Difference between revisions of "QUALCOMM Incorporated patent applications published on November 30th, 2023"

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'''Summary of the patent applications from QUALCOMM Incorporated on November 30th, 2023'''
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QUALCOMM Incorporated has recently filed several patent applications related to wireless communications. These patents cover various aspects of managing access points, improving unicast links, establishing connections via sidelink communications, waveform type switching, two-step random access channel procedures, transmitting feedback in sidelink communication, resource allocation in Edge networks, and performing listen-before-talk processes in shared spectrum.
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Summary:
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QUALCOMM Incorporated has filed a series of patent applications related to wireless communications. These patents cover a range of topics including managing access points, improving unicast links, establishing connections via sidelink communications, waveform type switching, two-step random access channel procedures, transmitting feedback in sidelink communication, resource allocation in Edge networks, and performing listen-before-talk processes in shared spectrum.
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Notable Applications:
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* Managing different types of access points based on their capabilities.
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* Improving the performance of unicast links between multiple user equipments.
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* Establishing connections and agreeing on transmission directions and traffic patterns in sidelink communications.
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* Switching waveform types during uplink transmissions based on certain conditions.
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* Using reference signal resources to transmit a reference signal along with random access messages.
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* Transmitting feedback in sidelink communication using unlicensed spectrum.
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* Performing listen-before-talk procedures before transmitting data in shared spectrum.
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* Allocating resources to multiple mobile devices in an Edge network based on their capabilities and the computing task.
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* Allowing user equipments to select unoccupied sidelink resources in shared spectrum to improve communication quality.
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==Patent applications for QUALCOMM Incorporated on November 30th, 2023==
 
==Patent applications for QUALCOMM Incorporated on November 30th, 2023==
  
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===SPACE VEHICLE GEOMETRY BASED MACHINE LEARNING FOR MEASUREMENT ERROR DETECTION AND CLASSIFICATION ([[US Patent Application 17804849. SPACE VEHICLE GEOMETRY BASED MACHINE LEARNING FOR MEASUREMENT ERROR DETECTION AND CLASSIFICATION simplified abstract|17804849]])===
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===SPACE VEHICLE GEOMETRY BASED MACHINE LEARNING FOR MEASUREMENT ERROR DETECTION AND CLASSIFICATION ([[US Patent Application 17804849. SPACE VEHICLE GEOMETRY BASED MACHINE LEARNING FOR MEASUREMENT ERROR DETECTION AND CLASSIFICATION simplified abstract (QUALCOMM Incorporated)|17804849]])===
  
  
Line 9: Line 30:
  
  
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===BUMP STRUCTURE FOR MICRO-BUMPED WAFER PROBE ([[US Patent Application 17804658. BUMP STRUCTURE FOR MICRO-BUMPED WAFER PROBE simplified abstract|17804658]])===
+
===BUMP STRUCTURE FOR MICRO-BUMPED WAFER PROBE ([[US Patent Application 17804658. BUMP STRUCTURE FOR MICRO-BUMPED WAFER PROBE simplified abstract (QUALCOMM Incorporated)|17804658]])===
  
  
Line 17: Line 38:
  
  
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===POSITION-GRID BASED MACHINE LEARNING FOR GNSS WARM-START POSITION ACCURACY IMPROVEMENT ([[US Patent Application 17804809. POSITION-GRID BASED MACHINE LEARNING FOR GNSS WARM-START POSITION ACCURACY IMPROVEMENT simplified abstract|17804809]])===
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===POSITION-GRID BASED MACHINE LEARNING FOR GNSS WARM-START POSITION ACCURACY IMPROVEMENT ([[US Patent Application 17804809. POSITION-GRID BASED MACHINE LEARNING FOR GNSS WARM-START POSITION ACCURACY IMPROVEMENT simplified abstract (QUALCOMM Incorporated)|17804809]])===
  
  
Line 25: Line 46:
  
  
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===MULTISTATIC RADAR MEASUREMENT ([[US Patent Application 18328256. MULTISTATIC RADAR MEASUREMENT simplified abstract|18328256]])===
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===MULTISTATIC RADAR MEASUREMENT ([[US Patent Application 18328256. MULTISTATIC RADAR MEASUREMENT simplified abstract (QUALCOMM Incorporated)|18328256]])===
  
  
Line 33: Line 54:
  
  
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===ENHANCED SIDELINK-AIDED HYBRID NETWORK POSITIONING ([[US Patent Application 18250155. ENHANCED SIDELINK-AIDED HYBRID NETWORK POSITIONING simplified abstract|18250155]])===
+
===ENHANCED SIDELINK-AIDED HYBRID NETWORK POSITIONING ([[US Patent Application 18250155. ENHANCED SIDELINK-AIDED HYBRID NETWORK POSITIONING simplified abstract (QUALCOMM Incorporated)|18250155]])===
  
  
Line 41: Line 62:
  
  
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===SCENE SEGMENTATION AND OBJECT TRACKING ([[US Patent Application 17828962. SCENE SEGMENTATION AND OBJECT TRACKING simplified abstract|17828962]])===
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===SCENE SEGMENTATION AND OBJECT TRACKING ([[US Patent Application 17828962. SCENE SEGMENTATION AND OBJECT TRACKING simplified abstract (QUALCOMM Incorporated)|17828962]])===
  
  
Line 49: Line 70:
  
  
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===SYSTEMS AND TECHNIQUES FOR DEPTH ESTIMATION ([[US Patent Application 18046060. SYSTEMS AND TECHNIQUES FOR DEPTH ESTIMATION simplified abstract|18046060]])===
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===SYSTEMS AND TECHNIQUES FOR DEPTH ESTIMATION ([[US Patent Application 18046060. SYSTEMS AND TECHNIQUES FOR DEPTH ESTIMATION simplified abstract (QUALCOMM Incorporated)|18046060]])===
  
  
Line 57: Line 78:
  
  
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===METHOD AND SYSTEM FOR REFRESHING MEMORY OF A PORTABLE COMPUTING DEVICE ([[US Patent Application 18249925. METHOD AND SYSTEM FOR REFRESHING MEMORY OF A PORTABLE COMPUTING DEVICE simplified abstract|18249925]])===
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===METHOD AND SYSTEM FOR REFRESHING MEMORY OF A PORTABLE COMPUTING DEVICE ([[US Patent Application 18249925. METHOD AND SYSTEM FOR REFRESHING MEMORY OF A PORTABLE COMPUTING DEVICE simplified abstract (QUALCOMM Incorporated)|18249925]])===
  
  
Line 65: Line 86:
  
  
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===INTEGRATED CIRCUIT (IC) PACKAGE EMPLOYING ON-PACKAGE TUNABLE INDUCTOR FORMED IN REDISTRIBUTION LAYER (RDL) FOR IMPEDANCE TUNER CIRCUIT, AND RELATED METHODS ([[US Patent Application 17664727. INTEGRATED CIRCUIT (IC) PACKAGE EMPLOYING ON-PACKAGE TUNABLE INDUCTOR FORMED IN REDISTRIBUTION LAYER (RDL) FOR IMPEDANCE TUNER CIRCUIT, AND RELATED METHODS simplified abstract|17664727]])===
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===INTEGRATED CIRCUIT (IC) PACKAGE EMPLOYING ON-PACKAGE TUNABLE INDUCTOR FORMED IN REDISTRIBUTION LAYER (RDL) FOR IMPEDANCE TUNER CIRCUIT, AND RELATED METHODS ([[US Patent Application 17664727. INTEGRATED CIRCUIT (IC) PACKAGE EMPLOYING ON-PACKAGE TUNABLE INDUCTOR FORMED IN REDISTRIBUTION LAYER (RDL) FOR IMPEDANCE TUNER CIRCUIT, AND RELATED METHODS simplified abstract (QUALCOMM Incorporated)|17664727]])===
  
  
Line 73: Line 94:
  
  
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===PACKAGE COMPRISING AN INTEGRATED DEVICE CONFIGURED FOR SHAREABLE POWER RESOURCE ([[US Patent Application 18365063. PACKAGE COMPRISING AN INTEGRATED DEVICE CONFIGURED FOR SHAREABLE POWER RESOURCE simplified abstract|18365063]])===
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===PACKAGE COMPRISING AN INTEGRATED DEVICE CONFIGURED FOR SHAREABLE POWER RESOURCE ([[US Patent Application 18365063. PACKAGE COMPRISING AN INTEGRATED DEVICE CONFIGURED FOR SHAREABLE POWER RESOURCE simplified abstract (QUALCOMM Incorporated)|18365063]])===
  
  
Line 81: Line 102:
  
  
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===Vertically Integrated Device Stack Including System on Chip and Power Management Integrated Circuit ([[US Patent Application 18300162. Vertically Integrated Device Stack Including System on Chip and Power Management Integrated Circuit simplified abstract|18300162]])===
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===Vertically Integrated Device Stack Including System on Chip and Power Management Integrated Circuit ([[US Patent Application 18300162. Vertically Integrated Device Stack Including System on Chip and Power Management Integrated Circuit simplified abstract (QUALCOMM Incorporated)|18300162]])===
  
  
Line 89: Line 110:
  
  
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===Wideband Amplifier ([[US Patent Application 17824802. Wideband Amplifier simplified abstract|17824802]])===
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===Wideband Amplifier ([[US Patent Application 17824802. Wideband Amplifier simplified abstract (QUALCOMM Incorporated)|17824802]])===
  
  
Line 97: Line 118:
  
  
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===NOISE SHAPING IN MULTI-STAGE ANALOG-TO-DIGITAL CONVERTERS ([[US Patent Application 17804779. NOISE SHAPING IN MULTI-STAGE ANALOG-TO-DIGITAL CONVERTERS simplified abstract|17804779]])===
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===NOISE SHAPING IN MULTI-STAGE ANALOG-TO-DIGITAL CONVERTERS ([[US Patent Application 17804779. NOISE SHAPING IN MULTI-STAGE ANALOG-TO-DIGITAL CONVERTERS simplified abstract (QUALCOMM Incorporated)|17804779]])===
  
  
Line 105: Line 126:
  
  
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===SELECTIVE ANTENNA TERMINATION ([[US Patent Application 18315336. SELECTIVE ANTENNA TERMINATION simplified abstract|18315336]])===
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===SELECTIVE ANTENNA TERMINATION ([[US Patent Application 18315336. SELECTIVE ANTENNA TERMINATION simplified abstract (QUALCOMM Incorporated)|18315336]])===
  
  
Line 113: Line 134:
  
  
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===TRANSMISSION CONFIGURATION INDICATOR (TCI) STATE INDICATIONS FOR TILTED ANTENNA ARRAYS ([[US Patent Application 17824525. TRANSMISSION CONFIGURATION INDICATOR (TCI) STATE INDICATIONS FOR TILTED ANTENNA ARRAYS simplified abstract|17824525]])===
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===TRANSMISSION CONFIGURATION INDICATOR (TCI) STATE INDICATIONS FOR TILTED ANTENNA ARRAYS ([[US Patent Application 17824525. TRANSMISSION CONFIGURATION INDICATOR (TCI) STATE INDICATIONS FOR TILTED ANTENNA ARRAYS simplified abstract (QUALCOMM Incorporated)|17824525]])===
  
  
Line 121: Line 142:
  
  
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===LEARNING-BASED DYNAMIC SIGNAL FORMATTING WITH RAMIFICATION CODING ([[US Patent Application 17824890. LEARNING-BASED DYNAMIC SIGNAL FORMATTING WITH RAMIFICATION CODING simplified abstract|17824890]])===
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===LEARNING-BASED DYNAMIC SIGNAL FORMATTING WITH RAMIFICATION CODING ([[US Patent Application 17824890. LEARNING-BASED DYNAMIC SIGNAL FORMATTING WITH RAMIFICATION CODING simplified abstract (QUALCOMM Incorporated)|17824890]])===
  
  
Line 129: Line 150:
  
  
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===PEER-TO-PEER BEAMFORMING ALIGNMENT IN NEW RADIO (NR) SIDELINK (SL) MODE 2 ([[US Patent Application 18304665. PEER-TO-PEER BEAMFORMING ALIGNMENT IN NEW RADIO (NR) SIDELINK (SL) MODE 2 simplified abstract|18304665]])===
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===PEER-TO-PEER BEAMFORMING ALIGNMENT IN NEW RADIO (NR) SIDELINK (SL) MODE 2 ([[US Patent Application 18304665. PEER-TO-PEER BEAMFORMING ALIGNMENT IN NEW RADIO (NR) SIDELINK (SL) MODE 2 simplified abstract (QUALCOMM Incorporated)|18304665]])===
  
  
Line 137: Line 158:
  
  
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===METHODS FOR CONVEYING ADDITIONAL INFORMATION VIA BEAM PERMUTATIONS ([[US Patent Application 18304697. METHODS FOR CONVEYING ADDITIONAL INFORMATION VIA BEAM PERMUTATIONS simplified abstract|18304697]])===
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===METHODS FOR CONVEYING ADDITIONAL INFORMATION VIA BEAM PERMUTATIONS ([[US Patent Application 18304697. METHODS FOR CONVEYING ADDITIONAL INFORMATION VIA BEAM PERMUTATIONS simplified abstract (QUALCOMM Incorporated)|18304697]])===
  
  
Line 145: Line 166:
  
  
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===CHANNEL STATE INFORMATION (CSI) REPORT STRUCTURE FOR DYNAMIC ANTENNA PORT ADAPTATION ([[US Patent Application 17827569. CHANNEL STATE INFORMATION (CSI) REPORT STRUCTURE FOR DYNAMIC ANTENNA PORT ADAPTATION simplified abstract|17827569]])===
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===CHANNEL STATE INFORMATION (CSI) REPORT STRUCTURE FOR DYNAMIC ANTENNA PORT ADAPTATION ([[US Patent Application 17827569. CHANNEL STATE INFORMATION (CSI) REPORT STRUCTURE FOR DYNAMIC ANTENNA PORT ADAPTATION simplified abstract (QUALCOMM Incorporated)|17827569]])===
  
  
Line 153: Line 174:
  
  
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===REPORTING CONFIGURATION FOR CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION ([[US Patent Application 17827503. REPORTING CONFIGURATION FOR CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION simplified abstract|17827503]])===
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===REPORTING CONFIGURATION FOR CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION ([[US Patent Application 17827503. REPORTING CONFIGURATION FOR CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION simplified abstract (QUALCOMM Incorporated)|17827503]])===
  
  
Line 161: Line 182:
  
  
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===CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION REPORTING ([[US Patent Application 17827540. CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION REPORTING simplified abstract|17827540]])===
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===CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION REPORTING ([[US Patent Application 17827540. CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION REPORTING simplified abstract (QUALCOMM Incorporated)|17827540]])===
  
  
Line 169: Line 190:
  
  
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===ULTRA-RELIABLE LOW LATENCY COMMUNICATION WITH MULTIPLE TRANSMISSION-RECEPTION POINTS ([[US Patent Application 18201348. ULTRA-RELIABLE LOW LATENCY COMMUNICATION WITH MULTIPLE TRANSMISSION-RECEPTION POINTS simplified abstract|18201348]])===
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===ULTRA-RELIABLE LOW LATENCY COMMUNICATION WITH MULTIPLE TRANSMISSION-RECEPTION POINTS ([[US Patent Application 18201348. ULTRA-RELIABLE LOW LATENCY COMMUNICATION WITH MULTIPLE TRANSMISSION-RECEPTION POINTS simplified abstract (QUALCOMM Incorporated)|18201348]])===
  
  
Line 177: Line 198:
  
  
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===ENERGY-EFFICIENT BEAM SELECTION ([[US Patent Application 17664937. ENERGY-EFFICIENT BEAM SELECTION simplified abstract|17664937]])===
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===ENERGY-EFFICIENT BEAM SELECTION ([[US Patent Application 17664937. ENERGY-EFFICIENT BEAM SELECTION simplified abstract (QUALCOMM Incorporated)|17664937]])===
  
  
Line 185: Line 206:
  
  
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===BEAM MANAGEMENT USING AN OPTICAL BEACON ([[US Patent Application 17664919. BEAM MANAGEMENT USING AN OPTICAL BEACON simplified abstract|17664919]])===
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===BEAM MANAGEMENT USING AN OPTICAL BEACON ([[US Patent Application 17664919. BEAM MANAGEMENT USING AN OPTICAL BEACON simplified abstract (QUALCOMM Incorporated)|17664919]])===
  
  
Line 193: Line 214:
  
  
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===PER-BAND BEAM REPORT ([[US Patent Application 17804552. PER-BAND BEAM REPORT simplified abstract|17804552]])===
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===PER-BAND BEAM REPORT ([[US Patent Application 17804552. PER-BAND BEAM REPORT simplified abstract (QUALCOMM Incorporated)|17804552]])===
  
  
Line 201: Line 222:
  
  
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===CHANNEL ORIENTED MODULATION SELECTION FOR IMPROVED SPECTRAL EFFICIENCY ([[US Patent Application 17804279. CHANNEL ORIENTED MODULATION SELECTION FOR IMPROVED SPECTRAL EFFICIENCY simplified abstract|17804279]])===
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===CHANNEL ORIENTED MODULATION SELECTION FOR IMPROVED SPECTRAL EFFICIENCY ([[US Patent Application 17804279. CHANNEL ORIENTED MODULATION SELECTION FOR IMPROVED SPECTRAL EFFICIENCY simplified abstract (QUALCOMM Incorporated)|17804279]])===
  
  
Line 209: Line 230:
  
  
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===CONTINUOUS PHASE MODULATION IN WIRELESS COMMUNICATIONS ([[US Patent Application 17804479. CONTINUOUS PHASE MODULATION IN WIRELESS COMMUNICATIONS simplified abstract|17804479]])===
+
===CONTINUOUS PHASE MODULATION IN WIRELESS COMMUNICATIONS ([[US Patent Application 17804479. CONTINUOUS PHASE MODULATION IN WIRELESS COMMUNICATIONS simplified abstract (QUALCOMM Incorporated)|17804479]])===
  
  
Line 217: Line 238:
  
  
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===MULTIPLE MODULATION AND CODING SCHEME TABLES FOR MULTIPLE CODEWORDS ([[US Patent Application 17827459. MULTIPLE MODULATION AND CODING SCHEME TABLES FOR MULTIPLE CODEWORDS simplified abstract|17827459]])===
+
===MULTIPLE MODULATION AND CODING SCHEME TABLES FOR MULTIPLE CODEWORDS ([[US Patent Application 17827459. MULTIPLE MODULATION AND CODING SCHEME TABLES FOR MULTIPLE CODEWORDS simplified abstract (QUALCOMM Incorporated)|17827459]])===
  
  
Line 225: Line 246:
  
  
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===RESOURCE EXCLUSION IN A HALF DUPLEX BASED WIRELESS COMMUNICATION SYSTEM ([[US Patent Application 18322958. RESOURCE EXCLUSION IN A HALF DUPLEX BASED WIRELESS COMMUNICATION SYSTEM simplified abstract|18322958]])===
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===RESOURCE EXCLUSION IN A HALF DUPLEX BASED WIRELESS COMMUNICATION SYSTEM ([[US Patent Application 18322958. RESOURCE EXCLUSION IN A HALF DUPLEX BASED WIRELESS COMMUNICATION SYSTEM simplified abstract (QUALCOMM Incorporated)|18322958]])===
  
  
Line 233: Line 254:
  
  
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===LIGHT LAYER 1 MEASUREMENT REPORT ([[US Patent Application 17664703. LIGHT LAYER 1 MEASUREMENT REPORT simplified abstract|17664703]])===
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===LIGHT LAYER 1 MEASUREMENT REPORT ([[US Patent Application 17664703. LIGHT LAYER 1 MEASUREMENT REPORT simplified abstract (QUALCOMM Incorporated)|17664703]])===
  
  
Line 241: Line 262:
  
  
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===METHODS AND APPARATUS FOR SETTING SUBBAND CSI-RELATED PARAMETERS ([[US Patent Application 18323216. METHODS AND APPARATUS FOR SETTING SUBBAND CSI-RELATED PARAMETERS simplified abstract|18323216]])===
+
===METHODS AND APPARATUS FOR SETTING SUBBAND CSI-RELATED PARAMETERS ([[US Patent Application 18323216. METHODS AND APPARATUS FOR SETTING SUBBAND CSI-RELATED PARAMETERS simplified abstract (QUALCOMM Incorporated)|18323216]])===
  
  
Line 249: Line 270:
  
  
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===ENHANCING REFERENCE SIGNAL TRANSMISSION IN CARRIER AGGREGATION ([[US Patent Application 17827420. ENHANCING REFERENCE SIGNAL TRANSMISSION IN CARRIER AGGREGATION simplified abstract|17827420]])===
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===ENHANCING REFERENCE SIGNAL TRANSMISSION IN CARRIER AGGREGATION ([[US Patent Application 17827420. ENHANCING REFERENCE SIGNAL TRANSMISSION IN CARRIER AGGREGATION simplified abstract (QUALCOMM Incorporated)|17827420]])===
  
  
Line 257: Line 278:
  
  
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===HALF-DUPLEX USER EQUIPMENT OPERATION IN NEW RADIO FREQUENCY DIVISION DUPLEXED BANDS ([[US Patent Application 18306803. HALF-DUPLEX USER EQUIPMENT OPERATION IN NEW RADIO FREQUENCY DIVISION DUPLEXED BANDS simplified abstract|18306803]])===
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===HALF-DUPLEX USER EQUIPMENT OPERATION IN NEW RADIO FREQUENCY DIVISION DUPLEXED BANDS ([[US Patent Application 18306803. HALF-DUPLEX USER EQUIPMENT OPERATION IN NEW RADIO FREQUENCY DIVISION DUPLEXED BANDS simplified abstract (QUALCOMM Incorporated)|18306803]])===
  
  
Line 265: Line 286:
  
  
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===COMMUNICATIONS USING A NEURAL NETWORK BASED AT LEAST IN PART ON AN INDICATED INPUT SIZE AND/OR INPUT STRUCTURE ([[US Patent Application 18248350. COMMUNICATIONS USING A NEURAL NETWORK BASED AT LEAST IN PART ON AN INDICATED INPUT SIZE AND/OR INPUT STRUCTURE simplified abstract|18248350]])===
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===COMMUNICATIONS USING A NEURAL NETWORK BASED AT LEAST IN PART ON AN INDICATED INPUT SIZE AND/OR INPUT STRUCTURE ([[US Patent Application 18248350. COMMUNICATIONS USING A NEURAL NETWORK BASED AT LEAST IN PART ON AN INDICATED INPUT SIZE AND/OR INPUT STRUCTURE simplified abstract (QUALCOMM Incorporated)|18248350]])===
  
  
Line 273: Line 294:
  
  
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===FILE DELIVERY FAILURE FEEDBACK AND APPLICATION FEEDBACK ([[US Patent Application 18448410. FILE DELIVERY FAILURE FEEDBACK AND APPLICATION FEEDBACK simplified abstract|18448410]])===
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===FILE DELIVERY FAILURE FEEDBACK AND APPLICATION FEEDBACK ([[US Patent Application 18448410. FILE DELIVERY FAILURE FEEDBACK AND APPLICATION FEEDBACK simplified abstract (QUALCOMM Incorporated)|18448410]])===
  
  
Line 281: Line 302:
  
  
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===DISABLEMENT AND RECOVERY FOR LOST OR STOLEN USER DEVICE ([[US Patent Application 17804415. DISABLEMENT AND RECOVERY FOR LOST OR STOLEN USER DEVICE simplified abstract|17804415]])===
+
===DISABLEMENT AND RECOVERY FOR LOST OR STOLEN USER DEVICE ([[US Patent Application 17804415. DISABLEMENT AND RECOVERY FOR LOST OR STOLEN USER DEVICE simplified abstract (QUALCOMM Incorporated)|17804415]])===
  
  
Line 289: Line 310:
  
  
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===COMPOSITE IMAGE SIGNAL PROCESSOR ([[US Patent Application 18447978. COMPOSITE IMAGE SIGNAL PROCESSOR simplified abstract|18447978]])===
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===COMPOSITE IMAGE SIGNAL PROCESSOR ([[US Patent Application 18447978. COMPOSITE IMAGE SIGNAL PROCESSOR simplified abstract (QUALCOMM Incorporated)|18447978]])===
  
  
Line 297: Line 318:
  
  
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===SMART HIGH DYNAMIC RANGE IMAGE CLAMPING ([[US Patent Application 17824794. SMART HIGH DYNAMIC RANGE IMAGE CLAMPING simplified abstract|17824794]])===
+
===SMART HIGH DYNAMIC RANGE IMAGE CLAMPING ([[US Patent Application 17824794. SMART HIGH DYNAMIC RANGE IMAGE CLAMPING simplified abstract (QUALCOMM Incorporated)|17824794]])===
  
  
Line 305: Line 326:
  
  
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===PATCH-BASED IMAGE SENSOR ([[US Patent Application 17804014. PATCH-BASED IMAGE SENSOR simplified abstract|17804014]])===
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===PATCH-BASED IMAGE SENSOR ([[US Patent Application 17804014. PATCH-BASED IMAGE SENSOR simplified abstract (QUALCOMM Incorporated)|17804014]])===
  
  
Line 313: Line 334:
  
  
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===Managing Processing Of A Basic Safety Message ([[US Patent Application 17804108. Managing Processing Of A Basic Safety Message simplified abstract|17804108]])===
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===Managing Processing Of A Basic Safety Message ([[US Patent Application 17804108. Managing Processing Of A Basic Safety Message simplified abstract (QUALCOMM Incorporated)|17804108]])===
  
  
Line 321: Line 342:
  
  
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===SIGNALING OF CAPABILITY INFORMATION BY USER EQUIPMENT ([[US Patent Application 18326848. SIGNALING OF CAPABILITY INFORMATION BY USER EQUIPMENT simplified abstract|18326848]])===
+
===SIGNALING OF CAPABILITY INFORMATION BY USER EQUIPMENT ([[US Patent Application 18326848. SIGNALING OF CAPABILITY INFORMATION BY USER EQUIPMENT simplified abstract (QUALCOMM Incorporated)|18326848]])===
  
  
Line 329: Line 350:
  
  
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===CARRIER AGGREGATION CAPABILITY SIGNALING FOR A CONTROL CHANNEL WITH ULTRA-RELIABLE LOW-LATENCY COMMUNICATION ([[US Patent Application 18450283. CARRIER AGGREGATION CAPABILITY SIGNALING FOR A CONTROL CHANNEL WITH ULTRA-RELIABLE LOW-LATENCY COMMUNICATION simplified abstract|18450283]])===
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===CARRIER AGGREGATION CAPABILITY SIGNALING FOR A CONTROL CHANNEL WITH ULTRA-RELIABLE LOW-LATENCY COMMUNICATION ([[US Patent Application 18450283. CARRIER AGGREGATION CAPABILITY SIGNALING FOR A CONTROL CHANNEL WITH ULTRA-RELIABLE LOW-LATENCY COMMUNICATION simplified abstract (QUALCOMM Incorporated)|18450283]])===
  
  
Line 337: Line 358:
  
  
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===SYSTEMS AND METHODS FOR UPLINK HIGH EFFICIENCY LOCATION IN A WIRELESS NETWORK ([[US Patent Application 18321661. SYSTEMS AND METHODS FOR UPLINK HIGH EFFICIENCY LOCATION IN A WIRELESS NETWORK simplified abstract|18321661]])===
+
===SYSTEMS AND METHODS FOR UPLINK HIGH EFFICIENCY LOCATION IN A WIRELESS NETWORK ([[US Patent Application 18321661. SYSTEMS AND METHODS FOR UPLINK HIGH EFFICIENCY LOCATION IN A WIRELESS NETWORK simplified abstract (QUALCOMM Incorporated)|18321661]])===
  
  
Line 345: Line 366:
  
  
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===REPEATER MEASUREMENT GAP CONFIGURATION ([[US Patent Application 17804747. REPEATER MEASUREMENT GAP CONFIGURATION simplified abstract|17804747]])===
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===REPEATER MEASUREMENT GAP CONFIGURATION ([[US Patent Application 17804747. REPEATER MEASUREMENT GAP CONFIGURATION simplified abstract (QUALCOMM Incorporated)|17804747]])===
  
  
Line 353: Line 374:
  
  
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===BEAM QUALITY ENHANCEMENT TECHNIQUES IN DISCONTINUOUS RECEPTION (DRX) MODE ([[US Patent Application 17804275. BEAM QUALITY ENHANCEMENT TECHNIQUES IN DISCONTINUOUS RECEPTION (DRX) MODE simplified abstract|17804275]])===
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===BEAM QUALITY ENHANCEMENT TECHNIQUES IN DISCONTINUOUS RECEPTION (DRX) MODE ([[US Patent Application 17804275. BEAM QUALITY ENHANCEMENT TECHNIQUES IN DISCONTINUOUS RECEPTION (DRX) MODE simplified abstract (QUALCOMM Incorporated)|17804275]])===
  
  
Line 361: Line 382:
  
  
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===ENHANCED CHANNEL STATE FEEDBACK REPORTING ([[US Patent Application 17827502. ENHANCED CHANNEL STATE FEEDBACK REPORTING simplified abstract|17827502]])===
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===ENHANCED CHANNEL STATE FEEDBACK REPORTING ([[US Patent Application 17827502. ENHANCED CHANNEL STATE FEEDBACK REPORTING simplified abstract (QUALCOMM Incorporated)|17827502]])===
  
  
Line 369: Line 390:
  
  
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===CROSS-LINK INTERFERENCE MEASUREMENT AND REPORTING IN A MULTIPLE TRANSMISSION AND RECEPTION POINT SYSTEM ([[US Patent Application 17828944. CROSS-LINK INTERFERENCE MEASUREMENT AND REPORTING IN A MULTIPLE TRANSMISSION AND RECEPTION POINT SYSTEM simplified abstract|17828944]])===
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===CROSS-LINK INTERFERENCE MEASUREMENT AND REPORTING IN A MULTIPLE TRANSMISSION AND RECEPTION POINT SYSTEM ([[US Patent Application 17828944. CROSS-LINK INTERFERENCE MEASUREMENT AND REPORTING IN A MULTIPLE TRANSMISSION AND RECEPTION POINT SYSTEM simplified abstract (QUALCOMM Incorporated)|17828944]])===
  
  
Line 377: Line 398:
  
  
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===REPORTING POWER EFFICIENCY FOR COMMUNICATIONS ([[US Patent Application 17828863. REPORTING POWER EFFICIENCY FOR COMMUNICATIONS simplified abstract|17828863]])===
+
===REPORTING POWER EFFICIENCY FOR COMMUNICATIONS ([[US Patent Application 17828863. REPORTING POWER EFFICIENCY FOR COMMUNICATIONS simplified abstract (QUALCOMM Incorporated)|17828863]])===
  
  
Line 385: Line 406:
  
  
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===USER EQUIPMENT BANDWIDTH REPORTING ([[US Patent Application 17804741. USER EQUIPMENT BANDWIDTH REPORTING simplified abstract|17804741]])===
+
===USER EQUIPMENT BANDWIDTH REPORTING ([[US Patent Application 17804741. USER EQUIPMENT BANDWIDTH REPORTING simplified abstract (QUALCOMM Incorporated)|17804741]])===
  
  
Line 393: Line 414:
  
  
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===PHYSICAL UPLINK SHARED CHANNEL CONFIGURATIONS AND OCCASIONS FOR HANDOVER PROCEDURES ([[US Patent Application 18323787. PHYSICAL UPLINK SHARED CHANNEL CONFIGURATIONS AND OCCASIONS FOR HANDOVER PROCEDURES simplified abstract|18323787]])===
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===PHYSICAL UPLINK SHARED CHANNEL CONFIGURATIONS AND OCCASIONS FOR HANDOVER PROCEDURES ([[US Patent Application 18323787. PHYSICAL UPLINK SHARED CHANNEL CONFIGURATIONS AND OCCASIONS FOR HANDOVER PROCEDURES simplified abstract (QUALCOMM Incorporated)|18323787]])===
  
  
Line 401: Line 422:
  
  
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===SIGNALING FOR A USER EQUIPMENT MOBILITY PREDICTION ([[US Patent Application 17804720. SIGNALING FOR A USER EQUIPMENT MOBILITY PREDICTION simplified abstract|17804720]])===
+
===SIGNALING FOR A USER EQUIPMENT MOBILITY PREDICTION ([[US Patent Application 17804720. SIGNALING FOR A USER EQUIPMENT MOBILITY PREDICTION simplified abstract (QUALCOMM Incorporated)|17804720]])===
  
  
Line 409: Line 430:
  
  
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===SUB-SYMBOL DISCOVERY SIGNAL ([[US Patent Application 17804543. SUB-SYMBOL DISCOVERY SIGNAL simplified abstract|17804543]])===
+
===SUB-SYMBOL DISCOVERY SIGNAL ([[US Patent Application 17804543. SUB-SYMBOL DISCOVERY SIGNAL simplified abstract (QUALCOMM Incorporated)|17804543]])===
  
  
Line 417: Line 438:
  
  
−
===PRE-EMPTIVE BUFFER STATUS REPORT EXTENSION FOR NETWORK POWER SAVING ([[US Patent Application 17826078. PRE-EMPTIVE BUFFER STATUS REPORT EXTENSION FOR NETWORK POWER SAVING simplified abstract|17826078]])===
+
===PRE-EMPTIVE BUFFER STATUS REPORT EXTENSION FOR NETWORK POWER SAVING ([[US Patent Application 17826078. PRE-EMPTIVE BUFFER STATUS REPORT EXTENSION FOR NETWORK POWER SAVING simplified abstract (QUALCOMM Incorporated)|17826078]])===
  
  
Line 425: Line 446:
  
  
−
===POWER CONTROL FOR CONCURRENT TRANSMISSION SCENARIOS IN MULTI-BAND OPERATION ([[US Patent Application 17752719. POWER CONTROL FOR CONCURRENT TRANSMISSION SCENARIOS IN MULTI-BAND OPERATION simplified abstract|17752719]])===
+
===POWER CONTROL FOR CONCURRENT TRANSMISSION SCENARIOS IN MULTI-BAND OPERATION ([[US Patent Application 17752719. POWER CONTROL FOR CONCURRENT TRANSMISSION SCENARIOS IN MULTI-BAND OPERATION simplified abstract (QUALCOMM Incorporated)|17752719]])===
  
  
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−
===SYNCHRONIZATION IN SIDELINK OPERATION ([[US Patent Application 17804020. SYNCHRONIZATION IN SIDELINK OPERATION simplified abstract|17804020]])===
+
===SYNCHRONIZATION IN SIDELINK OPERATION ([[US Patent Application 17804020. SYNCHRONIZATION IN SIDELINK OPERATION simplified abstract (QUALCOMM Incorporated)|17804020]])===
  
  
Line 441: Line 462:
  
  
−
===SYNCHRONIZATION COMMUNICATION WAVEFORMS FOR SIDELINK UNLICENSED (SL-U) ([[US Patent Application 18067482. SYNCHRONIZATION COMMUNICATION WAVEFORMS FOR SIDELINK UNLICENSED (SL-U) simplified abstract|18067482]])===
+
===SYNCHRONIZATION COMMUNICATION WAVEFORMS FOR SIDELINK UNLICENSED (SL-U) ([[US Patent Application 18067482. SYNCHRONIZATION COMMUNICATION WAVEFORMS FOR SIDELINK UNLICENSED (SL-U) simplified abstract (QUALCOMM Incorporated)|18067482]])===
  
  
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−
===DIRECTIONAL MEASUREMENTS FOR SIDELINK SYNCHRONIZATION SIGNAL TRANSMISSION ([[US Patent Application 18301507. DIRECTIONAL MEASUREMENTS FOR SIDELINK SYNCHRONIZATION SIGNAL TRANSMISSION simplified abstract|18301507]])===
+
===DIRECTIONAL MEASUREMENTS FOR SIDELINK SYNCHRONIZATION SIGNAL TRANSMISSION ([[US Patent Application 18301507. DIRECTIONAL MEASUREMENTS FOR SIDELINK SYNCHRONIZATION SIGNAL TRANSMISSION simplified abstract (QUALCOMM Incorporated)|18301507]])===
  
  
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−
===RECONFIGURABLE INTELLIGENT SURFACE AIDED POSITIONING ([[US Patent Application 18248656. RECONFIGURABLE INTELLIGENT SURFACE AIDED POSITIONING simplified abstract|18248656]])===
+
===RECONFIGURABLE INTELLIGENT SURFACE AIDED POSITIONING ([[US Patent Application 18248656. RECONFIGURABLE INTELLIGENT SURFACE AIDED POSITIONING simplified abstract (QUALCOMM Incorporated)|18248656]])===
  
  
Line 465: Line 486:
  
  
−
===COORDINATION BETWEEN IDLE AND INACTIVE DISCONTINUOUS RECEPTION ([[US Patent Application 17827545. COORDINATION BETWEEN IDLE AND INACTIVE DISCONTINUOUS RECEPTION simplified abstract|17827545]])===
+
===COORDINATION BETWEEN IDLE AND INACTIVE DISCONTINUOUS RECEPTION ([[US Patent Application 17827545. COORDINATION BETWEEN IDLE AND INACTIVE DISCONTINUOUS RECEPTION simplified abstract (QUALCOMM Incorporated)|17827545]])===
  
  
Line 473: Line 494:
  
  
−
===RETRANSMISSION AND SELECTION OF HARQ AND MCS BASED ON PARTIAL SENSING ([[US Patent Application 17804060. RETRANSMISSION AND SELECTION OF HARQ AND MCS BASED ON PARTIAL SENSING simplified abstract|17804060]])===
+
===RETRANSMISSION AND SELECTION OF HARQ AND MCS BASED ON PARTIAL SENSING ([[US Patent Application 17804060. RETRANSMISSION AND SELECTION OF HARQ AND MCS BASED ON PARTIAL SENSING simplified abstract (QUALCOMM Incorporated)|17804060]])===
  
  
Line 481: Line 502:
  
  
−
===TECHNIQUES FOR UNLINKING PHYSICAL DOWNLINK CONTROL CHANNEL (PDCCH) CANDIDATES DUE TO PDCCH CANDIDATE DROPPING IN DEPLOYMENTS FEATURING PDCCH REPETITION ([[US Patent Application 18348814. TECHNIQUES FOR UNLINKING PHYSICAL DOWNLINK CONTROL CHANNEL (PDCCH) CANDIDATES DUE TO PDCCH CANDIDATE DROPPING IN DEPLOYMENTS FEATURING PDCCH REPETITION simplified abstract|18348814]])===
+
===TECHNIQUES FOR UNLINKING PHYSICAL DOWNLINK CONTROL CHANNEL (PDCCH) CANDIDATES DUE TO PDCCH CANDIDATE DROPPING IN DEPLOYMENTS FEATURING PDCCH REPETITION ([[US Patent Application 18348814. TECHNIQUES FOR UNLINKING PHYSICAL DOWNLINK CONTROL CHANNEL (PDCCH) CANDIDATES DUE TO PDCCH CANDIDATE DROPPING IN DEPLOYMENTS FEATURING PDCCH REPETITION simplified abstract (QUALCOMM Incorporated)|18348814]])===
  
  
Line 489: Line 510:
  
  
−
===60 GHZ PHYSICAL LAYER CONVERGENCE PROTOCOL (PLCP) PROTOCOL DATA UNIT (PPDU) FORMATS ([[US Patent Application 17828085. 60 GHZ PHYSICAL LAYER CONVERGENCE PROTOCOL (PLCP) PROTOCOL DATA UNIT (PPDU) FORMATS simplified abstract|17828085]])===
+
===60 GHZ PHYSICAL LAYER CONVERGENCE PROTOCOL (PLCP) PROTOCOL DATA UNIT (PPDU) FORMATS ([[US Patent Application 17828085. 60 GHZ PHYSICAL LAYER CONVERGENCE PROTOCOL (PLCP) PROTOCOL DATA UNIT (PPDU) FORMATS simplified abstract (QUALCOMM Incorporated)|17828085]])===
  
  
Line 497: Line 518:
  
  
−
===TECHNIQUES FOR FREQUENCY ERROR CORRECTION ([[US Patent Application 18313052. TECHNIQUES FOR FREQUENCY ERROR CORRECTION simplified abstract|18313052]])===
+
===TECHNIQUES FOR FREQUENCY ERROR CORRECTION ([[US Patent Application 18313052. TECHNIQUES FOR FREQUENCY ERROR CORRECTION simplified abstract (QUALCOMM Incorporated)|18313052]])===
  
  
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−
===USER EQUIPMENT REPORTING FOR FULL DUPLEX MULTI-BEAM SELECTION ([[US Patent Application 18304619. USER EQUIPMENT REPORTING FOR FULL DUPLEX MULTI-BEAM SELECTION simplified abstract|18304619]])===
+
===USER EQUIPMENT REPORTING FOR FULL DUPLEX MULTI-BEAM SELECTION ([[US Patent Application 18304619. USER EQUIPMENT REPORTING FOR FULL DUPLEX MULTI-BEAM SELECTION simplified abstract (QUALCOMM Incorporated)|18304619]])===
  
  
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−
===USER EQUIPMENT INDICATION OF PREFERRED TIMING ADJUSTMENT ([[US Patent Application 18314659. USER EQUIPMENT INDICATION OF PREFERRED TIMING ADJUSTMENT simplified abstract|18314659]])===
+
===USER EQUIPMENT INDICATION OF PREFERRED TIMING ADJUSTMENT ([[US Patent Application 18314659. USER EQUIPMENT INDICATION OF PREFERRED TIMING ADJUSTMENT simplified abstract (QUALCOMM Incorporated)|18314659]])===
  
  
Line 521: Line 542:
  
  
−
===MULTIPLEXING OF UPLINK CONTROL INFORMATION (UCI) AND CONFIGURED GRANT-UCI (CG-UCI) OF DIFFERENT PRIORITIES ([[US Patent Application 18042248. MULTIPLEXING OF UPLINK CONTROL INFORMATION (UCI) AND CONFIGURED GRANT-UCI (CG-UCI) OF DIFFERENT PRIORITIES simplified abstract|18042248]])===
+
===MULTIPLEXING OF UPLINK CONTROL INFORMATION (UCI) AND CONFIGURED GRANT-UCI (CG-UCI) OF DIFFERENT PRIORITIES ([[US Patent Application 18042248. MULTIPLEXING OF UPLINK CONTROL INFORMATION (UCI) AND CONFIGURED GRANT-UCI (CG-UCI) OF DIFFERENT PRIORITIES simplified abstract (QUALCOMM Incorporated)|18042248]])===
  
  
Line 529: Line 550:
  
  
−
===OBTAINING UPLINK RESOURCES FOR A LOGICAL CHANNEL WITHOUT AN ASSOCIATED SCHEDULING REQUEST CONFIGURATION ([[US Patent Application 18249004. OBTAINING UPLINK RESOURCES FOR A LOGICAL CHANNEL WITHOUT AN ASSOCIATED SCHEDULING REQUEST CONFIGURATION simplified abstract|18249004]])===
+
===OBTAINING UPLINK RESOURCES FOR A LOGICAL CHANNEL WITHOUT AN ASSOCIATED SCHEDULING REQUEST CONFIGURATION ([[US Patent Application 18249004. OBTAINING UPLINK RESOURCES FOR A LOGICAL CHANNEL WITHOUT AN ASSOCIATED SCHEDULING REQUEST CONFIGURATION simplified abstract (QUALCOMM Incorporated)|18249004]])===
  
  
Line 537: Line 558:
  
  
−
===SIGNALING OF MULTIPLE CANDIDATE CELLS FOR L1/L2-CENTRIC INTER-CELL MOBILITY ([[US Patent Application 18308451. SIGNALING OF MULTIPLE CANDIDATE CELLS FOR L1/L2-CENTRIC INTER-CELL MOBILITY simplified abstract|18308451]])===
+
===SIGNALING OF MULTIPLE CANDIDATE CELLS FOR L1/L2-CENTRIC INTER-CELL MOBILITY ([[US Patent Application 18308451. SIGNALING OF MULTIPLE CANDIDATE CELLS FOR L1/L2-CENTRIC INTER-CELL MOBILITY simplified abstract (QUALCOMM Incorporated)|18308451]])===
  
  
Line 545: Line 566:
  
  
−
===CODE BLOCK GROUP-BASED TRANSMISSIONS FOR MULTI-CODEWORD CHANNELS ([[US Patent Application 17827299. CODE BLOCK GROUP-BASED TRANSMISSIONS FOR MULTI-CODEWORD CHANNELS simplified abstract|17827299]])===
+
===CODE BLOCK GROUP-BASED TRANSMISSIONS FOR MULTI-CODEWORD CHANNELS ([[US Patent Application 17827299. CODE BLOCK GROUP-BASED TRANSMISSIONS FOR MULTI-CODEWORD CHANNELS simplified abstract (QUALCOMM Incorporated)|17827299]])===
  
  
Line 553: Line 574:
  
  
−
===SIDELINK OUT OF CHANNEL OCCUPANCY TIME RESERVATION ([[US Patent Application 17804208. SIDELINK OUT OF CHANNEL OCCUPANCY TIME RESERVATION simplified abstract|17804208]])===
+
===SIDELINK OUT OF CHANNEL OCCUPANCY TIME RESERVATION ([[US Patent Application 17804208. SIDELINK OUT OF CHANNEL OCCUPANCY TIME RESERVATION simplified abstract (QUALCOMM Incorporated)|17804208]])===
  
  
Line 561: Line 582:
  
  
−
===CHANNELIZATION FOR UPLINK TRANSMISSIONS ([[US Patent Application 18303050. CHANNELIZATION FOR UPLINK TRANSMISSIONS simplified abstract|18303050]])===
+
===CHANNELIZATION FOR UPLINK TRANSMISSIONS ([[US Patent Application 18303050. CHANNELIZATION FOR UPLINK TRANSMISSIONS simplified abstract (QUALCOMM Incorporated)|18303050]])===
  
  
Line 569: Line 590:
  
  
−
===UPLINK CONTROL CHANNEL TRANSMISSION IN HIGH BAND OPERATION ([[US Patent Application 18327883. UPLINK CONTROL CHANNEL TRANSMISSION IN HIGH BAND OPERATION simplified abstract|18327883]])===
+
===UPLINK CONTROL CHANNEL TRANSMISSION IN HIGH BAND OPERATION ([[US Patent Application 18327883. UPLINK CONTROL CHANNEL TRANSMISSION IN HIGH BAND OPERATION simplified abstract (QUALCOMM Incorporated)|18327883]])===
  
  
Line 577: Line 598:
  
  
−
===EARLY NOTIFICATION FOR TRANSMISSION OF ENCODED VIDEO DATA ([[US Patent Application 18308363. EARLY NOTIFICATION FOR TRANSMISSION OF ENCODED VIDEO DATA simplified abstract|18308363]])===
+
===EARLY NOTIFICATION FOR TRANSMISSION OF ENCODED VIDEO DATA ([[US Patent Application 18308363. EARLY NOTIFICATION FOR TRANSMISSION OF ENCODED VIDEO DATA simplified abstract (QUALCOMM Incorporated)|18308363]])===
  
  
Line 585: Line 606:
  
  
−
===PHYSICAL DOWNLINK CONTROL CHANNEL AND SYNCHRONIZATION SIGNAL BLOCK COLLISION ([[US Patent Application 18312464. PHYSICAL DOWNLINK CONTROL CHANNEL AND SYNCHRONIZATION SIGNAL BLOCK COLLISION simplified abstract|18312464]])===
+
===PHYSICAL DOWNLINK CONTROL CHANNEL AND SYNCHRONIZATION SIGNAL BLOCK COLLISION ([[US Patent Application 18312464. PHYSICAL DOWNLINK CONTROL CHANNEL AND SYNCHRONIZATION SIGNAL BLOCK COLLISION simplified abstract (QUALCOMM Incorporated)|18312464]])===
  
  
Line 593: Line 614:
  
  
−
===MANAGING CONCURRENT MULTI-RAT UPLINK TRANSMISSIONS AT A USER EQUIPMENT ([[US Patent Application 18449561. MANAGING CONCURRENT MULTI-RAT UPLINK TRANSMISSIONS AT A USER EQUIPMENT simplified abstract|18449561]])===
+
===MANAGING CONCURRENT MULTI-RAT UPLINK TRANSMISSIONS AT A USER EQUIPMENT ([[US Patent Application 18449561. MANAGING CONCURRENT MULTI-RAT UPLINK TRANSMISSIONS AT A USER EQUIPMENT simplified abstract (QUALCOMM Incorporated)|18449561]])===
  
  
Line 601: Line 622:
  
  
−
===SIDELINK RESOURCE SELECTION IN UNLICENSED SPECTRUM ([[US Patent Application 18249534. SIDELINK RESOURCE SELECTION IN UNLICENSED SPECTRUM simplified abstract|18249534]])===
+
===SIDELINK RESOURCE SELECTION IN UNLICENSED SPECTRUM ([[US Patent Application 18249534. SIDELINK RESOURCE SELECTION IN UNLICENSED SPECTRUM simplified abstract (QUALCOMM Incorporated)|18249534]])===
  
  
Line 609: Line 630:
  
  
−
===Allocating Resources To A Plurality Of Mobile Devices ([[US Patent Application 18332736. Allocating Resources To A Plurality Of Mobile Devices simplified abstract|18332736]])===
+
===Allocating Resources To A Plurality Of Mobile Devices ([[US Patent Application 18332736. Allocating Resources To A Plurality Of Mobile Devices simplified abstract (QUALCOMM Incorporated)|18332736]])===
  
  
Line 617: Line 638:
  
  
−
===CATEGORY-2 LISTEN-BEFORE-TALK (LBT) OPTIONS FOR NEW RADIO-UNLICENSED (NR-U) ([[US Patent Application 18325314. CATEGORY-2 LISTEN-BEFORE-TALK (LBT) OPTIONS FOR NEW RADIO-UNLICENSED (NR-U) simplified abstract|18325314]])===
+
===CATEGORY-2 LISTEN-BEFORE-TALK (LBT) OPTIONS FOR NEW RADIO-UNLICENSED (NR-U) ([[US Patent Application 18325314. CATEGORY-2 LISTEN-BEFORE-TALK (LBT) OPTIONS FOR NEW RADIO-UNLICENSED (NR-U) simplified abstract (QUALCOMM Incorporated)|18325314]])===
  
  
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−
===PERSISTENT RESOURCE ACCESS FOR SIDELINK ([[US Patent Application 17825944. PERSISTENT RESOURCE ACCESS FOR SIDELINK simplified abstract|17825944]])===
+
===PERSISTENT RESOURCE ACCESS FOR SIDELINK ([[US Patent Application 17825944. PERSISTENT RESOURCE ACCESS FOR SIDELINK simplified abstract (QUALCOMM Incorporated)|17825944]])===
  
  
Line 633: Line 654:
  
  
−
===TECHNIQUES FOR CROSS CHANNEL OCCUPANCY TIME HYBRID AUTOMATIC REPEAT REQUEST FEEDBACK TRANSMISSION FOR SIDELINK COMMUNICATION IN UNLICENSED SPECTRUM ([[US Patent Application 18031562. TECHNIQUES FOR CROSS CHANNEL OCCUPANCY TIME HYBRID AUTOMATIC REPEAT REQUEST FEEDBACK TRANSMISSION FOR SIDELINK COMMUNICATION IN UNLICENSED SPECTRUM simplified abstract|18031562]])===
+
===TECHNIQUES FOR CROSS CHANNEL OCCUPANCY TIME HYBRID AUTOMATIC REPEAT REQUEST FEEDBACK TRANSMISSION FOR SIDELINK COMMUNICATION IN UNLICENSED SPECTRUM ([[US Patent Application 18031562. TECHNIQUES FOR CROSS CHANNEL OCCUPANCY TIME HYBRID AUTOMATIC REPEAT REQUEST FEEDBACK TRANSMISSION FOR SIDELINK COMMUNICATION IN UNLICENSED SPECTRUM simplified abstract (QUALCOMM Incorporated)|18031562]])===
  
  
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−
===REFERENCE SIGNAL TRANSMISSION TECHNIQUES FOR RANDOM ACCESS MESSAGES ([[US Patent Application 18447962. REFERENCE SIGNAL TRANSMISSION TECHNIQUES FOR RANDOM ACCESS MESSAGES simplified abstract|18447962]])===
+
===REFERENCE SIGNAL TRANSMISSION TECHNIQUES FOR RANDOM ACCESS MESSAGES ([[US Patent Application 18447962. REFERENCE SIGNAL TRANSMISSION TECHNIQUES FOR RANDOM ACCESS MESSAGES simplified abstract (QUALCOMM Incorporated)|18447962]])===
  
  
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−
===WAVEFORM SWITCHING FOR WIRELESS COMMUNICATIONS ([[US Patent Application 17824834. WAVEFORM SWITCHING FOR WIRELESS COMMUNICATIONS simplified abstract|17824834]])===
+
===WAVEFORM SWITCHING FOR WIRELESS COMMUNICATIONS ([[US Patent Application 17824834. WAVEFORM SWITCHING FOR WIRELESS COMMUNICATIONS simplified abstract (QUALCOMM Incorporated)|17824834]])===
  
  
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−
===COORDINATED CHANNEL ACCESS TECHNIQUES FOR SIDELINK COMMUNICATIONS ([[US Patent Application 17824660. COORDINATED CHANNEL ACCESS TECHNIQUES FOR SIDELINK COMMUNICATIONS simplified abstract|17824660]])===
+
===COORDINATED CHANNEL ACCESS TECHNIQUES FOR SIDELINK COMMUNICATIONS ([[US Patent Application 17824660. COORDINATED CHANNEL ACCESS TECHNIQUES FOR SIDELINK COMMUNICATIONS simplified abstract (QUALCOMM Incorporated)|17824660]])===
  
  
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−
===UNICAST MEASUREMENT AND DETERMINATION FOR SPACE-DIVISION MULTIPLEXED TRANSMISSION WITH MULTIPLE TRANSMISSION RECEPTION POINTS ([[US Patent Application 18034033. UNICAST MEASUREMENT AND DETERMINATION FOR SPACE-DIVISION MULTIPLEXED TRANSMISSION WITH MULTIPLE TRANSMISSION RECEPTION POINTS simplified abstract|18034033]])===
+
===UNICAST MEASUREMENT AND DETERMINATION FOR SPACE-DIVISION MULTIPLEXED TRANSMISSION WITH MULTIPLE TRANSMISSION RECEPTION POINTS ([[US Patent Application 18034033. UNICAST MEASUREMENT AND DETERMINATION FOR SPACE-DIVISION MULTIPLEXED TRANSMISSION WITH MULTIPLE TRANSMISSION RECEPTION POINTS simplified abstract (QUALCOMM Incorporated)|18034033]])===
  
  
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−
===SERVICE SET IDENTIFIER (SSID) FOR WIRELESS COMMUNICATIONS USING MULTIPLE LINK AGGREGATION ([[US Patent Application 18304684. SERVICE SET IDENTIFIER (SSID) FOR WIRELESS COMMUNICATIONS USING MULTIPLE LINK AGGREGATION simplified abstract|18304684]])===
+
===SERVICE SET IDENTIFIER (SSID) FOR WIRELESS COMMUNICATIONS USING MULTIPLE LINK AGGREGATION ([[US Patent Application 18304684. SERVICE SET IDENTIFIER (SSID) FOR WIRELESS COMMUNICATIONS USING MULTIPLE LINK AGGREGATION simplified abstract (QUALCOMM Incorporated)|18304684]])===
  
  

Latest revision as of 06:36, 7 December 2023

Summary of the patent applications from QUALCOMM Incorporated on November 30th, 2023

QUALCOMM Incorporated has recently filed several patent applications related to wireless communications. These patents cover various aspects of managing access points, improving unicast links, establishing connections via sidelink communications, waveform type switching, two-step random access channel procedures, transmitting feedback in sidelink communication, resource allocation in Edge networks, and performing listen-before-talk processes in shared spectrum.

Summary: QUALCOMM Incorporated has filed a series of patent applications related to wireless communications. These patents cover a range of topics including managing access points, improving unicast links, establishing connections via sidelink communications, waveform type switching, two-step random access channel procedures, transmitting feedback in sidelink communication, resource allocation in Edge networks, and performing listen-before-talk processes in shared spectrum.

Notable Applications:

  • Managing different types of access points based on their capabilities.
  • Improving the performance of unicast links between multiple user equipments.
  • Establishing connections and agreeing on transmission directions and traffic patterns in sidelink communications.
  • Switching waveform types during uplink transmissions based on certain conditions.
  • Using reference signal resources to transmit a reference signal along with random access messages.
  • Transmitting feedback in sidelink communication using unlicensed spectrum.
  • Performing listen-before-talk procedures before transmitting data in shared spectrum.
  • Allocating resources to multiple mobile devices in an Edge network based on their capabilities and the computing task.
  • Allowing user equipments to select unoccupied sidelink resources in shared spectrum to improve communication quality.



Contents

Patent applications for QUALCOMM Incorporated on November 30th, 2023

SPACE VEHICLE GEOMETRY BASED MACHINE LEARNING FOR MEASUREMENT ERROR DETECTION AND CLASSIFICATION (17804849)

Main Inventor

Songwon JEE


BUMP STRUCTURE FOR MICRO-BUMPED WAFER PROBE (17804658)

Main Inventor

Yangyang SUN


POSITION-GRID BASED MACHINE LEARNING FOR GNSS WARM-START POSITION ACCURACY IMPROVEMENT (17804809)

Main Inventor

William MORRISON


MULTISTATIC RADAR MEASUREMENT (18328256)

Main Inventor

Solomon Trainin


ENHANCED SIDELINK-AIDED HYBRID NETWORK POSITIONING (18250155)

Main Inventor

Weimin DUAN


SCENE SEGMENTATION AND OBJECT TRACKING (17828962)

Main Inventor

Jiancheng LYU


SYSTEMS AND TECHNIQUES FOR DEPTH ESTIMATION (18046060)

Main Inventor

Mehak MANIKTALA


METHOD AND SYSTEM FOR REFRESHING MEMORY OF A PORTABLE COMPUTING DEVICE (18249925)

Main Inventor

Pranav AGRAWAL


INTEGRATED CIRCUIT (IC) PACKAGE EMPLOYING ON-PACKAGE TUNABLE INDUCTOR FORMED IN REDISTRIBUTION LAYER (RDL) FOR IMPEDANCE TUNER CIRCUIT, AND RELATED METHODS (17664727)

Main Inventor

Saravana Maruthamuthu


PACKAGE COMPRISING AN INTEGRATED DEVICE CONFIGURED FOR SHAREABLE POWER RESOURCE (18365063)

Main Inventor

Bharani CHAVA


Vertically Integrated Device Stack Including System on Chip and Power Management Integrated Circuit (18300162)

Main Inventor

Peng ZOU


Wideband Amplifier (17824802)

Main Inventor

Ahmed KORD


NOISE SHAPING IN MULTI-STAGE ANALOG-TO-DIGITAL CONVERTERS (17804779)

Main Inventor

Behnam SEDIGHI


SELECTIVE ANTENNA TERMINATION (18315336)

Main Inventor

Erwin SPITS


TRANSMISSION CONFIGURATION INDICATOR (TCI) STATE INDICATIONS FOR TILTED ANTENNA ARRAYS (17824525)

Main Inventor

Vasanthan RAGHAVAN


LEARNING-BASED DYNAMIC SIGNAL FORMATTING WITH RAMIFICATION CODING (17824890)

Main Inventor

Jamie Menjay Lin


PEER-TO-PEER BEAMFORMING ALIGNMENT IN NEW RADIO (NR) SIDELINK (SL) MODE 2 (18304665)

Main Inventor

Yisheng XUE


METHODS FOR CONVEYING ADDITIONAL INFORMATION VIA BEAM PERMUTATIONS (18304697)

Main Inventor

Vasanthan Raghavan


CHANNEL STATE INFORMATION (CSI) REPORT STRUCTURE FOR DYNAMIC ANTENNA PORT ADAPTATION (17827569)

Main Inventor

Hung Dinh Ly


REPORTING CONFIGURATION FOR CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION (17827503)

Main Inventor

Abdelrahman Mohamed Ahmed Mohamed Ibrahim


CROSS LINK INTERFERENCE BASED CHANNEL STATE INFORMATION REPORTING (17827540)

Main Inventor

Abdelrahman Mohamed Ahmed Mohamed Ibrahim


ULTRA-RELIABLE LOW LATENCY COMMUNICATION WITH MULTIPLE TRANSMISSION-RECEPTION POINTS (18201348)

Main Inventor

Gabi SARKIS


ENERGY-EFFICIENT BEAM SELECTION (17664937)

Main Inventor

Jun ZHU


BEAM MANAGEMENT USING AN OPTICAL BEACON (17664919)

Main Inventor

Yehonatan DALLAL


PER-BAND BEAM REPORT (17804552)

Main Inventor

Qian ZHANG


CHANNEL ORIENTED MODULATION SELECTION FOR IMPROVED SPECTRAL EFFICIENCY (17804279)

Main Inventor

Shay LANDIS


CONTINUOUS PHASE MODULATION IN WIRELESS COMMUNICATIONS (17804479)

Main Inventor

Xiaoxia ZHANG


MULTIPLE MODULATION AND CODING SCHEME TABLES FOR MULTIPLE CODEWORDS (17827459)

Main Inventor

Mostafa Khoshnevisan


RESOURCE EXCLUSION IN A HALF DUPLEX BASED WIRELESS COMMUNICATION SYSTEM (18322958)

Main Inventor

Tien Viet NGUYEN


LIGHT LAYER 1 MEASUREMENT REPORT (17664703)

Main Inventor

Iyab Issam SAKHNINI


METHODS AND APPARATUS FOR SETTING SUBBAND CSI-RELATED PARAMETERS (18323216)

Main Inventor

Yu ZHANG


ENHANCING REFERENCE SIGNAL TRANSMISSION IN CARRIER AGGREGATION (17827420)

Main Inventor

Hung Dinh Ly


HALF-DUPLEX USER EQUIPMENT OPERATION IN NEW RADIO FREQUENCY DIVISION DUPLEXED BANDS (18306803)

Main Inventor

Hung Dinh LY


COMMUNICATIONS USING A NEURAL NETWORK BASED AT LEAST IN PART ON AN INDICATED INPUT SIZE AND/OR INPUT STRUCTURE (18248350)

Main Inventor

Qiaoyu LI


FILE DELIVERY FAILURE FEEDBACK AND APPLICATION FEEDBACK (18448410)

Main Inventor

Prashanth Haridas HANDE


DISABLEMENT AND RECOVERY FOR LOST OR STOLEN USER DEVICE (17804415)

Main Inventor

Jose Alfredo RUVALCABA


COMPOSITE IMAGE SIGNAL PROCESSOR (18447978)

Main Inventor

Hau HWANG


SMART HIGH DYNAMIC RANGE IMAGE CLAMPING (17824794)

Main Inventor

Abhijeet DEY


PATCH-BASED IMAGE SENSOR (17804014)

Main Inventor

Edwin Chongwoo PARK


Managing Processing Of A Basic Safety Message (17804108)

Main Inventor

Cong CHEN


SIGNALING OF CAPABILITY INFORMATION BY USER EQUIPMENT (18326848)

Main Inventor

Seyedkianoush HOSSEINI


CARRIER AGGREGATION CAPABILITY SIGNALING FOR A CONTROL CHANNEL WITH ULTRA-RELIABLE LOW-LATENCY COMMUNICATION (18450283)

Main Inventor

Seyedkianoush HOSSEINI


SYSTEMS AND METHODS FOR UPLINK HIGH EFFICIENCY LOCATION IN A WIRELESS NETWORK (18321661)

Main Inventor

Stephen William EDGE


REPEATER MEASUREMENT GAP CONFIGURATION (17804747)

Main Inventor

Naeem AKL


BEAM QUALITY ENHANCEMENT TECHNIQUES IN DISCONTINUOUS RECEPTION (DRX) MODE (17804275)

Main Inventor

Shanyu ZHOU


ENHANCED CHANNEL STATE FEEDBACK REPORTING (17827502)

Main Inventor

Abdelrahman Mohamed Ahmed Mohamed Ibrahim


CROSS-LINK INTERFERENCE MEASUREMENT AND REPORTING IN A MULTIPLE TRANSMISSION AND RECEPTION POINT SYSTEM (17828944)

Main Inventor

Muhammad Sayed Khairy Abdelghaffar


REPORTING POWER EFFICIENCY FOR COMMUNICATIONS (17828863)

Main Inventor

Idan Michael Horn


USER EQUIPMENT BANDWIDTH REPORTING (17804741)

Main Inventor

Idan Michael HORN


PHYSICAL UPLINK SHARED CHANNEL CONFIGURATIONS AND OCCASIONS FOR HANDOVER PROCEDURES (18323787)

Main Inventor

Hung Dinh Ly


SIGNALING FOR A USER EQUIPMENT MOBILITY PREDICTION (17804720)

Main Inventor

Xipeng ZHU


SUB-SYMBOL DISCOVERY SIGNAL (17804543)

Main Inventor

Iyab Issam SAKHNINI


PRE-EMPTIVE BUFFER STATUS REPORT EXTENSION FOR NETWORK POWER SAVING (17826078)

Main Inventor

Bassem Khalfi


POWER CONTROL FOR CONCURRENT TRANSMISSION SCENARIOS IN MULTI-BAND OPERATION (17752719)

Main Inventor

Abhijit Bhattacharya


SYNCHRONIZATION IN SIDELINK OPERATION (17804020)

Main Inventor

Shuanshuan WU


SYNCHRONIZATION COMMUNICATION WAVEFORMS FOR SIDELINK UNLICENSED (SL-U) (18067482)

Main Inventor

Chih-Hao LIU


DIRECTIONAL MEASUREMENTS FOR SIDELINK SYNCHRONIZATION SIGNAL TRANSMISSION (18301507)

Main Inventor

Tao LUO


RECONFIGURABLE INTELLIGENT SURFACE AIDED POSITIONING (18248656)

Main Inventor

Weimin DUAN


COORDINATION BETWEEN IDLE AND INACTIVE DISCONTINUOUS RECEPTION (17827545)

Main Inventor

Linhai HE


RETRANSMISSION AND SELECTION OF HARQ AND MCS BASED ON PARTIAL SENSING (17804060)

Main Inventor

Jung Ho RYU


TECHNIQUES FOR UNLINKING PHYSICAL DOWNLINK CONTROL CHANNEL (PDCCH) CANDIDATES DUE TO PDCCH CANDIDATE DROPPING IN DEPLOYMENTS FEATURING PDCCH REPETITION (18348814)

Main Inventor

Yitao CHEN


60 GHZ PHYSICAL LAYER CONVERGENCE PROTOCOL (PLCP) PROTOCOL DATA UNIT (PPDU) FORMATS (17828085)

Main Inventor

Lin YANG


TECHNIQUES FOR FREQUENCY ERROR CORRECTION (18313052)

Main Inventor

Paolo MINERO


USER EQUIPMENT REPORTING FOR FULL DUPLEX MULTI-BEAM SELECTION (18304619)

Main Inventor

Idan Michael HORN


USER EQUIPMENT INDICATION OF PREFERRED TIMING ADJUSTMENT (18314659)

Main Inventor

Qian ZHANG


MULTIPLEXING OF UPLINK CONTROL INFORMATION (UCI) AND CONFIGURED GRANT-UCI (CG-UCI) OF DIFFERENT PRIORITIES (18042248)

Main Inventor

Shaozhen GUO


OBTAINING UPLINK RESOURCES FOR A LOGICAL CHANNEL WITHOUT AN ASSOCIATED SCHEDULING REQUEST CONFIGURATION (18249004)

Main Inventor

Krishna Chaitanya MUKKERA


SIGNALING OF MULTIPLE CANDIDATE CELLS FOR L1/L2-CENTRIC INTER-CELL MOBILITY (18308451)

Main Inventor

Hamed PEZESHKI


CODE BLOCK GROUP-BASED TRANSMISSIONS FOR MULTI-CODEWORD CHANNELS (17827299)

Main Inventor

Mostafa Khoshnevisan


SIDELINK OUT OF CHANNEL OCCUPANCY TIME RESERVATION (17804208)

Main Inventor

Chih-Hao LIU


CHANNELIZATION FOR UPLINK TRANSMISSIONS (18303050)

Main Inventor

Sony AKKARAKARAN


UPLINK CONTROL CHANNEL TRANSMISSION IN HIGH BAND OPERATION (18327883)

Main Inventor

Xiaoxia ZHANG


EARLY NOTIFICATION FOR TRANSMISSION OF ENCODED VIDEO DATA (18308363)

Main Inventor

Ran Berliner


PHYSICAL DOWNLINK CONTROL CHANNEL AND SYNCHRONIZATION SIGNAL BLOCK COLLISION (18312464)

Main Inventor

Mostafa KHOSHNEVISAN


MANAGING CONCURRENT MULTI-RAT UPLINK TRANSMISSIONS AT A USER EQUIPMENT (18449561)

Main Inventor

Leena ZACHARIAS


SIDELINK RESOURCE SELECTION IN UNLICENSED SPECTRUM (18249534)

Main Inventor

Shuanshuan WU


Allocating Resources To A Plurality Of Mobile Devices (18332736)

Main Inventor

Alan Soloway


CATEGORY-2 LISTEN-BEFORE-TALK (LBT) OPTIONS FOR NEW RADIO-UNLICENSED (NR-U) (18325314)

Main Inventor

Jing SUN


PERSISTENT RESOURCE ACCESS FOR SIDELINK (17825944)

Main Inventor

Sherif Elazzouni


TECHNIQUES FOR CROSS CHANNEL OCCUPANCY TIME HYBRID AUTOMATIC REPEAT REQUEST FEEDBACK TRANSMISSION FOR SIDELINK COMMUNICATION IN UNLICENSED SPECTRUM (18031562)

Main Inventor

Shuanshuan WU


REFERENCE SIGNAL TRANSMISSION TECHNIQUES FOR RANDOM ACCESS MESSAGES (18447962)

Main Inventor

Jing LEI


WAVEFORM SWITCHING FOR WIRELESS COMMUNICATIONS (17824834)

Main Inventor

Mahmoud Taherzadeh Boroujeni


COORDINATED CHANNEL ACCESS TECHNIQUES FOR SIDELINK COMMUNICATIONS (17824660)

Main Inventor

Yisheng Xue


UNICAST MEASUREMENT AND DETERMINATION FOR SPACE-DIVISION MULTIPLEXED TRANSMISSION WITH MULTIPLE TRANSMISSION RECEPTION POINTS (18034033)

Main Inventor

Hui GUO


SERVICE SET IDENTIFIER (SSID) FOR WIRELESS COMMUNICATIONS USING MULTIPLE LINK AGGREGATION (18304684)

Main Inventor

Sai Yiu Duncan HO

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