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Path: Home > Boosting Innovation > Winning International Accolades > R&D 100 Awards
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R&D 100 Awards

| 2024 | 2023 | 2022 |
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MOSAIC, Memory-cube Operability in a Stacked AI Chip for Generative AI／ITRI

●Combines logic and memory components and reduces data transmission distances from micrometers to nanometers.
●Cuts heat generation by 90% and reduces costs by 80%.
●Supports various AI applications, from portable devices to HPC servers.

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CO2-Fixing Polycarbonate／ITRI

●Converts captured CO₂ into high-performance polycarbonate, cutting emissions.
●Runs a zero-waste, closed-loop system with recycled chemicals.
●Uses non-toxic feedstock, recycling solvents and wastewater while maintaining quality.

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In-Line X-Ray Critical Dimension Metrology System (XRCD)／ITRI

●Uses X-rays for measuring critical dimensions in semiconductor manufacturing, overcoming limitations of optical methods.
●Achieves 3D measurement accuracy within < 0.1 nm, suitable for complex microstructures in advanced chips.
●Integrates multi-signal machine learning for precise and efficient 3D measurements.

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Digital Twin System for Tapping Process, DiTwS-TP／ITRI

●Uses AI-driven models with physics-based simulations to accurately predict the behavior of liquid steel.
●Integrates virtual modeling for precise control in the tapping process.
●Improves safety, efficiency, and steel quality while reducing operational costs through optimized, real-time strategies.

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AI-driven Self-Navigating Miniature Serpentine Robotic System for Natural Orifice Transluminal Endoscopic Surgery, AiSNMSR／ITRI

●Offers high maneuverability and self-navigation with real-time tactile feedback for precise, safe natural orifice endoscopic surgery.
●Uses a CMOS camera with AI-enhanced image recognition for enhanced surgical control.
●Enables adaptable tool changes, reduces complications and improves outcomes.

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Mushroom Leather Cultivates System／TTRI

This system utilizes a non-woven soy protein growing bed, allowing mushroom leather to grow both on the surface and within the bed, unlike traditional cotton beds that limit growth to the surface. This advancement promotes efficient rolled growth.

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AI Self-Learning Fabric Inspecting System／TTRI

This system employs advanced optical design and comprehensive inspection methods, detecting 99% of fabric defects and accurately marking defect locations on screens and fabrics for precise quality control during production.

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Bionic Mono-Material Leather／TTRI

This innovative material, made entirely from polyolefin polymer (SEBS), converts thermoplastic materials into a textile form using non-woven fabric shaping and fiber control techniques. The production process is streamlined from eight steps to four while maintaining excellent breathability and elasticity.

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EHE Combustion System／MIRDC

MIRDC's Enduring-High-Efficiency Combustion System for Industrial Furnace (EHE Combustion System) received 2024 R&D 100 Awards. The furnace is equipped with self-recuperative burners which are operated by intelligent burner operating principle (IntelliBurn).

 

Source: R&D 100 Awards

Last update: 2025-01-13

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