The document outlines a smart city technology framework developed by Viktoriia Taraniuk in September 2018, focusing on various components such as virtualization, data analysis, and vehicle-to-everything (V2X) communication. It describes a system comprising a virtual world server, a smart city server, and an instrument cluster for managing traffic data and integration with other platforms. The document also details a multi-step implementation plan for features like lane recognition and weather hazard handling, along with specified development goals and potential scenarios for demonstration.

1. Smart City Techtalk
Viktoriia Taraniuk
September, 2018

2. Smart city

3. Overview

4. Smart city technologies introduction
Virtualization XEN
V2V, BSM
802.11p (ready)V2I V2P
LTE Big data

5. Architecture
PoC consists of three main modules
-Virtual World Server (generates various
sensors data for each car in a system and
sends them to proper boards)
-Smart City Server (collects data from
every board, does data analysis and
displays cars on a common map)
-Instrument Cluster and IVI module (used
on different test boards)
System Components

6. Demo Stand
-Simulation of city infrastructure on
OpenStreetMap
-Aggregation of Instrument cluster
values in one server
-Car control with GPS tracking
-System could be used under heavy
traffic and can support almost unlimited
number of devices
-Integration with different platforms
(Intel, Nvidia, Renesas, Qualcom)

7. • Step 1. Lane recognition
o Update City Map Server (based on OpenStreetMaps) to send info about lanes
o Update Car Positioning Representation to recognize multi-lane roads and position car
accordingly
o Update V2X messaging to include lane information
• Step 2. Weather Hazard implementation
o Update IC and Virtual World Server to add weather sensor emulation feature
o Implement new class of BSM messages to exchange weather hazard information
o Implement internal logic to handle data from emulated sensors and BSM weather messages
• Step 3 (optional). Xen integration
o Cooperate with Xen team to bring up virtualization platform
• Step 4 (optional). Physical robot cars (at least two are needed for demo)
o Build a robocar and setup SmartCity environment on it
o Deploy lane recognition
o Implement BSM-based steering functions
Default configuration includes Raspberry board, Line Tracking
Sensor and robot platform (~100$). Can be extended with LIDAR,
dedicated automotive boards, real sensors, etc.
Planned Scenarios

8. Emergency Lane

9. Slide 14 CONFIDENTIAL
SDLC and development infrastructure
Requirements Development Review CI
Testing Deployment

10. Solution
Achivements
January 9 –
12, 2018
February 27-
28, 2018
March
18, 2017
April 14,
2018
In-demand expertise and feature demo stand saw
SmartCity used for pre-sales and HR events:
● Tech talks
● Hiring events
● Office tours
● Mentoring and trainings
● External Marketing Events
● As proof of expertize for potential Customers

11. Developers
■ Infotainment
■ Virtualization
■ Maps improving
■ Android
■ YOCTO
■ Infrastructure development
Architect
■ Architecture design
Tasks to be done….
QA
■ QA Automation
■ Testing Factory
DevOPS
■ CI Jenkins
■ Deployment automation
■ Architect

12. Thank you!