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Smart Safer Cities Communities
Session 3 Chair: Upkar Dhaliwal
April 20th, 2019
San Diego
SUMMIT San Diego 2019
Panel Session 3: 5G for Smarter and Safer Cities
5G Summit General Chair, Session Chair,
Upkar Dhaliwal
Future Wireless Technologieshttps://www.linkedin.com/in/upkar/
Upkar Dhaliwal C.Eng. MIET, SMIEEE, MSc UCL, General Chair 5G Summit San Diego 2019, IEEE TTM 2018 Local Arrangements, IEEE San Diego
Section Senior Past. Chair, IEEE COM-SOC Region 6 NA Board Past Member, IEEE IOT-J Steering ExCOM, SDN-I, 5G-I, CEO Future Wireless
Technologies, Biz Dev: Cognition Systems, Phluido, AgShift, Big Data Federation, Assured Wireless
Upkar Dhaliwal is a Parallel Entrepreneur and Wireless Technology subject matter expert on Mobility, He has hands on wireless and internet
experience undertaking Application, Intellectual Property, Business Development and Technical advisor support on Present and Future Wireless
Technologies and its product development for startups, OEMs, private equity and with most of Market Leaders.
A Professional Chartered Engineer of Engineering Council UK, He is a Senior Wireless & RF System Architect Executive, an industry expert
serving on numerous industrial/technical/policy bodies with US National Policy influences and technical societies with specialized knowledge
and technical leadership for many Start up, Internet Giants and the investment community. He has worked at BBC, Marconi, Thorn-EMI
Electronics, Samsung, Qualcomm, STMicroelectronics until taking up more innovative roles.
At present, working on beyond 4G charting towards 5G in terms of UxV, Cognitive Radios, Distributed Mesh Sensor Radios and beyond LTE-
Advance into the World of Big Data and Internet of Things IoT that will drive next generation of Internet. Volunteering in many IEEE roles.
He grew up in West London England and studied for Bachelors & Masters Degrees in Engineering, Leeds and University College London
Universities respectively, leading to early career experiences & contributions in device modeling, circuit design and subsystem developments
where he led worldwide engineering teams in some World Class Firsts. Some new Firsts are still being implemented in MANET connected
devices, Hybrid Cloud Services and Predictive Insight Big Data.
Speakers:
Erik Vlugt,
Vice President, Global Product Management
Cubic Transport Systems
Erik has responsibility for the company’s product strategy, including formulating product and technology outlooks, defining
and executing existing customer technology roadmaps, and oversight of the CTS research and development portfolio. Under
his leadership, CTS is building out team development, product vision, execution and product culture.
He has over 20 years in senior product management leadership roles within the payment and electronics industries and has a
track record of building global teams, running multi-million-dollar product portfolios, and driving new growth and
profitability.
In his former role, Erik was vice president, global product management for Verifone, where he led product management for a
wide variety of payment solutions and emerging technologies.
Erik speaks regularly on payment related topics, including mobile, EMV, and NFC, at industry events, and in 2012, addressed
the Congressional Financial Services Committee on the topic of emerging payment technologies. In 2014, Erik was appointed
to the Smart Card Alliance’s EMV Migration Forum Steering Committee.
Previously, Erik also held consumer electronics product management and technical marketing positions at TDK Corporation
and ShareWave, which was later acquired by Cirrus Logic. He has a bachelor’s degree in computer science and business from
the Amsterdam University of Applied Sciences
Amit Bhaduri
CTO
Agshift,
Dr. Amit Bhaduri is the Chief Technology Officer at AgShift, an Agri-tech startup in the midst
of bringing disruption to the quality inspection of fresh food using Artificial Intelligence.
Prior to joining AgShift, he was a tech lead at Intel leading the development of simulation-
based virtual platforms for all of Intel’s silicon engineering teams in order to shorten the
product lifecycle and reduce the time to market. He was also one of the main developers
for Intel's on-chip noise simulator and the prime lead for building the virtual platform for
the new product initiative in Intel's Platform Architecture group. He has over 20 years of
enterprise and academic software development experience along with organic in-depth
expertise in AI and embedded systems. Recently, he filed a patent for an IOT based
apparatus in the food quality inspection space and has several academic EDA publications in
VLSI engineering. Amit finished his Ph.D. in Computer Engineering from the University of
Cincinnati in 2005 and worked at Motorola and TCS back in India between 1997 and 2000.
Thomas Bilotta
CEO Founder
Assured Wireless Corp
Principal, founder, consultant, you name it and Tom Bilotta’s done it. Tom clings to his serial entrepreneurial roots,
bridging the gap between business strategy and technology. Tom received his start in the aerospace industry, performing
advanced signal and image analysis for the detection and recognition of critical threats in the harshest of signal
environments. He then applied these techniques to develop advanced digital communications techniques and rapidly
took theoretical techniques to commercial products. Advancing this at Linkabit, the world’s pioneer in digital
communications, he then entered the entrepreneurial domain.
Tom served in high-level positions at eight high-tech startups and coordinated three successful exits, a cumulative raise
of $170 million. As a key player in multiple tech organizations – Nextivity, TurboNet Communications, Rainbow Network
Systems, and Malibu Networks – Tom upped the value of new companies 15-30 times their initial worth in one to three
years. All of these companies have a proven track record of rapid commercialization of advanced technologies. These
companies have developed the best of breed commercial products while creating significant value. Their successes were
enabled through the advanced intellectual property developed by Tom, thus keeping these organizations far ahead of any
competitive threats.
Tom has always been fascinated by connectivity solutions, from the product and business development side as evidenced
by the seven communications and network-related patents he wrote. He is now advancing the technologies of mission
critical communications and 5G technologies with a powerful team at Assured Wireless.
Tom has established himself as an expert in the field, having publications in multiple wireless and entrepreneurship
journals. He holds an MBA in entrepreneurship from San Diego State University, post-graduate electrical engineering
studies from Carnegie Mellon University and the University of California, Irvine, and a bachelor’s degree in electrical
engineering from Carnegie Mellon University.
Rajesh Mishra
Founder, President, and CTO
Parallel Wireless
Rajesh Mishra is a visionary who, together with the other Parallel Wireless, Inc.’s founders, accurately
identified the need for easy to deploy, resilient and cost effective network architectures that would
overcome many of the legacy technical challenges associated with wireless communications — the foundation
upon which Parallel Wireless was born. Rajesh co-founded the company after 22+ years of reimagining the
wireless, wireline, and cable industry and he leads the technology behind the Parallel Wireless’ solutions. As
one of the industry’s pioneers in convergence technologies, he led the development of next-gen VoLTE and
3G/4G Femtocell convergence servers at Tatara, led transformation of first commercial softswitch into a
Wireless MSC product at Bell Labs/Lucent, reimagined cable industry leading IMS servers at Cedarpoint, and
led a commercial mobile ad hoc networks (MANETS) development at Powerwave Cognition.
Rajesh’s background also includes designing an enterprise Unified Communications System (Whaleback);
developing a next-generation soft switch (Excel Switching). At the beginning of his career, Rajesh was
involved in early development of analog and digital wireless base stations at Steinbrecher/Tellabs and Hughes
Network Systems.
Mr. Mishra has been awarded many industry awards, among them: Lucent Technologies/ Bell Lab Distinguished
member award, IEEE paper presentation awards. He also has experience as a spokesperson with industry and
business press, analysts and as a presenter at industry conferences.
He has a portfolio of 65+ US and international patents pending and issued. Rajesh holds a BS in Computer
Science from IIT.
TRANSPORTATION &
COMMUNICATION
ERIK VLUGT, VP PRODUCT MANAGEMENT
CUBIC TRANSPORTATION SYSTEMS
URBANIZATION
IN 2050 66% OF THE WORLD
POPULATION WILL LIVE IN CITIES
E-COMMERCE
INFLUENCE
ON PERSONAL
JOURNEYS AND
FREIGHT
ONLINE RETAIL GROWING AT 17.5% A YEAR.
45% INCREASE IN FREIGHT TRAFFIC BY 2045
SHARING
ECONOMY
14.8% GROWTH
TO 2022
ELECTRIC
VEHICLES
7.5% GLOBAL
PENETRATION
IN 2025
CONNECTED CARS
90% OF CARS WILL BE
CONNECTED BY 2020
AUTONOMOUS
CARS
25% OF THE NEW CAR
MARKET BY 2035
NEED TO
SHIFT PEAK
DEMAND
CHANGING THE
WAY THAT PEOPLE
WILL TRAVEL
THE NEED TO COORDINATE
AND INTEGRATE INCREASINGLY
DISPARATE MODES
CONNECT EVERYTHING
COLLECT AND ANALYZE LARGE
AMOUNTS OF DATA
TAKE REALTIME ACTION
WHAT COMMUNICATION
INFRASTRUCTURE DO
WE NEED TO GET
THERE?
HIGHER BANDWIDTH
HIGHER RELIABILITY
LOWER LATENCY
INCREASED CAPACITY AT LOWER COST
Parallel Wireless, Inc. Proprietary Solution Overview
Smart CitiesE x p a n d 4 G r u ra l C o v e ra g e
E n a b l e M i s s i o n C r i t i c a l C o m m s
Parallel Wireless, Inc. Proprietary Solution Overview 2
Company Introduction
REIMAGINE YOUR NETWORKMISSION
TEAM
INNOVATION
STRONGCUSTOMERMOMENTUM
• Founded in 2012, Headquarter in Nashua, NH – a US-based company
• Global Sales offices and support
• Experienced leadership (Starent, Acme Packet, Endeca) and engineering team (4,000 +years
combined R&D experience)
• World’s only SW defined multi-technology “ALL G” fully orchestrated Solution
• 5G native architecture
• Ideal for any coverage or capacity use cases
• 270+ patent applications
• Engaged with 50 Operators on 6 Continents (Telefonica, Vodafone, Zain, Cellcom, Optus)
− Rural, Urban/Dense Urban, Enterprise, Public Safety, Smart Cities, 5G
Parallel Wireless, Inc. Proprietary Solution Overview 3
Why Parallel Wireless for Smart CitiesRural Coverage and Mission Critical Comms
Standardized(COTS) RAN hw
ALL G sw
By disaggregating hardware and software for ALL G
Enabling
Cost-effective to
deploy and maintain
• Open RAN based
solution (disaggregation
of hardware and
software)
• Automation of
deployment and self-
optimization
• Software enables
network sharing
Seamless integration into
an existing 4G network
• Ideal for Public Safety
networks running over
MNOs spectrum
Future proof for 5G
• 5G native architecture
with a software
upgrade to 5G
• 5G benefits delivered to
4G (slicing, low latency)
• Edge centric
Parallel Wireless, Inc. Proprietary Solution Overview 4Parallel Wireless, Inc. Proprietary 4
4G Solution DiagramAll IP Network on RAN Side, Reduced ## of Interfaces for Core
ALL IP
SCP
ANY G
4G/5G Access
Wi-Fi Access
2G 3G
4G 5G
3G Packet Core
3G SGSN, GGSN
2G Circuit Core
2G MSC/VLR
4G Packet Core
EPC
3G Circuit Core
3G MSC/VLR
4G devices
SMSC
PCRF
AAA
HLR/HSS
VoWiFi
Wi-Fi AP
Software
WiFiDeployable or
In-Vehicle Coverage
Parallel Wireless, Inc. Proprietary Solution Overview 5
Parallel Wireless Converged Wireless System (CWS) Open RAN hwSmall Form Factor – can be easily deployed in trickiest of locations; 5G upgradable
Rooftop, India, sub-urban Fiber, Canada, sub-urban
Satellite, APAC, remote
UK, rural, IBBH, Cabinet for
aesthetics only
UK, rural, IBBH, Cabinet for aesthetics only
3 sectors
Parallel Wireless Public Safety LTE Solution
Parallel Wireless, Inc. Proprietary 6
Parallel Wireless, Inc. Proprietary Solution Overview 7
Multiple Core NetworksAny G – Outdoor / Indoor Nodes/Ideal for Public Safety and Private LTE
ANY G Cellular, Trusted Wi-FiUntrusted Wi-Fi
2G / 3G / 4G / Wi-FiUMTS / 4G / Wi-Fi
HetNet Gateway Software
4G Core
MME
SGW
PGW
HSS
UMTS Core
MSC SGSN
UMTS Core
MSC SGSN
UMTS Core
MSC SGSN
Private 4G Core
MME
SGW
PGW
HSS
Operator 3Operator 3Operator 2Operator 1 Operator 4 Operator 4
Public 4G Core
MME
SGW
PGW
HSS
• Neutral hosting for outdoor/indoor• Same HNG sw can connect to
multiple MMEs/SGW/PGW
Parallel Wireless, Inc. Proprietary Solution Overview 8
Summary of Parallel Wireless Solution• Cost-effective innovative Open RAN software-enabled architecture
• Many use cases for coverage and capacity:
– RURAL or URBAN: Sharing infrastructure in cost-prohibitive areas like rural with MOCN and MORAN
• IMSI-based/per user based
• Allows operators flexibility (i.e. use other SP infrastructure to run certain calls, but still route to its own core)
– VENUE: Ideal for capacity intensive venue coverage
– INDOOR: Enterprise/in-building
• Guaranteed QoS for each subscriber
– Traffic prioritization for voice calls
– Traffic shaping
– Seamless handoffs between VoLTE and VoWiFi
– Interference mitigation
• Easy to manage: HNG software
– Real time SON
– Single place to monitor
– Automates network changes
Parallel Wireless, Inc. Proprietary 9
Thank you
www.parallelwireless.com
Steve Libbey, VP Sales+1 (617) 510-1900
Jason Tiner, Sales Engineer+1 (401) [email protected]
When Staying Connected Means Saving Lives
5G Techniques for Public Safety Broadband Networks
Network Slicing, SDN, Edge Computing and More
Tom Bilotta [email protected]
2
The Way It WasVoice radios on shared channels
Analog/LMR/P25
Push-to-talk Radio
3
The Way It ISLMR + FirstNet
PTT Radio
Complemented with
Broadband Data
4
Where We Are Heading ToDynamic Networks
Dynamic Control of Networks
Situational Intelligence Is Important
• Critical situations require an understanding (sensing) of the environment coupled with the applications that the person or machine are working to accomplish
• Fusion of technologies to enable rapid and optimal choices to occur
• 5G techniques and dynamic management are key enabling technologies of an Intelligent Area Network
5
Courtesy: DHS
Key 3GPP Benefits Standardized with FirstNet Support4G Capabilities
• Implementation of QPP
• Quality of Service, Priority, and Preemption
• Mission-Critical Push-To-Talk
• Class 1 Power HPUE
• Proximity Services
6
M.2083-04
User experienceddata rate
Spectrumefficiency
Mobility
LatencyConnection density
Networkenergy efficiency
Area trafficcapacity
Enhanced mobilebroadband
Peakdata rate
Massive machinetype communications
Ultra-reliableand low latency
communications
Low
Medium
High importance
And how is 5G relevant for Public Safety?
• High reliability
• Reduced latency
• The move to software-defined functions
• Network slicing
• SDN/NFV
7
M.2083-02
Gigabytes in a second
Smart home/building
Voice
Smart city
3D video, UHD screens
Work and play in the cloud
Augmented reality
Industry automation
Mission critical application
Self driving car
Massive machine type
communications
Ultra-reliable and low latency
communications
Enhanced mobile broadband
Future IMT
THE NEED: Providing
reliable, low-latency
communications and services
“Always Connected”
Mission Critical IoT Products Overview
Push to Talk (MC-PTT)
Voice Recognition
Proximity services (Pro-Se)
Body Cam
Emergency Alert
Situation Awareness
Hazmat sensor
Biometric sensor &
Fitness tracking
Augmented Reality (AR)
Geo location
Bldg. map overlay
Holster sensor
Research from Business Insider:
More than 24 billion internet-connected devices will be
installed around the world by 2020
4 devices for every person on the planet
First responders IoT devices and sensors will
grow 2x-3x
IoT Devices
and Sensors
Intelligent IoT
Gateways
4G, 5G
Networks
Network Function Virtualization (NFV)
Network Servers
Big Data Analytics
Cloud Computing
Intelligent GatewayEdge Computing
Analytics,
Intelligent Area Network
Mesh Network, ePTT
SDN
Extended range personal Gateway
Voice (Voice recognition)
Video, Data, AR, VR
Device Analytics
Location services
D2D Mesh
Situation awareness
VNFVNF
VNF
5G NR: Mobile Broadband eMBB, Mission Critical URLLC, Machine to machine mMTC
URLLC: Ultra Reliable Low Latency
eMBB: Enhanced Mobla Broadband
mMTC: Massive machine type communication
The 5G Path to Solving the First Responder Need
• Provide Open Systems to enable intelligent management techniques to proliferate and mature quickly
• Localized services and edge computing capabilities
• Dynamic mapping of resources to enable adaptation to meet the situational demands
• Sensor integration with advanced analytics to optimize the user requirements at the application layer and below
10
Copyright Agshift, inc
AgShift
!1
Reinventing food quality assessment with AI Amit Bhaduri, CTO, AgShift
3
The Slant
!2
AgShift 5G
3
Subjective & Inconsistent
Automation
Objective & Consistent
Current State Future State
Sensing Device
Interpreting Device
Results
Leading transition of food quality assessment into Data-Driven era
!3
Copyright Agshift, inc
7 Transformation of Food quality assessment with AI
Audit trail of inspection
Quality consistency
4
Food industry’s first AI-based autonomous quality analyzer, AgShift offers a completely unbiased, objective, quality assessment for selected commodities, protecting the quality, sourcing, pricing and brand - every single time.
Digitization brings 10x operational efficiencies - reducing the overall labor costs.
Consistent and objective quality analysis across the supply chain significantly reduces food waste.
Possible using patented IOT Analyzer, loaded with cameras, and other sensors
Objective, unbiased results
Operational efficiencies
Copyright Agshift, inc
7
AgShift ApplicationsAutomated inspection & quality assessment of Strawberries, edible nuts, sea-food
App
roac
h
Automated defect detection
Patented Analyzer
White Shoulders | dirty | vein
Decay | dessert | color
Bruises | spotted | melanosis
Seedy tips | blemished
5In production pilot at Driscoll’s (market cap: $6B), active pilot at Olam’s (market cap 26B)
Copyright Agshift, inc !6
AgShift’s objective, unbiased analysis
White Shoulders Bruises
Results from AgShift’s computer vision and AI models integrated with the state of art IoT analyzer - an end-to-end, turn-key solution.
�7
4
AI DRIVEN AUTONOMOUS GRADE ASSESSMENTbuilt with machine learning + image recognition framework
ML Model
Image
Custom Scores
Learning Data(Curated Images)
Corrections
Machine Learning
Cloud based Image ProcessingML model training/build
Inspector
Image Processing core
AgShift Platform
Tech
nolo
gy F
low
8
7 Value Preposition: Quality, consistency at scale
10X operational efficiencies with reduced per inspection time
More efficient claim management across the supply chain
AI driven consistent, objective inspections at scale, across the organization, across multiple GEOs
Source better quality food and reduce food rejection rates
Quality inspectors use AgShift analyzer inspection App for food inspection
24/7 cloud-based centralized uploads, alerts and notifications
3
Why 5G?
!9
Inside-Out: Can improve our performance inside, Take our solution to outside farms
Low latency: Decrease round-trip time for prediction/inference
Network speed: Can sample more
Low cost: Can mesh more GPU instance to support additional workloads
Integrate more sensors, collect and process massive amount of data from them
Stay on edge, connect to the cloud when needed. Synchronize and repeat…
3
Aligned
!10
AgShift 5G