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| − | '''Summary of the patent applications from ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE on November 30th, 2023'''
| + | ==Patent applications for ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE on November 30th, 2023== |
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| − | The Electronics and Telecommunications Research Institute (ETRI) has recently filed several patents in various fields, including flexible organic light emitting elements, broadcasting signals using layered division multiplexing, wireless communication systems, communication systems, wireless power reception apparatus, intelligent tutoring systems, education in augmented reality, processing driving cooperation messages in autonomous vehicles, low-resolution face recognition devices, and image encoding methods.
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| − | Summary of Recent Patents by ETRI:
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| − | - ETRI has filed a patent for a flexible organic light emitting element, which includes a flexible substrate, circuit element layer, emission layer, and encapsulation structures. The encapsulation structures consist of inorganic and organic layers, including a polymer nanocomposite.
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| − | - Another patent application by ETRI describes an apparatus and method for broadcasting signals using layered division multiplexing. The method involves combining core and enhanced layer signals, normalizing the power, performing time interleaving, and generating a broadcast signal frame.
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| − | - ETRI has also filed a patent for a method to improve the accuracy of channel estimation in wireless communication systems. The method involves receiving reference signals, generating channel information, processing it using artificial neural networks, and improving the accuracy of channel estimation.
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| − | - ETRI's patent application for operating a terminal in a communication system involves receiving data units, generating a HARQ codebook, transmitting it back to the base station, and sharing a reference time for effective communication.
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| − | - ETRI has developed a wireless power reception apparatus that includes a resonant circuit with two paths, capacitors, gates, and a reception coil. The apparatus wirelessly receives power based on the capacitance of the resonant circuit.
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| − | - ETRI's intelligent tutoring method involves selecting utterance types, selecting grounded knowledge, generating tutor utterances, and assessing learner utterances in a current dialogue turn.
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| − | - ETRI has filed a patent for an education system in augmented reality, specifically designed for technology education. The system includes an instructor terminal, AR service providing server, and learner terminal for training using AR content.
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| − | - ETRI's patent application for processing driving cooperation messages in autonomous vehicles focuses on adjusting cooperation classes, creating driving strategies, and generating second driving cooperation messages for cooperative driving.
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| − | - ETRI has developed a low-resolution face recognition device that accurately identifies faces using high-resolution and low-resolution images. The device includes image inputters, feature extractors, a feature combiner, a feature adaptation network, and a consistency meter.
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| − | - ETRI's image encoding method involves classifying view images, pruning them, generating an atlas, and encoding the atlas and metadata, which includes information about spherical harmonic functions in 3D space.
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| − | Notable Applications:
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| − | * Flexible organic light emitting elements for improved display technology.
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| − | * Broadcasting signals using layered division multiplexing for efficient signal transmission.
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| − | * Improved accuracy of channel estimation in wireless communication systems.
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| − | * Efficient handling of data units in communication systems using HARQ codebooks.
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| − | * Wireless power reception apparatus for wireless charging technology.
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| − | * Intelligent tutoring systems for personalized and effective learning.
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| − | * Education in augmented reality for enhanced technology education.
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| − | * Enhanced communication and coordination between autonomous vehicles.
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| − | * Accurate face recognition using high-resolution and low-resolution images.
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| − | * Image encoding method for efficient storage and transmission of view images.
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| − | ==Patent applications for electronics and telecommunications research institute on November 30th, 2023==
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| − | ===TWO-PHOTON MICROSCOPE ([[US Patent Application 18088958. TWO-PHOTON MICROSCOPE simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18088958]])===
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| − | '''Main Inventor'''
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| − | Hong-Seok SEO
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| − | ===WIRELESS CHANNEL REPRODUCTION DEVICE ([[US Patent Application 18120213. WIRELESS CHANNEL REPRODUCTION DEVICE simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18120213]])===
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| − | '''Main Inventor'''
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| − | Dong-Uk SIM
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| − | ===APPARATUS AND METHOD FOR GENERATING HOLOGRAM ([[US Patent Application 18325706. APPARATUS AND METHOD FOR GENERATING HOLOGRAM simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18325706]])===
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| − | '''Main Inventor'''
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| − | Jeho NAM
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| − | ===STRETCHABLE ELECTRONIC DEVICE ([[US Patent Application 18315247. STRETCHABLE ELECTRONIC DEVICE simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18315247]])===
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| − | '''Main Inventor'''
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| − | Jae Bon KOO
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| − | ===SPIKE NEURAL NETWORK CIRCUIT AND METHOD OF OPERATION THEREOF ([[US Patent Application 18125552. SPIKE NEURAL NETWORK CIRCUIT AND METHOD OF OPERATION THEREOF simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18125552]])===
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| − | '''Main Inventor'''
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| − | Kwang IL OH
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| − | ===SPIKE NEURAL NETWORK CIRCUIT INCLUDING INPUT SPIKE DETECTING CIRCUIT AND OPERATING METHOD THEREOF ([[US Patent Application 18307196. SPIKE NEURAL NETWORK CIRCUIT INCLUDING INPUT SPIKE DETECTING CIRCUIT AND OPERATING METHOD THEREOF simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18307196]])===
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| − | '''Main Inventor'''
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| − | Kwang IL OH
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| − | ===SPIKE NEURAL NETWORK CIRCUIT ([[US Patent Application 18125553. SPIKE NEURAL NETWORK CIRCUIT simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18125553]])===
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| − | '''Main Inventor'''
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| − | Kwang IL OH
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| − | ===OPTICAL ARTIFICIAL NEURAL NETWORK SYSTEM ([[US Patent Application 18098339. OPTICAL ARTIFICIAL NEURAL NETWORK SYSTEM simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18098339]])===
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| − | '''Main Inventor'''
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| − | Jin Hwa GENE
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| − | ===METHOD FOR DECODING IMMERSIVE VIDEO AND METHOD FOR ENCODING IMMERSIVE VIDEO ([[US Patent Application 18323834. METHOD FOR DECODING IMMERSIVE VIDEO AND METHOD FOR ENCODING IMMERSIVE VIDEO simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18323834]])===
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| − | '''Main Inventor'''
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| − | Hong Chang SHIN
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| − | ===LOW-RESOLUTION FACE RECOGNITION DEVICE AND LOW-RESOLUTION FACE RECOGNIZER LEARNING DEVICE AND METHOD ([[US Patent Application 18313152. LOW-RESOLUTION FACE RECOGNITION DEVICE AND LOW-RESOLUTION FACE RECOGNIZER LEARNING DEVICE AND METHOD simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18313152]])===
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| − | '''Main Inventor'''
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| − | Hyungil KIM
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| − | ===METHOD AND APPARATUS FOR PROCESSING DRIVING COOPERATION MESSAGE ([[US Patent Application 18098441. METHOD AND APPARATUS FOR PROCESSING DRIVING COOPERATION MESSAGE simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18098441]])===
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| − | '''Main Inventor'''
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| − | Shin-Kyung LEE
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| − | ===SYSTEM FOR EDUCATION IN AUGMENTATION REALITY AND METHOD FOR THE SAME ([[US Patent Application 17943737. SYSTEM FOR EDUCATION IN AUGMENTATION REALITY AND METHOD FOR THE SAME simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|17943737]])===
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| − | '''Main Inventor'''
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| − | Sung Jin HONG
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| − | ===INTELLIGENT TUTORING METHOD AND SYSTEM ([[US Patent Application 17960356. INTELLIGENT TUTORING METHOD AND SYSTEM simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|17960356]])===
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| − | '''Main Inventor'''
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| − | Jinxia HUANG
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| − | ===WIRELESS POWER RECEPTION APPARATUS ([[US Patent Application 18095697. WIRELESS POWER RECEPTION APPARATUS simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18095697]])===
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| − | '''Main Inventor'''
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| − | Sang-Won KIM
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| − | ===METHOD AND APPARATUS FOR TRANSMITTING DATA BASED ON SENSING IN COMMUNICATION SYSTEM ([[US Patent Application 18366422. METHOD AND APPARATUS FOR TRANSMITTING DATA BASED ON SENSING IN COMMUNICATION SYSTEM simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18366422]])===
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| − | '''Main Inventor'''
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| − | Cheul Soon KIM
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| − | ===METHOD AND APPARATUS FOR CHANNEL ESTIMATION IN COMMUNICATION SYSTEM ([[US Patent Application 18323258. METHOD AND APPARATUS FOR CHANNEL ESTIMATION IN COMMUNICATION SYSTEM simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18323258]])===
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| − | '''Main Inventor'''
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| − | An Seok LEE
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| − | ===BROADCASTING SIGNAL FRAME GENERATION APPARATUS AND METHOD USING LAYERED DIVISIONAL MULTIPLEXING ([[US Patent Application 18450004. BROADCASTING SIGNAL FRAME GENERATION APPARATUS AND METHOD USING LAYERED DIVISIONAL MULTIPLEXING simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18450004]])===
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| − | '''Main Inventor'''
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| − | Jae-Young LEE
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| − | ===FLEXIBLE ORGANIC LIGHT EMITTING ELEMENT INCLUDING ENCAPSULATION STRUCTURE ([[US Patent Application 18303412. FLEXIBLE ORGANIC LIGHT EMITTING ELEMENT INCLUDING ENCAPSULATION STRUCTURE simplified abstract (ELECTRONICS AND TELECOMMUNICATIONS RESEARCH INSTITUTE)|18303412]])===
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| − | '''Main Inventor'''
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| − | Byoung-Hwa KWON
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