In the Demonstration Zone located on the 1st floor exhibition hall of the Suwon Convention Center, visitors can explore and experience the latest innovations across various fields such as transportation, mobility, and safety through live demonstrations.
Date & Time
May 28 (Wed) – 30 (Fri), 9:00 – 12:30 / 14:00 – 18:00
Venue
Demonstration Zone, Exhibition Hall, Suwon Convention Center
Demo 1_Autonomous Driving Parking Robot Solutions ‘PARKIE’ Demonstration
Entry and exit scenarios of the autonomous driving parking robot ‘PARKIE’and introduction to the user software.
Demo 2_'SMOBI-ToD' Tele-operated Driving Technology Experience
SMOBI-ToD is a cutting-edge next-generation remote driving system that enables stable remote control of vehicles across various driving scenarios and network environments.
Demo 3_Seatbelt Safety Experience
Experience the importance of wearing a seatbelt through realistic simulations of frontal collisions, rollovers, and other types of car accidents.
Demo 4_Advanced Air Mobility Exhibition
HMG's Advanced Air Mobility Mock-up (S-A2) Exhibition
Demo 5_Advanced smart crosswalk Experience
A game-changing improvements in pedestrian safety and urban mobility
Demonstration Zone
Demo 1_Autonomous Driving Parking Robot Solutions ‘PARKIE’ Demonstration
DATE
May 28 (Wed) 15:00-15:30, 16:30-17:00
May 29 (Thu) 10:00-10:30, 15:00-15:30, 16:30-17:00
May 30 (Fri) 10:00-10:30
PLACE
Exhibition Hall, 1F
ORGANIZER
HL Robotics
Overview
Parkie, the autonomous parking robot, utilizes both LiDAR and vision sensors to detect and measure the incoming vehicle. Once the measurement is complete, a pair of robots coordinates to approach and enter beneath the vehicle.
After positioning themselves under the vehicle, the two robots maintain inter-robot distance control to ensure stability, and transport the vehicle to the center of the parking platform. Upon arrival at the designated spot, the robots perform a 180-degree rotation in place, then proceed to park themselves along the edge of the platform, thereby completing the parking operation.
For retrieval, the robots return to their initial standby positions, re-approach the vehicle, and follow the same sequence in reverse, mirroring the initial parking scenario to safely extract the vehicle.
Demo 2_‘SMOBI-ToD' Tele-operated Driving Technology Experience
DATE
May 28 (Wed) 14:00-15:00, 15:30-17:00
May 29 (Thu) 10:30-12:00, 14:00-15:00, 15:30-17:00
May 30 (Fri) 10:30-12:00
PLACE
Exhibition Hall, 1F
ORGANIZER
S.U.M
Overview
SMOBI-ToD provides remote drivers with clear, high-quality video by applying an ultra-low latency streaming protocol and video interpolation technology. It minimizes blind spots with its 8-channel camera setup and enhances safety and reliability through the ToD-MRM system. This allows drivers to operate vehicles located far away while viewing real-time front-facing video, creating a driving experience similar to being in the actual vehicle.
Demo 3_Seatbelt Safety Experience
DATE
May 28 (Wed) 30-minute slots between 14:00-17:30
May 29 (Thu) 30-minute slots between 09:30-12:00 and 14:00-17:30
May 30 (Fri) 30-minute slots between 09:30-12:00
PLACE
Exhibition Hall, 1F
ORGANIZER
Korea Expressway Corporation
Overview
Experience the importance of seatbelt use through the Traffic Accident Simulator by Korea Expressway Corporation.
Realistic crash simulations, including frontal collisions and rollovers, show the dangers and impact of not wearing a seatbelt.
Demo 4_Advanced Air Mobility Exhibition
DATE
May 28 (Wed)-30 (Fri)
PLACE
Exhibition Hall, 1F
ORGANIZER
Hyundai Motor Group
Overview
Hyundai Motor Group has established an independent corporation called 'Supernal' in the US to lead the future mobility paradigm and is promoting Adavanced Air Mobility development and business. The S-A2 aircraft Mock-up is the AAM model first announced at CES 2024, and we will lead the AAM market opening through continuous technological development in the future.
Demo 5_Advanced smart crosswalk Experience
DATE
May 28 (Wed)-30 (Fri)
PLACE
Exhibition Hall, 1F
ORGANIZER
HANGIL HC
Overview
1) Detects pedestrians approaching or waiting at crosswalks using LIDAR(or RADAR) to improve safe crossing and mobility by providing voice guidance. At the same time, the voice guidance device is activated with an app on the mobile phone to provide voice guidance on the current location and the status of the pedestrian signal light.
2) In-ground recessed pedestrian signal lights that give the same red/green signals as pedestrian signals, maximizing visibility, and in intelligent(premium) products, they are animated, displaying (and/or scrolling) phrases (Korean, English and any languages) and symbols such as go or stop, providing pedestrians with intuitive information on the current pedestrian signal status.
3) While the previous residual time indicator only predicted pedestrian waiting time by displaying green residual time, this integrated residual time indicator additionally displays the residual time of red signals, enabling pedestrians to predict the estimated time of the next green signal and prevent jaywalking.
