Stereoscopic Video Generation Device and Program
This technology dynamically compresses 3D model depth and precisely transforms vertex coordinates based on observer movement, dramatically enhancing 3D vid…
Boost 3D Immersion by 1.5x, Eliminate Visual Discomfort
~$800K/year estimated market development opportunity (est.)
Subject Modeling Device, Rendering Device, and Program
This technology offers an innovative approach to 3D subject modeling and rendering, achieving highly realistic, view-dependent textures with significantly …
Accelerate 3D Rendering: ~40% Fewer Artifacts, Photorealistic Textures
~$550K/year estimated cost reduction per facility (est.)
Head-Related Transfer Function Modeling Apparatus and Program
This technology offers an innovative method for Head-Related Transfer Function (HRTF) modeling, enabling independent, high-precision control over sound ima…
3D Audio: Independent Sound Control Boosts Realism, Cuts Dev Time by 20%
~$350K/year estimated cost reduction per facility (est.)
Acoustic Metadata Processing Apparatus and Program
This technology resolves ambiguity in acoustic metadata for object-based audio, ensuring precise playback positioning. It automates complex adjustments, si…
Boost Immersive Content Production by ~20% with Precise Spatial Audio
~$250K/year estimated cost savings per facility (est.)
Audio Metadata Processing Apparatus and Program
This technology intelligently processes dynamic audio metadata in object-based sound environments, significantly reducing data volume by up to 80%. It iden…
80% Data Reduction in Audio Metadata for Real-time Immersive Experiences
~$200K/year estimated communication and storage cost savings per facility (est.)
Impulse Response Generation Apparatus and Impulse Response Generation Program
This technology automates the precise separation of initial reflections and late reverberations from a single impulse response, then generates numerous div…
Automated Immersive Audio: Generate Diverse Soundscapes, Cut Dev Time by 30%
~$200K/year estimated development cost reduction per facility (est.)
Transmitting Apparatus and Receiving Apparatus
This technology optimizes digital broadcast control signal (TMCC) transmission. It combines TDM and FDM with dynamic TMCC bit-rate adjustment to boost band…
Boost Broadcast Efficiency by 20% with Adaptive TMCC for 4K/8K
~$1M/year estimated cost reduction per facility (est.).
Transmission Device and Reception Device
This technology optimizes preamble signal transmission in multi-bandwidth broadcasting, enhancing data throughput by up to 20% and ensuring high system sca…
Next-Gen Broadcasting: 20% More Data, Future-Proofed for 5G/6G
~$1M/year estimated operational cost reduction per facility (est.)
Transmission and Reception Device
This technology optimizes signal multiplexing in broadcasting systems by flexibly combining FDM and TDM within a single transmission band. It efficiently d…
Multilayering boosts broadcast efficiency by 30%, enabling next-gen services.
~$250K/year estimated profitability improvement per facility (est.)
Pressure Detection Device
This technology dramatically enhances piezoelectric sensor sensitivity through a unique mechanical design, precisely controlling the central and edge movem…
3x Sensitivity, Capturing Micro-Pressures for Enhanced Precision
~$150K/year estimated cost reduction per facility (est.)
Method for Producing Gelatinized Starch Powder
This technology precisely controls twin-screw extruders for gelatinized starch powder production using a unique 'QE value' (400+). It ensures uniform, high…
QE Value Control Boosts Starch Powder Output by 2×, Cuts Costs 20%
~$250K/year estimated cost savings per facility (est.).
Crystal Structure Calculation Method, Program, and Apparatus
This technology offers an AI-driven method for ultra-high precision and efficient crystal structure calculation. By systematically exploring free energy mi…
AI Crystal Analysis: 20% Faster R&D, Ultra-High Accuracy
~$0.5M/year estimated R&D cost savings per facility (est.)
Aquatic Organism Model Made of Hydrogel Material
This technology utilizes advanced hydrogel materials to create realistic aquatic organism models that deform and float naturally with water currents. Its o…
Dynamic Hydrogel Models: 66% Maintenance Savings, 3x Realism
~$700K/year estimated maintenance cost reduction per facility (est.)
Method for Forming Carbonaceous Structures and Substrate Having Carbonaceous Structures
This technology precisely forms carbon nanostructures like CNTs on various substrates using a novel liquid-phase process. By combining a dispersion liquid …
Precision CNT Nanostructure Formation: Boost Yield by ~15%
~$350K/year estimated manufacturing cost reduction per facility (est.)
Biological Information Detection Device
This technology precisely detects biological information by uniquely eliminating noise from body surface potential and static electricity. It ensures stabl…
2x Accuracy, 80% Fewer False Alarms in Biosignal Monitoring
~$50K/year estimated cost savings per facility (est.)
Sulfonyl Aniline Skeleton Compounds or Salts, or Organic Fluorescent Materials Containin…
This technology introduces novel sulfonyl aniline compounds forming organic fluorescent materials. They offer superior stability in aqueous environments an…
Next-Gen Fluorescent Materials: 20% Less Reagent, Stable in Water
~$750K/year (AI est.) in combined reagent cost savings and accelerated new product revenue.
CdS Nanocomposite and Method for Producing the Same
This technology introduces a novel CdS nanocomposite catalyst, precisely engineered with amino acids to achieve sub-150nm particle sizes. It significantly …
Green Hydrogen: 1.5x Efficiency, ~10% Cost Reduction with Nanocomposite Catalyst
~$200K/year estimated cost reduction per facility (est.)
Transmitting Device and Receiving Device
This technology enables highly efficient and stable multiplex transmission of multiple broadcast signals within a single frame. By intelligently managing s…
Boosts Transmission Efficiency by ~20% for 4K/8K, Cuts Infrastructure Costs
~$1M/year estimated cost reduction per facility (est.)
Encoding Apparatus, Program, and Model Generation Method
This technology optimizes image and video encoding by integrating a 1D neural network model into the quantization process. It adaptively adjusts quantizati…
AI Quantization: 2x Faster Image Encoding, 50% Data Reduction
~$200K/year estimated cost savings per facility (est.)
Frame Skip Detection Device, Learning Device, and Frame Skip Detection Program
This AI-driven technology automatically detects subtle frame skips in video content with high precision, using a unique even/odd frame conversion and a tra…
Automated Video QA: AI boosts frame skip detection to >99% accuracy.
~$200K/year estimated cost reduction per facility (est.)
Measurement Apparatus and Measurement Method
This technology offers an advanced system and method for precise signal quality measurement in communication networks. It uniquely maintains the correlatio…
1.5x Measurement Accuracy, 2x Communication Stability
~$10M/year estimated operational cost reduction per facility (est.)
Media Processing Apparatus
This technology provides a media processing apparatus that significantly offloads rendering tasks for immersive content (VR/AR, 360-degree video) from user…
Immersive Content: Offload Rendering, Cut Device Load by 70%
~$2.2M/year estimated capital expenditure reduction per facility (est.)
Video Creation Device, Program Production System, and Program
This technology optimizes video data transmission between remote sites and broadcast stations. By creating return video based on switcher control signals, …
Live Broadcast Data Cut by 66%, Streamlining Field Operations
~$250K/year estimated cost reduction per facility (est.)
Viewing Data Transmission Device and Program
This technology detects video playback events and securely transmits viewing data directly to a user's Personal Data Store (PDS). By enabling user data sov…
Boost User Trust by 15%, Enable Hyper-Personalization with User-Controlled Data
~$1M/year estimated user trust improvement per facility (est.)