Thermal Sense Bestuurder-moniteringskoppelvlak deur Zeyuan Zhang and Xuechun Tao

Die ontwerp Thermal Sense Bestuurder-moniteringskoppelvlak deur Zeyuan Zhang and Xuechun Tao is 'n hoogs gewaardeerde wenner van die baie prestigieuese 2025 A' Design Award in Brons in die Koppelvlak-, Interaksie- en Gebruikerservaring-ontwerp-kompetisiekategorie.

BronsKoppelvlak· 2025

Thermal Sense Bestuurder-moniteringskoppelvlak

deur Zeyuan Zhang and Xuechun Tao

Kliënt: Tick Design Labs (Shanghai)

Wenner van die A' Design Award in Brons in die Koppelvlak-kategorie

28,101

Geverifieerde Toekenningswenner

Verifieer Toekenningsstatus vir #165869

Besoek Webwerf Bekyk by A' Design Award Persverklaring Toekenningskenteken

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Die Ontwerp

Oor Thermal Sense Bestuurder-moniteringskoppelvlak

Thermal Sense is 'n bestuurder-moniteringskoppelvlak vir motors. Thermal Sense vervang die gewone in-motor kamera met 'n laeresolusie termiese sensor wat slegs hittepatrone opneem, sodat geen identifiseerbare beelde geskep word nie. Die sensormodule meet 40 by 30 by 20 millimeter en word op die truspieël gemonteer vir wye kajuitdekking. Neurale netwerke ontleed ooglid-toemakingtempo's en kopbewegings om slaperigheid, afleiding en die aanwesigheid van 'n kind te bespeur. Veiligheidswaarskuwings word binne minder as 100 millisekondes gegee, en privaatheid word op datavlak beskerm.

Die Erkenning

Oor die A' Design Award in Brons

Thermal Sense Bestuurder-moniteringskoppelvlak is 'n wenner van die A' Design Award in Brons, 'n hoogs prestigieuse erkenning wat toegeken word aan uitstaande ontwerpe wat gekenmerk word deur kreatiwiteit, vindingrykheid en skerpsinnigheid. Wenners in Brons is ruimskoots vaardige en opvallend kreatiewe artefakte wat die groot ervaring, verbeelding en vindingrykheid van hul ontwerpers bevestig. Daar word verwag dat Thermal Sense Bestuurder-moniteringskoppelvlak 'n hoog aangeskrewe, bewonderde en gekoesterde voorwerp is wat merkwaardig professioneel en innoverend is. Hierdie ontwerp wat die A' Design Award in Brons gewen het, inkorporeer die beste praktyke in kuns, wetenskap, ontwerp en tegnologie en is uitstekend vanweë sy aandag aan detail. Thermal Sense Bestuurder-moniteringskoppelvlak bevredig behoeftes pragtig, raak aan begeertes, bekoor gevoelens en spreek die nuuskierigheid aan.

Agter die Ontwerp

Persstel

Krediete, spanlede en tegniese besonderhede verskaf deur die ontwerper.

Unieke Eienskappe: With the increasing requirement for in-car cameras to monitor drivers and support assisted driving systems, Thermal Sense offers a groundbreaking alternative. It replaces traditional cameras with low-resolution thermal sensors, capturing only heat signatures to eliminate privacy risks. This system ensures data-level privacy while detecting drowsiness, distractions, and child presence using advanced machine learning. By prioritizing safety and privacy, Thermal Sense sets a new benchmark.
Afmetings & Verpakking: The thermal sensor module measures 40mm x 30mm x 20mm and is mounted discreetly on the rearview mirror for optimal cabin coverage. It features a low-resolution array of 32x32 pixels with a thermal sensitivity of ± 0.1°C. The system operates in real-time with a latency of under 100ms, powered by a custom hardware platform integrating convolutional neural network architectures. The package is lightweight, energy-efficient, and optimized for seamless automotive integration.
Etikette: thermal imaging, privacy monitoring, driver analysis, cabin safety, thermal sensors, non-invasive, AI
Produksietegnologie: Thermal Sense integrates a thermal sensor at the rearview mirror for wide-angle cabin coverage. Sourced with customized original equipment manufacturer specifications, the sensor detects minute thermal variations, ensuring high sensitivity for monitoring physiological parameters. Advanced convolutional neural network process thermal data, analyzing key indicators like eye closure rates and head movements. A robust real-time pipeline enhances image quality, extracts features, and provides immediate safety alerts.
Ontwerpuitdaging: Limited availability of high-quality, low-cost thermal sensors and real-time processing technology were overcome through iterative testing and collaboration with original equipment manufactures and artificial intelligence experts.
Navorsing: Using an in-between method, we cross-compared the thermal sensor approach with traditional cameras for measuring driver behavior. Controlled experiments with 50 participants assessed drowsiness and distractions. Results showed no significant performance difference between the two methods. This demonstrates that the thermal approach is as effective as cameras while eliminating privacy concerns, making it a superior, privacy-conscious solution.
Inspirasie: Inspired by advancements in thermal imaging and the need for privacy-focused solutions, Thermal Sense addresses mandatory driver monitoring requirements without compromising identity. Research shows the efficacy of thermal sensors in detecting behavior and ensuring safety. By eliminating human-identifiable color images, it prioritizes privacy while monitoring driver attention, passenger activity, and child presence.
Projekduur: The project commenced in January 2023 in Shanghai, China, and was completed in October 2024. Research, development, and testing phases were conducted in collaboration with leading automotive technology innovation labs.
Bedryfsvloei: Thermal Sense operates seamlessly in the background, using a thermal sensor to monitor the cabin without capturing identifiable images. Installed on the rearview mirror, it detects heat patterns to identify driver drowsiness, distractions, or child presence. The system provides real-time alerts, ensuring safety without compromising privacy. Its unobtrusive design and precise detection deliver reliable results, creating a safer and more privacy-conscious driving experience.
Patente: Copyrights belong to Zeyuan Zhang, and Tick Design Labs (Shanghai)
Spanlede: Lead Designer: Zeyuan Zhang
Lead Designer: Xuechun Tao
Lead Designer: Yangyi Tai
Beeldkrediete: All Image: Zeyuan Zhang