on whatever you do
while you are driving.
Baby needs to be protected.
As they are future drivers.
Automotive: In-Cabin Applications for vehicles
4 People Detect with In-Cabin Radar
In-Cabin Radar Overview
Smart Radar System is a leading radar vision technology company for automotive and industrial applications. Smart Radar System's solution for Automotive industry varies in its usage in vehicle, mostly by its external and internal use case. External usage of radar is described in "Automotive" category, where Smart Radar System showcased corner radar and long range front and back radar. Whereas external use cases focus on the detection of external environment, objects and human outside the vehicle, Smart Radar System's internal use cases focus on the "In-Cabin" solution to detect and discern objects and human behavior inside the car. Smart Radar System introduces In-Cabin solution for automotive industry.
Smart Radar System builds distinctive In-Cabin team for the application & use case to meet the global level of In-Cabin solution requirements to fully utilize Smart Radar System's In-Cabin potential and experience. Categorizing into "Front Side" & "Upper Side" Application, Smart Radar System can categorize each level of detection and potential with each Radar products. From single radar approach to Image Radar, Smart Radar System currently develops and tests each application to be able to provide each cases relevantly with each radar.
In-Cabin Baby Detection with Respiration
People Occupancy Detection
- RETINA-2S can detect people occupancy up to 5 people
- RETINA-2S can detect even the center part of the rear seat
5 People Detect Demonstration on 5-Seater car, TIVOLI
Center of rear seat test simulation demo on 5-Seater car, TIVOLI (4 people)
Front Seat Posture Detection
- Detection of man's posture and handle movement in front seat
- Distinguishing the movement of people at front row
Handle posture demo indoor: simulation for driving situation
Handle posture demo in-cabin: simulation with actual driving scenario
- Baby simulation on TIVOLI (Development Ongoing for enhancement)
- Baby emulator (Breathing simulation of Infant (1-month ~ 1-year old) with similar respiration rate (0.33 ~ 0.83 Hz)
Energy heatmap displayed as respiration waveform and detection result
Baby emulator in action
Powered by Texas Instrument's CMOS radar chipsets, Smart Radar System's radar modules are compact, software embedded, software upgradable, ready for mass production, and ready to be certified for automotive and industry applications. Smart Radar System also provides accessories to connect the radar modules to PC and a radar GUI to control, test, and develop radar application easily and quickly
The radar experts in Smart Radar System can help to customize radar modules for the specific customer applications. With above products and services, Smart Radar System is one of the strong partners of Texas Instruments who can enable customers to deploy their system with radar modules in the field quickly and easily.
For the other generic tests and developments, Smart Radar System is providing various radar modules, carrier boards to connect the radar module to PC, data capture boards for radar raw data capturing, and PC software to control radar modules GUI (Graphic User Interface) environment. Smart Radar System already ported algorithms on the radar modules to detect passengers in a car, to monitor driver's heart signals, and etc
Sensors are key to the next-generation technological disruption for most of the major industry.
Smart Radar System Inc. consists of talented group of engineers, specialists and elites who believes in the future technology with
devotion and passion for the radar sensor. From long research and development experience on RF antenna design, hardware
mechanics, radar signal processing, software/algorithms to adoption of data-based machine learning & big data integration,
Smart Radar System desires to grasp global presence to provide technology that can benefit as much industry & market as possible to
reach global #1 market leader.