latency capability of 5G By setting up 5G base stations at dangerous disaster aftermath, remote operation of heavy machinery can be rapidly provisioned 5G base station Remote cockpit 2017 NTT DOCOMO, INC. All Rights Reserved. 5

6 "5G FACTORY Ⅲ" Remote operation system of humanoid robots We introduce a low-latency remote operation system of humanoid robots deployed on a 5G network; with which services will be provided in the future Features By deploying on 5G; capable of low latency and high reliability transmission, realizes services that must be safe and certain By employing the motion capture technology cultivated in VR, remote and free control of humanoids robots is provided Two cameras attached on the robot provide 3D video images to the operator A force sensor embedded in the hand of the robot realizes haptic feedback to the operator Factory work Logistics work 2017 NTT DOCOMO, INC. All Rights Reserved. Operator Operation of construction machinery 6

7 Demonstration targeting use of road traffic condition data employing 5G Real-time data collection and analysis of road traffic conditions Real-time data collection and analysis of road traffic conditions employing 5G; the next generation radio system, and sensors embedded in the traffic infrastructures such as vehicles, roads and buildings Features Employing 5G, featuring high-speed, broadband and low-latency Collection and analysis of traffic condition data of the surrounding environment such as driving vehicles, pedestrians, and road traffic conditions Grasping real-time and wide-range traffic conditions and providing advanced support for vehicles and pedestrians Grasping the real-time and wide range traffic conditions employing 5G 5G base station 5G fixed mobile device 5G vehicle mounted device Roadside sensor Vehicle sensor 2017 NTT DOCOMO, INC. All Rights Reserved. Emulating the real traffic employing test bed. 7

8 Realization of security areas with face recognition gates employing 5G Realization of security zones with the latest image analysis technology Realizes easy-to-establish security zones by flexibly fusing the information analysis of ICT and people Features Creates security zones by employing the latest image analysis technology and the guards armed with IT 5G enables transmission of on-site high-definition videos, and realizes smooth communication between the on-site guards and disaster prevention center Continuous monitoring employing watch-lists and detection of specific persons Detecting by face recognition Safe areas guarded by surveillance cameras (Security zones) Monitoring by AI Grasping the onsite situation by analyzing images employing AI Disaster control center 2017 NTT DOCOMO, INC. All Rights Reserved. Smooth communication between the on-site guards and disaster prevention center Security guard armed with IT 8

9 Thank You Takehiro Nakamura NTT DOCOMO, Inc NTT DOCOMO, INC. All Rights Reserved. 9

10 Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by Dr. JunHwan Lee 5G Forum & 2017 NTT DOCOMO, INC. All Rights Reserved. 10

11 The 5th Global 5G Event, Austin, Texas, USA, May.16~17, G Services and Use Cases Prof. LEE, HyeonWoo Chair, Global Strategy Committee 5G Forum, Korea

12 Services Trends 1G 2G 3G 4G 5G Voice and Existence Message & Biz. Data. Picture & Personal Information Multimedia & Home Life Emotion & Societal Life

13 5G Convergence Scenarios 5G Capability-Centric Classification by ITU-R Enhanced Mobile Broadband (embb) Ultra-reliable and Low Latency Communication (urllc) Massive Machine Type Communication (mmtc) - Throughput >720Mbps - Low latency <5ms - Various biz. models - Mixed Reality (AR+VR) - Latency <10ms - Throughput >1Gbps - Position accuracy <30cm - Various services with different requirements Auto. Vehicle - User-experienced data rate : >80Mbps - Area traffic capacity 5.14Mbps/m2 - Various biz. model - Multiple stakeholders VR/AR AI Assistant 5G Representative Convergence Service Smart City Robot-> Factory - Connectivity about 1M/kkkk Mbps(DL) / 20Mbps(UL) - Various biz. models - Multiple interaction Disaster - Peak data 2Gbps - Low latency <10ms - 5G integration with rescue system - Flexible deployment - Latency 1ms - Peak data rate 20/10(DL/UL) Gbps - Multi-purpose - Human interaction

14 5G Services and Spectrum Impacts Usage Scenarios by ITU-R embb Service classification by 5G Forum Immersive (AR/VR, MCS) Intelligent (UCC, CA) Spectrum Recommendations Above 6GHz Both mmtc Omnipresent (IoT) Below 6GHz urllc Autonomous (ST, Drone, Robot) Public (DM, PS/PS, ES) Both Below 6GHz MCS : Massive Contents Streaming, UCC : User-Centric Computing CA : Crowded Area, ST : Smart Transportation DM : Disaster Monitoring, PS/PS : Private Security/ Public Safety ES : Emergence Service

15 Usage Scenarios and Impacts to Infrastructure Augmentation Enhanced Mobile Broadband Gigabytes in a second 3D video, UHD screens Smart Home/Building Work and play in the cloud Augmented reality Industry automation Smart City Voice Future IMT Mission critical application, e.g. e-health Self Driving Car Massive Machine Type Communications Upgrade Ultra-reliable and Low Latency Communications Replacement

16 5G Services Derivation from PoC Trials 5G Test Lab Open 5G Test N/W (Seoul, PyeongChang) Standardization Candidate Technology Verification Certification 5G Service Demonstration Utilizing Giga KOREA R&D outcomes Operator leading Consortium (Conglomerates and small business) World first 5G Testing Infrastructure 3G and 4G Available 5G Test networks (links to communication infra) 5G-based Giga media Service Demonstration Building 5G Industry ecosystem Terminal Manufacture rs Component Manufacture rs Operator s Service Provide rs Supplier s Instruments suppliers

17 5G & Vertical Trials PPP

18 Thank You!! 5G 4G 3G 2G 1G

19 Dr. JunHwan Lee 5G Forum & Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by

20 Progress of 5G Vertical Applications in China Dr Kang Shaoli, System Engineer, Datang Telecomm Group Vice-Chair of International Cooperation WG of IMT-2020 (5G) Promotion Group May 2018

21 5G main drivers: mobile internet + internet of things ITU IMT-2020 Vision Experienced data rate: 0.1~1 Gbps 5G Typical Scenarios 1 embb capacity: 10 Mbps/m 2 embb Peak data rate: 10~20 Gbps 2 URLLC Energy Efficiency: 100x mmtc URLLC Spectrum Efficiency: 3~5x 3 mmtc Connection Density: 1M/km 2 Mobility: 500km/h Delay: 1 ms(ai) 21

22 IMT-2020(5G)PG is promoting 5G application IMT-2020(5G) Promotion Group Secretariat Application Spectrum Technology 5G Trial Standard C-V2X WG WG WG WG WG WG IPR WG International cooperation WG 22

23 Progress of LTE-V2X Timeline for C-V2X standard in 3GPP prototypes and module of LTE-V2X module (front) Timeline for LTE-V2X standard in CCSA R13 R14 R15 requirements spectrum system architecture wireless interface network deployment & application security OBU LTE-V2X trial places 5+2 cities RSU module (reverse) Beijing Changchun Chongqing Wuhan Hangzhou Shanghai Wuxi 23

24 Further promotion for C-V2X Key work in 2017 test evaluation for LTE-V2X deployment and networking solution for LTE-V2X business model for LTE-V2X requirements of service evolution for C-V2X Key work in 2018 requirements, planning, allocation and management mode of frequency for LTE-V2X larger scale trials and application demonstration for LTE-V2X security authentication mechanism for LTE-V2X test, certification and evaluation system for C-V2X Innovation research on C-V2X integration with MEC further research on application promotion and business model for C-V2X research on high-precision positioning enhancement technology and related applications in IoV International organizations National organizations 24

25 Work plan of 5G Application WG 2018 Jan Feb Mar ch Apr i l May June Jul y Aug Sep Oct Nov Dec WG launch Kick-off meeting research on requirements and policies White papers White papers White papers research on technologies, technology trials key applications New Media Networked Drone Smart Grid Public Safety further extension applications Smart Manufactory Transportation Mobile Tele-medical Wireless Robot 25

26 Thanks for your attention

27 Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by Dr. JunHwan Lee 5G Forum & ETRI

28 Applications for the Future Long Range Network Prof. Dr. Luciano Mendes May 16 th -17 th 2018

29 Possible Applications for Long Range Networks Environment Monitoring E-Health Maritime communication infrastructure Broadband access Smart farm Energy control and monitoring Wireless backhaul

30 5G-RANGE: Data connectivity Provide communication infrastructure for: Internet access; Voice communication; Field data collection; Equipment monitoring.

31 5G-RANGE: Wireless Backhaul Providing backhaul for several use cases.

32 5G-RANGE: Smart Farms Communication infrastructure for farm automation and control.

33 5G-RANGE: Conclusions 5G for Remote Areas are being superficially discussed by academia, industry and operators. Current technology can be tailored to cover this scenario and surpass the last frontier for a universal Internet access. Remote areas applications is an important future use case for 5G networks with important impact on: Education Agribusiness New business for operators Entertainment

34 Thanks! Luciano Leonel Mendes

35 Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by Dr. JunHwan Lee 5G Forum & ETRI

36 Enabling mobility and V2X on mmwave RAN May 17, 2018 Arun Ghosh Director of Advanced Wireless Technologies AT&T Labs, Austin TX 2018 AT&T Intellectual Property. All rights reserved. AT&T, Globe logo, Mobilizing Your World and DIRECTV are registered trademarks and service marks of AT&T Intellectual Property and/or AT&T affiliated companies. All other marks are the property of their respective owners. AT&T Proprietary (Internal Use Only). Not for use or disclosure outside the AT&T companies except under written agreement.

37 Potential Enablers of Deploying a 5G Network Multi-Connectivity Self-Backhauling mmwave Spectrum Typical System Bandwidth MHz Massive MIMO Flexible Lean Carrier

38 Overview of Activity in AT&T Labs Massive MIMO Technology Development Testing & Trial Multi-RAT Connectivity Tools and Prototype Technology Standardization Key Milestones and Achievement Actively contributing towards the development and standardization of 5G specs In Rel 15, we designed and shaped many key areas of 5G NR. We are one of the top contributors to standards amongst operators Developing many new technologies such as IAB, low resolution massive MIMO systems, high speed beam tracking, and ultra-reliable network codin. 38 System Prototyping and Measurements Advanced NR Testbed System Designed and built a 28GHz channel sounder to evaluate and measure mmwave channels. Currently developing a complete in-house POC system for advanced technology demonstrator (ANTS) Evaluate technology and concept before standardizing on a real system Testbeds, Trials and Pilots Testbed Overview 1 st Testbed is operational and used for the 28GHz technology evaluation and friendly user trial. 2 nd Testbed is under construction Capable of hosting multiple vendors and conducting a variety of tests such as outdoor, indoor, outdoorto-indoor, and mobile Capable of different architectures such as CRAN, DRAN, and VRAN.

39 mmwave Basics mmwave provide mobile operators with >10x more spectrum than their counter parts in sub 6GHz 2GHz 5GHz 28 GHz 39 GHz Does come with challenges: In building penetration loss Small antenna aperture Blocking (self blocking) Lack of diffraction NLOS predominantly from reflection 10x increase in BW (sampling rate of ADC) >20x increase in number of antennas P= f( BN, RF ) Pure digital beamforming is prohibitive in mmwave from a power consumption point of view 39

40 Mobility on mmwave In a fixed environment, usage of mmwave is trivial. Once a BPL (beam pair link) is locked the system is relative stable: Extensive testing since 2016 in AT&T s testbed to validate and study this. On a mobile platform, the beam management becomes crucial and has 3 main challenges Beam Tracking Beam Failure Detection Beam Recovery Beam management functionality of NR allows the gnb and UE to track the Tx and Rx beam Reciprocity based techniques and/or RSRP feedback based techniques can be used 40 Detection of beam failure due to dynamic blockers is a complex field (need to avoid false detection) For high speed traditional RSRP based measurements are too slow (reliability vs speed of detection) New beams needs to be found once all beams (or a subset) of beams fail. RACH like procedure (we strongly recommend recovery for partial failure)

41 Multi-Point Connectivity CORE CU DU TRP L1 Multi Point L2 Multi-Point L3 Handover Blocking is a form of shadow fading that we see in mmwave. Faster transition time (50msec of less) (less at highway speeds) Traditional handover cannot mitigate this since the connectivity would be lost before handover messages can be sent to the UE. Rather beam based mobility and beam recovery mechanism are more robust along with multi-trp transmission 41

42 AT&T s Vision of Mobility and V2X on 5G V2X will be much more than simply connecting the car to the wireless network V2X will be a fusion of communication network, sensor network and edge computing RADAR LIDAR Camera Speed sensor Road sensor Speed sensor High bandwidth Low latency Ultra reliable (URLLC) Wide array of sensors Video, positioning Telematics Edge computing Powerful edge computing to stich all the sensor data for each application 42

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44 Panel: 5G Services and Use Cases: The Future of High Speed, Low Latency, Large Capacity Networks and the Massive IoT PANEL Takehiro Nakamura 5GMF & NTT DOCOMO MODERATOR Prof. HyeonWoo Lee 5G Forum Dr. Shaoli Dang Datang Telecom Group Dr. Luciano Leonel Mendes 5G Brasil Project & Inatel Dr. Arun Ghosh AT&T Labs, Inc. Prof. Dr. Mustafa Ergen TürkTelecom Hosted by Dr. JunHwan Lee 5G Forum & ETRI

45 5G and XaaS Enabling a virtualized telco for Services and Use Cases. Prof. Dr. Mustafa Ergen Chief Technology Advisor, Turk Telekom (Founding Member of 5GPPP/5G IA) 5G New Horizons 2018, Austin Mobile 5G Internet

46 5G Networks Vision 5GAA, 5GACIA, EUPHA, ACEA, EATA,EDSO, NEM, EBU, PSCEurope, ECS, NGMN, GSMA... VERTICALS Mobile Access Digital Factory Smart Cars TRIALS 5G UEFA G Trials Cities 5G Platforms 5G Vertical Plots integration of cross-domain networks. 46 Ongoing... EU Korea EU China EU Japan

47 Business Case Customize and Optimize User-centric uninterrupted connectivity and comm. services, smooth consumer experience Service-provider-centric connected intelligent transportation systems, roadside service units, sensors, and mission critical monitoring/tracking services Network-operator-centric scalable, energy-efficient, lowcost, uniformly monitored, programmable, and secure communication infrastructure Use Cases By vertical market, such as automotive, finance, health, education, etc. By the the type of user (premium, gold, silver). Per user service, such as voice, messaging, IoT, AR/VR, video, gaming, etc. By application or data type such as voice, real time video, real time data, best efforts Per QoS type such as application-centric, service-centric, or user-specified By device types, such as static IoT devices, smartphones, vehicles, or high mobility devices By location and geography 5G Services 1. Enhanced Mobile Broadband (embb) Focuses on services that have high requirements for bandwidth, such as HD videos, virtual reality (VR), and augmented reality (AR). 2. Ultra-reliable and Low-latency Communications (urllc) Aims to meet expectations for the demanding digital industry and focuses on latency-sensitive services, such as automated driving and remote mngmt 3. Massive Machine Type Communications (mmtc) Aims to meet demands for a further developed digital society and focuses on services such as smart city and smart agriculture. B2B Enterprise / OTT B2C - Consumer 47

48 abstraction slicing 5G Horizontal and Vertical Harmonization Softwarization Software Software Software Software Software Radio Transition Softwarization of Base Station Slicing in EPC Network App Store Network Applications Network Storage Distributed Core: Applications, Cache and Data Plane Distributed Control Plane Source: KT Software Defined Networking (SDN) Network Functions Virtualization (NFV) Mobile Edge Computing (MEC) Fog Computing (FC) 48

49 5G Core SDN, NFV Network Slicing Applications 5G Core Control Plane 5G Core User Plane IP Backbone Applications/Cache/MEC 5G Core User Plane Cloud Unit Applications/Cache/MEC 5G Core User Plane Cloud Unit Applications/Cache/MEC 5G Core User Plane Cloud Unit Radio Unit Radio Unit Radio Unit Radio Unit Access Unit Radio Unit Radio Unit Radio Unit Radio Unit Access Unit Radio Unit Radio Unit Radio Unit Radio Unit Access Unit 49 Source: KT

50 Network App Stores Everything as a Service A function as an App Internet Mobile Network Mobile Network 1 Mobile Network 2... Mobile Network n SDN programs wireless network functions, and where Mobile Network Operators (MNO), Enterprises, and Over-The-Top (OTT) third parties are provided with NFVready Network Store. New unicorns... Digital distribution platform that enable 5G application usecases. A digital marketplace, gathering 5G enabling Network Applications and Network Functions, written to run on top of commodity cloud infrastructures, connected to remote radio heads (RRH). 50

51 Thank You!