Difference between revisions of "GOOGLE LLC patent applications published on November 30th, 2023"

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==Patent applications for GOOGLE LLC on November 30th, 2023==
 
==Patent applications for GOOGLE LLC on November 30th, 2023==
  
−
===SYSTEM(S) AND METHOD(S) OF USING IMITATION LEARNING IN TRAINING AND REFINING ROBOTIC CONTROL POLICIES ([[US Patent Application 18233251. SYSTEM(S) AND METHOD(S) OF USING IMITATION LEARNING IN TRAINING AND REFINING ROBOTIC CONTROL POLICIES simplified abstract|18233251]])===
+
===SYSTEM(S) AND METHOD(S) OF USING IMITATION LEARNING IN TRAINING AND REFINING ROBOTIC CONTROL POLICIES ([[US Patent Application 18233251. SYSTEM(S) AND METHOD(S) OF USING IMITATION LEARNING IN TRAINING AND REFINING ROBOTIC CONTROL POLICIES simplified abstract (GOOGLE LLC)|18233251]])===
  
  
Line 39: Line 39:
  
  
−
===Slidable Fiber Optic Adaptor in Optic Fiber Panel Assembly ([[US Patent Application 17876721. Slidable Fiber Optic Adaptor in Optic Fiber Panel Assembly simplified abstract|17876721]])===
+
===Slidable Fiber Optic Adaptor in Optic Fiber Panel Assembly ([[US Patent Application 17876721. Slidable Fiber Optic Adaptor in Optic Fiber Panel Assembly simplified abstract (GOOGLE LLC)|17876721]])===
  
  
Line 47: Line 47:
  
  
−
===Security Camera with Angled Cable Attachment for Increased Downward-Viewing Angle ([[US Patent Application 18027339. Security Camera with Angled Cable Attachment for Increased Downward-Viewing Angle simplified abstract|18027339]])===
+
===Security Camera with Angled Cable Attachment for Increased Downward-Viewing Angle ([[US Patent Application 18027339. Security Camera with Angled Cable Attachment for Increased Downward-Viewing Angle simplified abstract (GOOGLE LLC)|18027339]])===
  
  
Line 55: Line 55:
  
  
−
===MOTION STILLS EXPERIENCE ([[US Patent Application 18233823. MOTION STILLS EXPERIENCE simplified abstract|18233823]])===
+
===MOTION STILLS EXPERIENCE ([[US Patent Application 18233823. MOTION STILLS EXPERIENCE simplified abstract (GOOGLE LLC)|18233823]])===
  
  
Line 63: Line 63:
  
  
−
===AUTOMATED ASSISTANT PERFORMANCE OF A NON-ASSISTANT APPLICATION OPERATION(S) IN RESPONSE TO A USER INPUT THAT CAN BE LIMITED TO A PARAMETER(S) ([[US Patent Application 18366172. AUTOMATED ASSISTANT PERFORMANCE OF A NON-ASSISTANT APPLICATION OPERATION(S) IN RESPONSE TO A USER INPUT THAT CAN BE LIMITED TO A PARAMETER(S) simplified abstract|18366172]])===
+
===AUTOMATED ASSISTANT PERFORMANCE OF A NON-ASSISTANT APPLICATION OPERATION(S) IN RESPONSE TO A USER INPUT THAT CAN BE LIMITED TO A PARAMETER(S) ([[US Patent Application 18366172. AUTOMATED ASSISTANT PERFORMANCE OF A NON-ASSISTANT APPLICATION OPERATION(S) IN RESPONSE TO A USER INPUT THAT CAN BE LIMITED TO A PARAMETER(S) simplified abstract (GOOGLE LLC)|18366172]])===
  
  
Line 71: Line 71:
  
  
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===ANALYTICS PERSONALIZATION FRAMEWORK ([[US Patent Application 18305025. ANALYTICS PERSONALIZATION FRAMEWORK simplified abstract|18305025]])===
+
===ANALYTICS PERSONALIZATION FRAMEWORK ([[US Patent Application 18305025. ANALYTICS PERSONALIZATION FRAMEWORK simplified abstract (GOOGLE LLC)|18305025]])===
  
  
Line 79: Line 79:
  
  
−
===Internal Storage In Cloud Disk To Support Encrypted Hard Drive And Other Stateful Features ([[US Patent Application 18200380. Internal Storage In Cloud Disk To Support Encrypted Hard Drive And Other Stateful Features simplified abstract|18200380]])===
+
===Internal Storage In Cloud Disk To Support Encrypted Hard Drive And Other Stateful Features ([[US Patent Application 18200380. Internal Storage In Cloud Disk To Support Encrypted Hard Drive And Other Stateful Features simplified abstract (GOOGLE LLC)|18200380]])===
  
  
Line 87: Line 87:
  
  
−
===DISTRIBUTED MANAGEMENT OF FILE MODIFICATION-TIME FIELD ([[US Patent Application 18366312. DISTRIBUTED MANAGEMENT OF FILE MODIFICATION-TIME FIELD simplified abstract|18366312]])===
+
===DISTRIBUTED MANAGEMENT OF FILE MODIFICATION-TIME FIELD ([[US Patent Application 18366312. DISTRIBUTED MANAGEMENT OF FILE MODIFICATION-TIME FIELD simplified abstract (GOOGLE LLC)|18366312]])===
  
  
Line 95: Line 95:
  
  
−
===System And Method For Large-Scale Data Processing Using An Application-Independent Framework ([[US Patent Application 18137695. System And Method For Large-Scale Data Processing Using An Application-Independent Framework simplified abstract|18137695]])===
+
===System And Method For Large-Scale Data Processing Using An Application-Independent Framework ([[US Patent Application 18137695. System And Method For Large-Scale Data Processing Using An Application-Independent Framework simplified abstract (GOOGLE LLC)|18137695]])===
  
  
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−
===Content Item Profiles ([[US Patent Application 18364908. Content Item Profiles simplified abstract|18364908]])===
+
===Content Item Profiles ([[US Patent Application 18364908. Content Item Profiles simplified abstract (GOOGLE LLC)|18364908]])===
  
  
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−
===Map Uncertainty and Observation Modeling ([[US Patent Application 18450126. Map Uncertainty and Observation Modeling simplified abstract|18450126]])===
+
===Map Uncertainty and Observation Modeling ([[US Patent Application 18450126. Map Uncertainty and Observation Modeling simplified abstract (GOOGLE LLC)|18450126]])===
  
  
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===SYSTEMS AND METHODS FOR PROCESSING A NATURAL LANGUAGE QUERY IN DATA TABLES ([[US Patent Application 18227450. SYSTEMS AND METHODS FOR PROCESSING A NATURAL LANGUAGE QUERY IN DATA TABLES simplified abstract|18227450]])===
+
===SYSTEMS AND METHODS FOR PROCESSING A NATURAL LANGUAGE QUERY IN DATA TABLES ([[US Patent Application 18227450. SYSTEMS AND METHODS FOR PROCESSING A NATURAL LANGUAGE QUERY IN DATA TABLES simplified abstract (GOOGLE LLC)|18227450]])===
  
  
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−
===Providing Relevance-Ordered Categories of Information ([[US Patent Application 18329135. Providing Relevance-Ordered Categories of Information simplified abstract|18329135]])===
+
===Providing Relevance-Ordered Categories of Information ([[US Patent Application 18329135. Providing Relevance-Ordered Categories of Information simplified abstract (GOOGLE LLC)|18329135]])===
  
  
Line 135: Line 135:
  
  
−
===USING CROSS-MATCHING BETWEEN USERS AND MATCHING AGAINST REFERENCE DATA TO FACILITATE CONTENT IDENTIFICATION ([[US Patent Application 18233616. USING CROSS-MATCHING BETWEEN USERS AND MATCHING AGAINST REFERENCE DATA TO FACILITATE CONTENT IDENTIFICATION simplified abstract|18233616]])===
+
===USING CROSS-MATCHING BETWEEN USERS AND MATCHING AGAINST REFERENCE DATA TO FACILITATE CONTENT IDENTIFICATION ([[US Patent Application 18233616. USING CROSS-MATCHING BETWEEN USERS AND MATCHING AGAINST REFERENCE DATA TO FACILITATE CONTENT IDENTIFICATION simplified abstract (GOOGLE LLC)|18233616]])===
  
  
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===IN-CONVERSATION SEARCH ([[US Patent Application 18448684. IN-CONVERSATION SEARCH simplified abstract|18448684]])===
+
===IN-CONVERSATION SEARCH ([[US Patent Application 18448684. IN-CONVERSATION SEARCH simplified abstract (GOOGLE LLC)|18448684]])===
  
  
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===AUTOMATIC ROUTING USING SEARCH RESULTS ([[US Patent Application 18447294. AUTOMATIC ROUTING USING SEARCH RESULTS simplified abstract|18447294]])===
+
===AUTOMATIC ROUTING USING SEARCH RESULTS ([[US Patent Application 18447294. AUTOMATIC ROUTING USING SEARCH RESULTS simplified abstract (GOOGLE LLC)|18447294]])===
  
  
Line 159: Line 159:
  
  
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===BROWSER-BASED NAVIGATION SUGGESTIONS FOR TASK COMPLETION ([[US Patent Application 18449397. BROWSER-BASED NAVIGATION SUGGESTIONS FOR TASK COMPLETION simplified abstract|18449397]])===
+
===BROWSER-BASED NAVIGATION SUGGESTIONS FOR TASK COMPLETION ([[US Patent Application 18449397. BROWSER-BASED NAVIGATION SUGGESTIONS FOR TASK COMPLETION simplified abstract (GOOGLE LLC)|18449397]])===
  
  
Line 167: Line 167:
  
  
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===Spoof Detection Using Localized Illumination for Biometric Authentication Systems ([[US Patent Application 18319200. Spoof Detection Using Localized Illumination for Biometric Authentication Systems simplified abstract|18319200]])===
+
===Spoof Detection Using Localized Illumination for Biometric Authentication Systems ([[US Patent Application 18319200. Spoof Detection Using Localized Illumination for Biometric Authentication Systems simplified abstract (GOOGLE LLC)|18319200]])===
  
  
Line 175: Line 175:
  
  
−
===TOKENIZED HARDWARE SECURITY MODULES ([[US Patent Application 18358799. TOKENIZED HARDWARE SECURITY MODULES simplified abstract|18358799]])===
+
===TOKENIZED HARDWARE SECURITY MODULES ([[US Patent Application 18358799. TOKENIZED HARDWARE SECURITY MODULES simplified abstract (GOOGLE LLC)|18358799]])===
  
  
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−
===MAPPING A TANGIBLE INSTANCE OF A DOCUMENT ([[US Patent Application 18248983. MAPPING A TANGIBLE INSTANCE OF A DOCUMENT simplified abstract|18248983]])===
+
===MAPPING A TANGIBLE INSTANCE OF A DOCUMENT ([[US Patent Application 18248983. MAPPING A TANGIBLE INSTANCE OF A DOCUMENT simplified abstract (GOOGLE LLC)|18248983]])===
  
  
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−
===SELECTIVE TEXT PREDICTION FOR ELECTRONIC MESSAGING ([[US Patent Application 18447186. SELECTIVE TEXT PREDICTION FOR ELECTRONIC MESSAGING simplified abstract|18447186]])===
+
===SELECTIVE TEXT PREDICTION FOR ELECTRONIC MESSAGING ([[US Patent Application 18447186. SELECTIVE TEXT PREDICTION FOR ELECTRONIC MESSAGING simplified abstract (GOOGLE LLC)|18447186]])===
  
  
Line 199: Line 199:
  
  
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===Detecting Information Operations Campaigns in Social Media with Machine Learning ([[US Patent Application 18447085. Detecting Information Operations Campaigns in Social Media with Machine Learning simplified abstract|18447085]])===
+
===Detecting Information Operations Campaigns in Social Media with Machine Learning ([[US Patent Application 18447085. Detecting Information Operations Campaigns in Social Media with Machine Learning simplified abstract (GOOGLE LLC)|18447085]])===
  
  
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===Machine-Learned Discretization Level Reduction ([[US Patent Application 18249389. Machine-Learned Discretization Level Reduction simplified abstract|18249389]])===
+
===Machine-Learned Discretization Level Reduction ([[US Patent Application 18249389. Machine-Learned Discretization Level Reduction simplified abstract (GOOGLE LLC)|18249389]])===
  
  
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===AUTOMATIC ACTIONS BASED ON CONTEXTUAL REPLIES ([[US Patent Application 18304294. AUTOMATIC ACTIONS BASED ON CONTEXTUAL REPLIES simplified abstract|18304294]])===
+
===AUTOMATIC ACTIONS BASED ON CONTEXTUAL REPLIES ([[US Patent Application 18304294. AUTOMATIC ACTIONS BASED ON CONTEXTUAL REPLIES simplified abstract (GOOGLE LLC)|18304294]])===
  
  
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===ENHANCED CLASSICAL SHADOWS USING MATCHGATE QUANTUM CIRCUITS ([[US Patent Application 18202828. ENHANCED CLASSICAL SHADOWS USING MATCHGATE QUANTUM CIRCUITS simplified abstract|18202828]])===
+
===ENHANCED CLASSICAL SHADOWS USING MATCHGATE QUANTUM CIRCUITS ([[US Patent Application 18202828. ENHANCED CLASSICAL SHADOWS USING MATCHGATE QUANTUM CIRCUITS simplified abstract (GOOGLE LLC)|18202828]])===
  
  
Line 231: Line 231:
  
  
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===Experience Based NFT Marketplace for Digital Assets ([[US Patent Application 18077624. Experience Based NFT Marketplace for Digital Assets simplified abstract|18077624]])===
+
===Experience Based NFT Marketplace for Digital Assets ([[US Patent Application 18077624. Experience Based NFT Marketplace for Digital Assets simplified abstract (GOOGLE LLC)|18077624]])===
  
  
Line 239: Line 239:
  
  
−
===SYSTEM AND METHOD FOR AD KEYWORD SCORING ([[US Patent Application 18233069. SYSTEM AND METHOD FOR AD KEYWORD SCORING simplified abstract|18233069]])===
+
===SYSTEM AND METHOD FOR AD KEYWORD SCORING ([[US Patent Application 18233069. SYSTEM AND METHOD FOR AD KEYWORD SCORING simplified abstract (GOOGLE LLC)|18233069]])===
  
  
Line 247: Line 247:
  
  
−
===Image Enhancement via Iterative Refinement based on Machine Learning Models ([[US Patent Application 18227120. Image Enhancement via Iterative Refinement based on Machine Learning Models simplified abstract|18227120]])===
+
===Image Enhancement via Iterative Refinement based on Machine Learning Models ([[US Patent Application 18227120. Image Enhancement via Iterative Refinement based on Machine Learning Models simplified abstract (GOOGLE LLC)|18227120]])===
  
  
Line 255: Line 255:
  
  
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===COST-DRIVEN FRAMEWORK FOR PROGRESSIVE COMPRESSION OF TEXTURED MESHES ([[US Patent Application 18160847. COST-DRIVEN FRAMEWORK FOR PROGRESSIVE COMPRESSION OF TEXTURED MESHES simplified abstract|18160847]])===
+
===COST-DRIVEN FRAMEWORK FOR PROGRESSIVE COMPRESSION OF TEXTURED MESHES ([[US Patent Application 18160847. COST-DRIVEN FRAMEWORK FOR PROGRESSIVE COMPRESSION OF TEXTURED MESHES simplified abstract (GOOGLE LLC)|18160847]])===
  
  
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===CREATION AND USAGE OF MULTIDIMENSIONAL REALITY CAPTURE ([[US Patent Application 18245967. CREATION AND USAGE OF MULTIDIMENSIONAL REALITY CAPTURE simplified abstract|18245967]])===
+
===CREATION AND USAGE OF MULTIDIMENSIONAL REALITY CAPTURE ([[US Patent Application 18245967. CREATION AND USAGE OF MULTIDIMENSIONAL REALITY CAPTURE simplified abstract (GOOGLE LLC)|18245967]])===
  
  
Line 271: Line 271:
  
  
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===USING STRUCTURED AUDIO OUTPUT TO DETECT PLAYBACK AND/OR TO ADAPT TO MISALIGNED PLAYBACK IN WIRELESS SPEAKERS ([[US Patent Application 18233369. USING STRUCTURED AUDIO OUTPUT TO DETECT PLAYBACK AND/OR TO ADAPT TO MISALIGNED PLAYBACK IN WIRELESS SPEAKERS simplified abstract|18233369]])===
+
===USING STRUCTURED AUDIO OUTPUT TO DETECT PLAYBACK AND/OR TO ADAPT TO MISALIGNED PLAYBACK IN WIRELESS SPEAKERS ([[US Patent Application 18233369. USING STRUCTURED AUDIO OUTPUT TO DETECT PLAYBACK AND/OR TO ADAPT TO MISALIGNED PLAYBACK IN WIRELESS SPEAKERS simplified abstract (GOOGLE LLC)|18233369]])===
  
  
Line 279: Line 279:
  
  
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===ADAPTING HOTWORD RECOGNITION BASED ON PERSONALIZED NEGATIVES ([[US Patent Application 18446420. ADAPTING HOTWORD RECOGNITION BASED ON PERSONALIZED NEGATIVES simplified abstract|18446420]])===
+
===ADAPTING HOTWORD RECOGNITION BASED ON PERSONALIZED NEGATIVES ([[US Patent Application 18446420. ADAPTING HOTWORD RECOGNITION BASED ON PERSONALIZED NEGATIVES simplified abstract (GOOGLE LLC)|18446420]])===
  
  
Line 287: Line 287:
  
  
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===Audio-Visual Separation of On-Screen Sounds based on Machine Learning Models ([[US Patent Application 18226545. Audio-Visual Separation of On-Screen Sounds based on Machine Learning Models simplified abstract|18226545]])===
+
===Audio-Visual Separation of On-Screen Sounds based on Machine Learning Models ([[US Patent Application 18226545. Audio-Visual Separation of On-Screen Sounds based on Machine Learning Models simplified abstract (GOOGLE LLC)|18226545]])===
  
  
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===SELF-SUPERVISED SPEECH REPRESENTATIONS FOR FAKE AUDIO DETECTION ([[US Patent Application 18446623. SELF-SUPERVISED SPEECH REPRESENTATIONS FOR FAKE AUDIO DETECTION simplified abstract|18446623]])===
+
===SELF-SUPERVISED SPEECH REPRESENTATIONS FOR FAKE AUDIO DETECTION ([[US Patent Application 18446623. SELF-SUPERVISED SPEECH REPRESENTATIONS FOR FAKE AUDIO DETECTION simplified abstract (GOOGLE LLC)|18446623]])===
  
  
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===GENERATING STRUCTURED TEXT CONTENT USING SPEECH RECOGNITION MODELS ([[US Patent Application 18234350. GENERATING STRUCTURED TEXT CONTENT USING SPEECH RECOGNITION MODELS simplified abstract|18234350]])===
+
===GENERATING STRUCTURED TEXT CONTENT USING SPEECH RECOGNITION MODELS ([[US Patent Application 18234350. GENERATING STRUCTURED TEXT CONTENT USING SPEECH RECOGNITION MODELS simplified abstract (GOOGLE LLC)|18234350]])===
  
  
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===MONOLITHIC INTEGRATION OF DIFFERENT LIGHT EMITTING STRUCTURES ON A SAME SUBSTRATE ([[US Patent Application 18305778. MONOLITHIC INTEGRATION OF DIFFERENT LIGHT EMITTING STRUCTURES ON A SAME SUBSTRATE simplified abstract|18305778]])===
+
===MONOLITHIC INTEGRATION OF DIFFERENT LIGHT EMITTING STRUCTURES ON A SAME SUBSTRATE ([[US Patent Application 18305778. MONOLITHIC INTEGRATION OF DIFFERENT LIGHT EMITTING STRUCTURES ON A SAME SUBSTRATE simplified abstract (GOOGLE LLC)|18305778]])===
  
  
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===Antenna Tuning For Wireless Links ([[US Patent Application 17908130. Antenna Tuning For Wireless Links simplified abstract|17908130]])===
+
===Antenna Tuning For Wireless Links ([[US Patent Application 17908130. Antenna Tuning For Wireless Links simplified abstract (GOOGLE LLC)|17908130]])===
  
  
Line 327: Line 327:
  
  
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===Centralized Management of Distributed Data Sources ([[US Patent Application 18231832. Centralized Management of Distributed Data Sources simplified abstract|18231832]])===
+
===Centralized Management of Distributed Data Sources ([[US Patent Application 18231832. Centralized Management of Distributed Data Sources simplified abstract (GOOGLE LLC)|18231832]])===
  
  
Line 335: Line 335:
  
  
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===Administering Network-Connected Devices Using Tunneled Routing ([[US Patent Application 18027333. Administering Network-Connected Devices Using Tunneled Routing simplified abstract|18027333]])===
+
===Administering Network-Connected Devices Using Tunneled Routing ([[US Patent Application 18027333. Administering Network-Connected Devices Using Tunneled Routing simplified abstract (GOOGLE LLC)|18027333]])===
  
  
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===Robust Network Path Generation ([[US Patent Application 17886764. Robust Network Path Generation simplified abstract|17886764]])===
+
===Robust Network Path Generation ([[US Patent Application 17886764. Robust Network Path Generation simplified abstract (GOOGLE LLC)|17886764]])===
  
  
Line 351: Line 351:
  
  
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===Two-Factor Authentication Systems And Methods ([[US Patent Application 18232543. Two-Factor Authentication Systems And Methods simplified abstract|18232543]])===
+
===Two-Factor Authentication Systems And Methods ([[US Patent Application 18232543. Two-Factor Authentication Systems And Methods simplified abstract (GOOGLE LLC)|18232543]])===
  
  
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===DETERMINATION AND DISPLAY OF ESTIMATED HOLD DURATIONS FOR CALLS ([[US Patent Application 18447162. DETERMINATION AND DISPLAY OF ESTIMATED HOLD DURATIONS FOR CALLS simplified abstract|18447162]])===
+
===DETERMINATION AND DISPLAY OF ESTIMATED HOLD DURATIONS FOR CALLS ([[US Patent Application 18447162. DETERMINATION AND DISPLAY OF ESTIMATED HOLD DURATIONS FOR CALLS simplified abstract (GOOGLE LLC)|18447162]])===
  
  
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===ALPHA CHANNEL PREDICTION ([[US Patent Application 18448561. ALPHA CHANNEL PREDICTION simplified abstract|18448561]])===
+
===ALPHA CHANNEL PREDICTION ([[US Patent Application 18448561. ALPHA CHANNEL PREDICTION simplified abstract (GOOGLE LLC)|18448561]])===
  
  
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===METHODS, SYSTEMS AND MEDIA FOR SELECTIVELY PRESENTING BROADCAST CONTENT BASED ON USER INTERESTS ([[US Patent Application 18233490. METHODS, SYSTEMS AND MEDIA FOR SELECTIVELY PRESENTING BROADCAST CONTENT BASED ON USER INTERESTS simplified abstract|18233490]])===
+
===METHODS, SYSTEMS AND MEDIA FOR SELECTIVELY PRESENTING BROADCAST CONTENT BASED ON USER INTERESTS ([[US Patent Application 18233490. METHODS, SYSTEMS AND MEDIA FOR SELECTIVELY PRESENTING BROADCAST CONTENT BASED ON USER INTERESTS simplified abstract (GOOGLE LLC)|18233490]])===
  
  
Line 383: Line 383:
  
  
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===SYSTEMS AND METHODS FOR OPERATING A SET TOP BOX ([[US Patent Application 18233608. SYSTEMS AND METHODS FOR OPERATING A SET TOP BOX simplified abstract|18233608]])===
+
===SYSTEMS AND METHODS FOR OPERATING A SET TOP BOX ([[US Patent Application 18233608. SYSTEMS AND METHODS FOR OPERATING A SET TOP BOX simplified abstract (GOOGLE LLC)|18233608]])===
  
  
Line 391: Line 391:
  
  
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===Creating A Communication Channel Between User Devices And Local Stores ([[US Patent Application 18232644. Creating A Communication Channel Between User Devices And Local Stores simplified abstract|18232644]])===
+
===Creating A Communication Channel Between User Devices And Local Stores ([[US Patent Application 18232644. Creating A Communication Channel Between User Devices And Local Stores simplified abstract (GOOGLE LLC)|18232644]])===
  
  
Line 399: Line 399:
  
  
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===Bluetooth Multipoint Algorithm and Private Notifications ([[US Patent Application 18447811. Bluetooth Multipoint Algorithm and Private Notifications simplified abstract|18447811]])===
+
===Bluetooth Multipoint Algorithm and Private Notifications ([[US Patent Application 18447811. Bluetooth Multipoint Algorithm and Private Notifications simplified abstract (GOOGLE LLC)|18447811]])===
  
  
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===MANAGING UE INFORMATION AFTER PREPARING A CONDITIONAL MOBILITY PROCEDURE ([[US Patent Application 18032388. MANAGING UE INFORMATION AFTER PREPARING A CONDITIONAL MOBILITY PROCEDURE simplified abstract|18032388]])===
+
===MANAGING UE INFORMATION AFTER PREPARING A CONDITIONAL MOBILITY PROCEDURE ([[US Patent Application 18032388. MANAGING UE INFORMATION AFTER PREPARING A CONDITIONAL MOBILITY PROCEDURE simplified abstract (GOOGLE LLC)|18032388]])===
  
  

Latest revision as of 06:36, 7 December 2023

Summary of the patent applications from GOOGLE LLC on November 30th, 2023

Google LLC has recently filed several patents related to various technologies and innovations. These patents cover a range of areas including wireless communication, device control, selective content presentation, image coding, call hold durations, authentication, network path generation, and network administration.

In the field of wireless communication, Google has filed a patent for a method that allows a User Equipment (UE) device to communicate with a Radio Access Network (RAN) in a conditional manner. The UE receives a conditional configuration and condition from the RAN, sends information about its preferences or circumstances, and determines if the condition is satisfied before sending the same information again to the RAN.

Another patent application focuses on wirelessly connecting accessories to a host device. The host device can classify accessories as primary, saved, or unsaved devices, and automatically connect primary and saved devices using a short-range wireless interface. This enables the host device to be connected to multiple accessories simultaneously and send different content to different accessories.

Google has also filed a patent application for a communication channel that allows users to receive more information about entities. Ambassadors for an entity are chosen based on the location history of authorized devices, and they can share information about the entity with the public through the communication channel. The entity owner can analyze the communications between users and ambassadors for further insights.

In the field of device control, Google has filed a patent application for controlling a second electronic device using a first electronic device through indirect control methods and optical character recognition. This method involves using different features to control the operation of the second device and includes wireless communication and optical character recognition techniques.

Other notable patent applications include methods for selectively presenting broadcast content based on user interests, image coding using alpha channel prediction, determining and displaying estimated hold durations for calls, and authentication processes that package user credentials with device identification for secure transmission to an authentication server.

Summary of notable applications:

  • Wireless communication method for conditional communication between UE and RAN.
  • Method for wirelessly connecting accessories to a host device.
  • Communication channel for sharing information about entities through ambassadors.
  • Device control method using indirect control methods and optical character recognition.
  • Selective presentation of broadcast content based on user interests.
  • Image coding using alpha channel prediction.
  • Determining and displaying estimated hold durations for calls.
  • Authentication process that packages user credentials with device identification.
  • Method for generating alternative network paths using a linear system of weights.
  • Network administration using tunneled routing in a fabric network.



Contents

Patent applications for GOOGLE LLC on November 30th, 2023

SYSTEM(S) AND METHOD(S) OF USING IMITATION LEARNING IN TRAINING AND REFINING ROBOTIC CONTROL POLICIES (18233251)

Main Inventor

Seyed Mohammad Khansari Zadeh


Slidable Fiber Optic Adaptor in Optic Fiber Panel Assembly (17876721)

Main Inventor

Charles Poe


Security Camera with Angled Cable Attachment for Increased Downward-Viewing Angle (18027339)

Main Inventor

Chi-Ming Ngoc-Tran Lin


MOTION STILLS EXPERIENCE (18233823)

Main Inventor

Matthias Grundmann


AUTOMATED ASSISTANT PERFORMANCE OF A NON-ASSISTANT APPLICATION OPERATION(S) IN RESPONSE TO A USER INPUT THAT CAN BE LIMITED TO A PARAMETER(S) (18366172)

Main Inventor

Joseph Lange


ANALYTICS PERSONALIZATION FRAMEWORK (18305025)

Main Inventor

Sundardas Samuel Dorai-Raj


Internal Storage In Cloud Disk To Support Encrypted Hard Drive And Other Stateful Features (18200380)

Main Inventor

Joseph Richey


DISTRIBUTED MANAGEMENT OF FILE MODIFICATION-TIME FIELD (18366312)

Main Inventor

Ezra N. Hoch


System And Method For Large-Scale Data Processing Using An Application-Independent Framework (18137695)

Main Inventor

Jeffrey Dean


Content Item Profiles (18364908)

Main Inventor

Stephen Tsun


Map Uncertainty and Observation Modeling (18450126)

Main Inventor

Richard William Bukowski


SYSTEMS AND METHODS FOR PROCESSING A NATURAL LANGUAGE QUERY IN DATA TABLES (18227450)

Main Inventor

Nikunj Agrawal


Providing Relevance-Ordered Categories of Information (18329135)

Main Inventor

Yael Shacham Shazeer


USING CROSS-MATCHING BETWEEN USERS AND MATCHING AGAINST REFERENCE DATA TO FACILITATE CONTENT IDENTIFICATION (18233616)

Main Inventor

Zbigniew Skolicki


IN-CONVERSATION SEARCH (18448684)

Main Inventor

Maryam Garrett


AUTOMATIC ROUTING USING SEARCH RESULTS (18447294)

Main Inventor

Michael J. Lebeau


BROWSER-BASED NAVIGATION SUGGESTIONS FOR TASK COMPLETION (18449397)

Main Inventor

Samuel Birch


Spoof Detection Using Localized Illumination for Biometric Authentication Systems (18319200)

Main Inventor

Firas Sammoura


TOKENIZED HARDWARE SECURITY MODULES (18358799)

Main Inventor

Patrick Stahlberg


MAPPING A TANGIBLE INSTANCE OF A DOCUMENT (18248983)

Main Inventor

Brett Barros


SELECTIVE TEXT PREDICTION FOR ELECTRONIC MESSAGING (18447186)

Main Inventor

Paul Roland Lambert


Detecting Information Operations Campaigns in Social Media with Machine Learning (18447085)

Main Inventor

Philip Tully


Machine-Learned Discretization Level Reduction (18249389)

Main Inventor

Shumeet Baluja


AUTOMATIC ACTIONS BASED ON CONTEXTUAL REPLIES (18304294)

Main Inventor

Morten Just Petersen


ENHANCED CLASSICAL SHADOWS USING MATCHGATE QUANTUM CIRCUITS (18202828)

Main Inventor

Kianna Wan


Experience Based NFT Marketplace for Digital Assets (18077624)

Main Inventor

Krishna Chytanya Ayyagari


SYSTEM AND METHOD FOR AD KEYWORD SCORING (18233069)

Main Inventor

Gaofeng Zhao


Image Enhancement via Iterative Refinement based on Machine Learning Models (18227120)

Main Inventor

Chitwan Saharia


COST-DRIVEN FRAMEWORK FOR PROGRESSIVE COMPRESSION OF TEXTURED MESHES (18160847)

Main Inventor

Michael Hemmer


CREATION AND USAGE OF MULTIDIMENSIONAL REALITY CAPTURE (18245967)

Main Inventor

Nitin Suresh


USING STRUCTURED AUDIO OUTPUT TO DETECT PLAYBACK AND/OR TO ADAPT TO MISALIGNED PLAYBACK IN WIRELESS SPEAKERS (18233369)

Main Inventor

Nathaniel Nesiba


ADAPTING HOTWORD RECOGNITION BASED ON PERSONALIZED NEGATIVES (18446420)

Main Inventor

Aleksandar Kracun


Audio-Visual Separation of On-Screen Sounds based on Machine Learning Models (18226545)

Main Inventor

Efthymios Tzinis


SELF-SUPERVISED SPEECH REPRESENTATIONS FOR FAKE AUDIO DETECTION (18446623)

Main Inventor

Joel Shor


GENERATING STRUCTURED TEXT CONTENT USING SPEECH RECOGNITION MODELS (18234350)

Main Inventor

Christopher S. Co


MONOLITHIC INTEGRATION OF DIFFERENT LIGHT EMITTING STRUCTURES ON A SAME SUBSTRATE (18305778)

Main Inventor

Gang He


Antenna Tuning For Wireless Links (17908130)

Main Inventor

Vivek Tulshiram Bharambe


Centralized Management of Distributed Data Sources (18231832)

Main Inventor

Rajeev Koodli


Administering Network-Connected Devices Using Tunneled Routing (18027333)

Main Inventor

Grant Michael Erickson


Robust Network Path Generation (17886764)

Main Inventor

Ali Kemal Sinop


Two-Factor Authentication Systems And Methods (18232543)

Main Inventor

Yi Cui


DETERMINATION AND DISPLAY OF ESTIMATED HOLD DURATIONS FOR CALLS (18447162)

Main Inventor

Joseph Joseph Cherukara


ALPHA CHANNEL PREDICTION (18448561)

Main Inventor

Maryla Ustarroz-Calonge


METHODS, SYSTEMS AND MEDIA FOR SELECTIVELY PRESENTING BROADCAST CONTENT BASED ON USER INTERESTS (18233490)

Main Inventor

Andrew Mark Diamondstein


SYSTEMS AND METHODS FOR OPERATING A SET TOP BOX (18233608)

Main Inventor

Vincent Dureau


Creating A Communication Channel Between User Devices And Local Stores (18232644)

Main Inventor

Matteo Agosti


Bluetooth Multipoint Algorithm and Private Notifications (18447811)

Main Inventor

Basheer Tome


MANAGING UE INFORMATION AFTER PREPARING A CONDITIONAL MOBILITY PROCEDURE (18032388)

Main Inventor

Chih-Hsiang Wu

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