Difference between revisions of "Microsoft Technology Licensing, LLC patent applications published on November 30th, 2023"

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==Patent applications for Microsoft Technology Licensing, LLC on November 30th, 2023==
 
==Patent applications for Microsoft Technology Licensing, LLC on November 30th, 2023==
  
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===Enhanced Eye Tracking Using Lens Inverse Transform ([[US Patent Application 17824663. Enhanced Eye Tracking Using Lens Inverse Transform simplified abstract|17824663]])===
+
===Enhanced Eye Tracking Using Lens Inverse Transform ([[US Patent Application 17824663. Enhanced Eye Tracking Using Lens Inverse Transform simplified abstract (Microsoft Technology Licensing, LLC)|17824663]])===
  
  
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===ENABLING LOCAL SPLIT-SCREEN MULTIPLAYER EXPERIENCES USING REMOTE MULTIPLAYER GAME SUPPORT ([[US Patent Application 18247626. ENABLING LOCAL SPLIT-SCREEN MULTIPLAYER EXPERIENCES USING REMOTE MULTIPLAYER GAME SUPPORT simplified abstract|18247626]])===
+
===ENABLING LOCAL SPLIT-SCREEN MULTIPLAYER EXPERIENCES USING REMOTE MULTIPLAYER GAME SUPPORT ([[US Patent Application 18247626. ENABLING LOCAL SPLIT-SCREEN MULTIPLAYER EXPERIENCES USING REMOTE MULTIPLAYER GAME SUPPORT simplified abstract (Microsoft Technology Licensing, LLC)|18247626]])===
  
  
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===SYSTEMS AND METHODS FOR RICH PERSONALIZATION OF COMPUTER GAME EXPERIENCES ([[US Patent Application 17828926. SYSTEMS AND METHODS FOR RICH PERSONALIZATION OF COMPUTER GAME EXPERIENCES simplified abstract|17828926]])===
+
===SYSTEMS AND METHODS FOR RICH PERSONALIZATION OF COMPUTER GAME EXPERIENCES ([[US Patent Application 17828926. SYSTEMS AND METHODS FOR RICH PERSONALIZATION OF COMPUTER GAME EXPERIENCES simplified abstract (Microsoft Technology Licensing, LLC)|17828926]])===
  
  
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===IMPORTING AGENT PERSONALIZATION DATA TO INSTANTIATE A PERSONALIZED AGENT IN A USER GAME SESSION ([[US Patent Application 17855389. IMPORTING AGENT PERSONALIZATION DATA TO INSTANTIATE A PERSONALIZED AGENT IN A USER GAME SESSION simplified abstract|17855389]])===
+
===IMPORTING AGENT PERSONALIZATION DATA TO INSTANTIATE A PERSONALIZED AGENT IN A USER GAME SESSION ([[US Patent Application 17855389. IMPORTING AGENT PERSONALIZATION DATA TO INSTANTIATE A PERSONALIZED AGENT IN A USER GAME SESSION simplified abstract (Microsoft Technology Licensing, LLC)|17855389]])===
  
  
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===IMPORTING AGENT PERSONALIZATION DATA TO POSSESS IN-GAME NON-PLAYER CHARACTERS ([[US Patent Application 17855417. IMPORTING AGENT PERSONALIZATION DATA TO POSSESS IN-GAME NON-PLAYER CHARACTERS simplified abstract|17855417]])===
+
===IMPORTING AGENT PERSONALIZATION DATA TO POSSESS IN-GAME NON-PLAYER CHARACTERS ([[US Patent Application 17855417. IMPORTING AGENT PERSONALIZATION DATA TO POSSESS IN-GAME NON-PLAYER CHARACTERS simplified abstract (Microsoft Technology Licensing, LLC)|17855417]])===
  
  
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===PIEZOELECTRICALLY-ACTUATED RESONANT SCANNING MIRROR ([[US Patent Application 17804296. PIEZOELECTRICALLY-ACTUATED RESONANT SCANNING MIRROR simplified abstract|17804296]])===
+
===PIEZOELECTRICALLY-ACTUATED RESONANT SCANNING MIRROR ([[US Patent Application 17804296. PIEZOELECTRICALLY-ACTUATED RESONANT SCANNING MIRROR simplified abstract (Microsoft Technology Licensing, LLC)|17804296]])===
  
  
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===MICROMIRROR RESONANCE SUPRESSION USING CONFIGURABLE FILTER ([[US Patent Application 17827413. MICROMIRROR RESONANCE SUPRESSION USING CONFIGURABLE FILTER simplified abstract|17827413]])===
+
===MICROMIRROR RESONANCE SUPRESSION USING CONFIGURABLE FILTER ([[US Patent Application 17827413. MICROMIRROR RESONANCE SUPRESSION USING CONFIGURABLE FILTER simplified abstract (Microsoft Technology Licensing, LLC)|17827413]])===
  
  
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===TIME TO DIGITAL CONVERTER (TDC) CIRCUIT WITH SELF-ADAPTIVE TIME GRANULARITY AND RELATED METHODS ([[US Patent Application 17828538. TIME TO DIGITAL CONVERTER (TDC) CIRCUIT WITH SELF-ADAPTIVE TIME GRANULARITY AND RELATED METHODS simplified abstract|17828538]])===
+
===TIME TO DIGITAL CONVERTER (TDC) CIRCUIT WITH SELF-ADAPTIVE TIME GRANULARITY AND RELATED METHODS ([[US Patent Application 17828538. TIME TO DIGITAL CONVERTER (TDC) CIRCUIT WITH SELF-ADAPTIVE TIME GRANULARITY AND RELATED METHODS simplified abstract (Microsoft Technology Licensing, LLC)|17828538]])===
  
  
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===GESTURE RECOGNITION, ADAPTATION, AND MANAGEMENT IN A HEAD-WEARABLE AUDIO DEVICE ([[US Patent Application 17752120. GESTURE RECOGNITION, ADAPTATION, AND MANAGEMENT IN A HEAD-WEARABLE AUDIO DEVICE simplified abstract|17752120]])===
+
===GESTURE RECOGNITION, ADAPTATION, AND MANAGEMENT IN A HEAD-WEARABLE AUDIO DEVICE ([[US Patent Application 17752120. GESTURE RECOGNITION, ADAPTATION, AND MANAGEMENT IN A HEAD-WEARABLE AUDIO DEVICE simplified abstract (Microsoft Technology Licensing, LLC)|17752120]])===
  
  
Line 95: Line 95:
  
  
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===END-USER CREATED CROPPED APPLICATION WINDOW ([[US Patent Application 18325636. END-USER CREATED CROPPED APPLICATION WINDOW simplified abstract|18325636]])===
+
===END-USER CREATED CROPPED APPLICATION WINDOW ([[US Patent Application 18325636. END-USER CREATED CROPPED APPLICATION WINDOW simplified abstract (Microsoft Technology Licensing, LLC)|18325636]])===
  
  
Line 103: Line 103:
  
  
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===AUTOMATION OF PERMISSION CONTROLS FOR GROUP MESSAGES ([[US Patent Application 17829309. AUTOMATION OF PERMISSION CONTROLS FOR GROUP MESSAGES simplified abstract|17829309]])===
+
===AUTOMATION OF PERMISSION CONTROLS FOR GROUP MESSAGES ([[US Patent Application 17829309. AUTOMATION OF PERMISSION CONTROLS FOR GROUP MESSAGES simplified abstract (Microsoft Technology Licensing, LLC)|17829309]])===
  
  
Line 111: Line 111:
  
  
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===MEETING ACCESSIBILITY STAGING SYSTEM ([[US Patent Application 18168988. MEETING ACCESSIBILITY STAGING SYSTEM simplified abstract|18168988]])===
+
===MEETING ACCESSIBILITY STAGING SYSTEM ([[US Patent Application 18168988. MEETING ACCESSIBILITY STAGING SYSTEM simplified abstract (Microsoft Technology Licensing, LLC)|18168988]])===
  
  
Line 119: Line 119:
  
  
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===AUDIO COMMUNICATION DEVICE WITH NOVEL VISUAL INDICATIONS AND ADJUSTABLE MUTING ([[US Patent Application 17752478. AUDIO COMMUNICATION DEVICE WITH NOVEL VISUAL INDICATIONS AND ADJUSTABLE MUTING simplified abstract|17752478]])===
+
===AUDIO COMMUNICATION DEVICE WITH NOVEL VISUAL INDICATIONS AND ADJUSTABLE MUTING ([[US Patent Application 17752478. AUDIO COMMUNICATION DEVICE WITH NOVEL VISUAL INDICATIONS AND ADJUSTABLE MUTING simplified abstract (Microsoft Technology Licensing, LLC)|17752478]])===
  
  
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===CODE GENERATION TOOL FOR CLOUD-NATIVE HIGH-PERFORMANCE COMPUTING ([[US Patent Application 18333517. CODE GENERATION TOOL FOR CLOUD-NATIVE HIGH-PERFORMANCE COMPUTING simplified abstract|18333517]])===
+
===CODE GENERATION TOOL FOR CLOUD-NATIVE HIGH-PERFORMANCE COMPUTING ([[US Patent Application 18333517. CODE GENERATION TOOL FOR CLOUD-NATIVE HIGH-PERFORMANCE COMPUTING simplified abstract (Microsoft Technology Licensing, LLC)|18333517]])===
  
  
Line 135: Line 135:
  
  
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===SOFTWARE DEVELOPMENT IMPROVEMENT STAGE OPTIMIZATION ([[US Patent Application 17825257. SOFTWARE DEVELOPMENT IMPROVEMENT STAGE OPTIMIZATION simplified abstract|17825257]])===
+
===SOFTWARE DEVELOPMENT IMPROVEMENT STAGE OPTIMIZATION ([[US Patent Application 17825257. SOFTWARE DEVELOPMENT IMPROVEMENT STAGE OPTIMIZATION simplified abstract (Microsoft Technology Licensing, LLC)|17825257]])===
  
  
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===IMPLEMENTING CHANGES MADE TO SOURCE CODE OF RELOADABLE TYPES AT RUNTIME ([[US Patent Application 18232679. IMPLEMENTING CHANGES MADE TO SOURCE CODE OF RELOADABLE TYPES AT RUNTIME simplified abstract|18232679]])===
+
===IMPLEMENTING CHANGES MADE TO SOURCE CODE OF RELOADABLE TYPES AT RUNTIME ([[US Patent Application 18232679. IMPLEMENTING CHANGES MADE TO SOURCE CODE OF RELOADABLE TYPES AT RUNTIME simplified abstract (Microsoft Technology Licensing, LLC)|18232679]])===
  
  
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===SOFTWARE PRODUCT UPGRADE WITH TRANSPARENT DATA MIGRATION ([[US Patent Application 17825328. SOFTWARE PRODUCT UPGRADE WITH TRANSPARENT DATA MIGRATION simplified abstract|17825328]])===
+
===SOFTWARE PRODUCT UPGRADE WITH TRANSPARENT DATA MIGRATION ([[US Patent Application 17825328. SOFTWARE PRODUCT UPGRADE WITH TRANSPARENT DATA MIGRATION simplified abstract (Microsoft Technology Licensing, LLC)|17825328]])===
  
  
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===RENDERING GRAPHICAL ELEMENTS ON AN INTERFACE ([[US Patent Application 17829151. RENDERING GRAPHICAL ELEMENTS ON AN INTERFACE simplified abstract|17829151]])===
+
===RENDERING GRAPHICAL ELEMENTS ON AN INTERFACE ([[US Patent Application 17829151. RENDERING GRAPHICAL ELEMENTS ON AN INTERFACE simplified abstract (Microsoft Technology Licensing, LLC)|17829151]])===
  
  
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===MANAGING UPDATES ON VIRTUAL MACHINE SYSTEMS ([[US Patent Application 17752782. MANAGING UPDATES ON VIRTUAL MACHINE SYSTEMS simplified abstract|17752782]])===
+
===MANAGING UPDATES ON VIRTUAL MACHINE SYSTEMS ([[US Patent Application 17752782. MANAGING UPDATES ON VIRTUAL MACHINE SYSTEMS simplified abstract (Microsoft Technology Licensing, LLC)|17752782]])===
  
  
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===ENFORCE CHANGES IN SESSION BEHAVIOR BASED ON UPDATED MACHINE LEARNING MODEL WITH DETECTED RISK BEHAVIOR DURING SESSION ([[US Patent Application 18231631. ENFORCE CHANGES IN SESSION BEHAVIOR BASED ON UPDATED MACHINE LEARNING MODEL WITH DETECTED RISK BEHAVIOR DURING SESSION simplified abstract|18231631]])===
+
===ENFORCE CHANGES IN SESSION BEHAVIOR BASED ON UPDATED MACHINE LEARNING MODEL WITH DETECTED RISK BEHAVIOR DURING SESSION ([[US Patent Application 18231631. ENFORCE CHANGES IN SESSION BEHAVIOR BASED ON UPDATED MACHINE LEARNING MODEL WITH DETECTED RISK BEHAVIOR DURING SESSION simplified abstract (Microsoft Technology Licensing, LLC)|18231631]])===
  
  
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===POLICY-BASED DEPLOYMENT WITH SCOPING AND VALIDATION ([[US Patent Application 17828721. POLICY-BASED DEPLOYMENT WITH SCOPING AND VALIDATION simplified abstract|17828721]])===
+
===POLICY-BASED DEPLOYMENT WITH SCOPING AND VALIDATION ([[US Patent Application 17828721. POLICY-BASED DEPLOYMENT WITH SCOPING AND VALIDATION simplified abstract (Microsoft Technology Licensing, LLC)|17828721]])===
  
  
Line 191: Line 191:
  
  
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===PACKET PROCESSING COMPUTATIONS UTILIZING A PRE-ALLOCATED MEMORY FUNCTION ([[US Patent Application 17752790. PACKET PROCESSING COMPUTATIONS UTILIZING A PRE-ALLOCATED MEMORY FUNCTION simplified abstract|17752790]])===
+
===PACKET PROCESSING COMPUTATIONS UTILIZING A PRE-ALLOCATED MEMORY FUNCTION ([[US Patent Application 17752790. PACKET PROCESSING COMPUTATIONS UTILIZING A PRE-ALLOCATED MEMORY FUNCTION simplified abstract (Microsoft Technology Licensing, LLC)|17752790]])===
  
  
Line 199: Line 199:
  
  
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===Progress Monitoring Service ([[US Patent Application 17873093. Progress Monitoring Service simplified abstract|17873093]])===
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===Progress Monitoring Service ([[US Patent Application 17873093. Progress Monitoring Service simplified abstract (Microsoft Technology Licensing, LLC)|17873093]])===
  
  
Line 207: Line 207:
  
  
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===SELECTIVE EXECUTION OF WORKLOADS USING HARDWARE ACCELERATORS ([[US Patent Application 18324646. SELECTIVE EXECUTION OF WORKLOADS USING HARDWARE ACCELERATORS simplified abstract|18324646]])===
+
===SELECTIVE EXECUTION OF WORKLOADS USING HARDWARE ACCELERATORS ([[US Patent Application 18324646. SELECTIVE EXECUTION OF WORKLOADS USING HARDWARE ACCELERATORS simplified abstract (Microsoft Technology Licensing, LLC)|18324646]])===
  
  
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===TRACKING OF CONTINUOUS DATA PROCESSING WORKLOADS ([[US Patent Application 17824217. TRACKING OF CONTINUOUS DATA PROCESSING WORKLOADS simplified abstract|17824217]])===
+
===TRACKING OF CONTINUOUS DATA PROCESSING WORKLOADS ([[US Patent Application 17824217. TRACKING OF CONTINUOUS DATA PROCESSING WORKLOADS simplified abstract (Microsoft Technology Licensing, LLC)|17824217]])===
  
  
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===TECHNIQUES FOR DEPLOYING WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT ([[US Patent Application 17826915. TECHNIQUES FOR DEPLOYING WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT simplified abstract|17826915]])===
+
===TECHNIQUES FOR DEPLOYING WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT ([[US Patent Application 17826915. TECHNIQUES FOR DEPLOYING WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT simplified abstract (Microsoft Technology Licensing, LLC)|17826915]])===
  
  
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===UPDATING A STATE OF A CLIENT DEVICE USING A LIMITED EVENT SIZE PROTOCOL ([[US Patent Application 17825373. UPDATING A STATE OF A CLIENT DEVICE USING A LIMITED EVENT SIZE PROTOCOL simplified abstract|17825373]])===
+
===UPDATING A STATE OF A CLIENT DEVICE USING A LIMITED EVENT SIZE PROTOCOL ([[US Patent Application 17825373. UPDATING A STATE OF A CLIENT DEVICE USING A LIMITED EVENT SIZE PROTOCOL simplified abstract (Microsoft Technology Licensing, LLC)|17825373]])===
  
  
Line 239: Line 239:
  
  
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===NETWORK API CREDENTIALS WITHIN A TRANSLATION SESSION ([[US Patent Application 17824842. NETWORK API CREDENTIALS WITHIN A TRANSLATION SESSION simplified abstract|17824842]])===
+
===NETWORK API CREDENTIALS WITHIN A TRANSLATION SESSION ([[US Patent Application 17824842. NETWORK API CREDENTIALS WITHIN A TRANSLATION SESSION simplified abstract (Microsoft Technology Licensing, LLC)|17824842]])===
  
  
Line 247: Line 247:
  
  
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===MULTI-FACTOR CLOUD SERVICE STORAGE DEVICE ERROR PREDICTION ([[US Patent Application 18225053. MULTI-FACTOR CLOUD SERVICE STORAGE DEVICE ERROR PREDICTION simplified abstract|18225053]])===
+
===MULTI-FACTOR CLOUD SERVICE STORAGE DEVICE ERROR PREDICTION ([[US Patent Application 18225053. MULTI-FACTOR CLOUD SERVICE STORAGE DEVICE ERROR PREDICTION simplified abstract (Microsoft Technology Licensing, LLC)|18225053]])===
  
  
Line 255: Line 255:
  
  
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===SELECTIVE DATABASE MIGRATION ([[US Patent Application 17826619. SELECTIVE DATABASE MIGRATION simplified abstract|17826619]])===
+
===SELECTIVE DATABASE MIGRATION ([[US Patent Application 17826619. SELECTIVE DATABASE MIGRATION simplified abstract (Microsoft Technology Licensing, LLC)|17826619]])===
  
  
Line 263: Line 263:
  
  
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===Systems and Methods for Disaster Recovery for Edge Devices ([[US Patent Application 17807153. Systems and Methods for Disaster Recovery for Edge Devices simplified abstract|17807153]])===
+
===Systems and Methods for Disaster Recovery for Edge Devices ([[US Patent Application 17807153. Systems and Methods for Disaster Recovery for Edge Devices simplified abstract (Microsoft Technology Licensing, LLC)|17807153]])===
  
  
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===REAL-TIME REPORT GENERATION ([[US Patent Application 17826970. REAL-TIME REPORT GENERATION simplified abstract|17826970]])===
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===REAL-TIME REPORT GENERATION ([[US Patent Application 17826970. REAL-TIME REPORT GENERATION simplified abstract (Microsoft Technology Licensing, LLC)|17826970]])===
  
  
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===TESTING USING LABELLED RECORDED ALERTS ([[US Patent Application 17824714. TESTING USING LABELLED RECORDED ALERTS simplified abstract|17824714]])===
+
===TESTING USING LABELLED RECORDED ALERTS ([[US Patent Application 17824714. TESTING USING LABELLED RECORDED ALERTS simplified abstract (Microsoft Technology Licensing, LLC)|17824714]])===
  
  
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===TESTING OF A RESOURCE MANAGER OF AN APPLICATION MANAGEMENT SYSTEM ([[US Patent Application 18366200. TESTING OF A RESOURCE MANAGER OF AN APPLICATION MANAGEMENT SYSTEM simplified abstract|18366200]])===
+
===TESTING OF A RESOURCE MANAGER OF AN APPLICATION MANAGEMENT SYSTEM ([[US Patent Application 18366200. TESTING OF A RESOURCE MANAGER OF AN APPLICATION MANAGEMENT SYSTEM simplified abstract (Microsoft Technology Licensing, LLC)|18366200]])===
  
  
Line 295: Line 295:
  
  
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===SYSTEM AND METHOD FOR INCREMENTAL ENCRYPTION ([[US Patent Application 17804083. SYSTEM AND METHOD FOR INCREMENTAL ENCRYPTION simplified abstract|17804083]])===
+
===SYSTEM AND METHOD FOR INCREMENTAL ENCRYPTION ([[US Patent Application 17804083. SYSTEM AND METHOD FOR INCREMENTAL ENCRYPTION simplified abstract (Microsoft Technology Licensing, LLC)|17804083]])===
  
  
Line 303: Line 303:
  
  
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===DETECTING AND MITIGATING MEMORY ATTACKS ([[US Patent Application 17828903. DETECTING AND MITIGATING MEMORY ATTACKS simplified abstract|17828903]])===
+
===DETECTING AND MITIGATING MEMORY ATTACKS ([[US Patent Application 17828903. DETECTING AND MITIGATING MEMORY ATTACKS simplified abstract (Microsoft Technology Licensing, LLC)|17828903]])===
  
  
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===Maintaining Stale Files to Minimize Computing Costs ([[US Patent Application 17804609. Maintaining Stale Files to Minimize Computing Costs simplified abstract|17804609]])===
+
===Maintaining Stale Files to Minimize Computing Costs ([[US Patent Application 17804609. Maintaining Stale Files to Minimize Computing Costs simplified abstract (Microsoft Technology Licensing, LLC)|17804609]])===
  
  
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===OPTIMIZATIONS FOR DATA DEDUPLICATION OPERATIONS ([[US Patent Application 17829012. OPTIMIZATIONS FOR DATA DEDUPLICATION OPERATIONS simplified abstract|17829012]])===
+
===OPTIMIZATIONS FOR DATA DEDUPLICATION OPERATIONS ([[US Patent Application 17829012. OPTIMIZATIONS FOR DATA DEDUPLICATION OPERATIONS simplified abstract (Microsoft Technology Licensing, LLC)|17829012]])===
  
  
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===GRADIENT FLOWS IN DATASET SPACE ([[US Patent Application 18204568. GRADIENT FLOWS IN DATASET SPACE simplified abstract|18204568]])===
+
===GRADIENT FLOWS IN DATASET SPACE ([[US Patent Application 18204568. GRADIENT FLOWS IN DATASET SPACE simplified abstract (Microsoft Technology Licensing, LLC)|18204568]])===
  
  
Line 335: Line 335:
  
  
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===SCALABLE INDEX TUNING WITH INDEX FILTERING AND INDEX COST MODELS ([[US Patent Application 17897930. SCALABLE INDEX TUNING WITH INDEX FILTERING AND INDEX COST MODELS simplified abstract|17897930]])===
+
===SCALABLE INDEX TUNING WITH INDEX FILTERING AND INDEX COST MODELS ([[US Patent Application 17897930. SCALABLE INDEX TUNING WITH INDEX FILTERING AND INDEX COST MODELS simplified abstract (Microsoft Technology Licensing, LLC)|17897930]])===
  
  
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===DISTRIBUTED DATA QUERY UNDER DATA FLOW LIMITATIONS ([[US Patent Application 17828879. DISTRIBUTED DATA QUERY UNDER DATA FLOW LIMITATIONS simplified abstract|17828879]])===
+
===DISTRIBUTED DATA QUERY UNDER DATA FLOW LIMITATIONS ([[US Patent Application 17828879. DISTRIBUTED DATA QUERY UNDER DATA FLOW LIMITATIONS simplified abstract (Microsoft Technology Licensing, LLC)|17828879]])===
  
  
Line 351: Line 351:
  
  
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===A LOOK AHEAD STRATEGY FOR TRIE-BASED BEAM SEARCH IN GENERATIVE RETRIEVAL ([[US Patent Application 18031789. A LOOK AHEAD STRATEGY FOR TRIE-BASED BEAM SEARCH IN GENERATIVE RETRIEVAL simplified abstract|18031789]])===
+
===A LOOK AHEAD STRATEGY FOR TRIE-BASED BEAM SEARCH IN GENERATIVE RETRIEVAL ([[US Patent Application 18031789. A LOOK AHEAD STRATEGY FOR TRIE-BASED BEAM SEARCH IN GENERATIVE RETRIEVAL simplified abstract (Microsoft Technology Licensing, LLC)|18031789]])===
  
  
Line 359: Line 359:
  
  
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===System for Generation and Use of Pinned Searches ([[US Patent Application 17828198. System for Generation and Use of Pinned Searches simplified abstract|17828198]])===
+
===System for Generation and Use of Pinned Searches ([[US Patent Application 17828198. System for Generation and Use of Pinned Searches simplified abstract (Microsoft Technology Licensing, LLC)|17828198]])===
  
  
Line 367: Line 367:
  
  
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===AUTOMATIC CONTENT GENERATION ([[US Patent Application 17836456. AUTOMATIC CONTENT GENERATION simplified abstract|17836456]])===
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===AUTOMATIC CONTENT GENERATION ([[US Patent Application 17836456. AUTOMATIC CONTENT GENERATION simplified abstract (Microsoft Technology Licensing, LLC)|17836456]])===
  
  
Line 375: Line 375:
  
  
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===TECHNIQUES FOR ASSOCIATING DOMAIN-SPECIFIC TERMS FOR INFORMATION DISCOVERY ([[US Patent Application 17826927. TECHNIQUES FOR ASSOCIATING DOMAIN-SPECIFIC TERMS FOR INFORMATION DISCOVERY simplified abstract|17826927]])===
+
===TECHNIQUES FOR ASSOCIATING DOMAIN-SPECIFIC TERMS FOR INFORMATION DISCOVERY ([[US Patent Application 17826927. TECHNIQUES FOR ASSOCIATING DOMAIN-SPECIFIC TERMS FOR INFORMATION DISCOVERY simplified abstract (Microsoft Technology Licensing, LLC)|17826927]])===
  
  
Line 383: Line 383:
  
  
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===CONTENT MODERATION SERVICE FOR SYSTEM GENERATED CONTENT ([[US Patent Application 17825734. CONTENT MODERATION SERVICE FOR SYSTEM GENERATED CONTENT simplified abstract|17825734]])===
+
===CONTENT MODERATION SERVICE FOR SYSTEM GENERATED CONTENT ([[US Patent Application 17825734. CONTENT MODERATION SERVICE FOR SYSTEM GENERATED CONTENT simplified abstract (Microsoft Technology Licensing, LLC)|17825734]])===
  
  
Line 391: Line 391:
  
  
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===WEB SITE PREVIEW GENERATION BASED ON WEB SITE TYPE ([[US Patent Application 17752675. WEB SITE PREVIEW GENERATION BASED ON WEB SITE TYPE simplified abstract|17752675]])===
+
===WEB SITE PREVIEW GENERATION BASED ON WEB SITE TYPE ([[US Patent Application 17752675. WEB SITE PREVIEW GENERATION BASED ON WEB SITE TYPE simplified abstract (Microsoft Technology Licensing, LLC)|17752675]])===
  
  
Line 399: Line 399:
  
  
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===SYSTEMS AND METHODS FOR SPARSE MATRIX MULTIPLICATION ([[US Patent Application 17657912. SYSTEMS AND METHODS FOR SPARSE MATRIX MULTIPLICATION simplified abstract|17657912]])===
+
===SYSTEMS AND METHODS FOR SPARSE MATRIX MULTIPLICATION ([[US Patent Application 17657912. SYSTEMS AND METHODS FOR SPARSE MATRIX MULTIPLICATION simplified abstract (Microsoft Technology Licensing, LLC)|17657912]])===
  
  
Line 407: Line 407:
  
  
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===UNSTRUCTURED TEXT CLASSIFICATION ([[US Patent Application 18233657. UNSTRUCTURED TEXT CLASSIFICATION simplified abstract|18233657]])===
+
===UNSTRUCTURED TEXT CLASSIFICATION ([[US Patent Application 18233657. UNSTRUCTURED TEXT CLASSIFICATION simplified abstract (Microsoft Technology Licensing, LLC)|18233657]])===
  
  
Line 415: Line 415:
  
  
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===SYSTEMS AND METHODS FOR FLUSH PLUS RELOAD CACHE SIDE-CHANNEL ATTACK MITIGATION ([[US Patent Application 17838446. SYSTEMS AND METHODS FOR FLUSH PLUS RELOAD CACHE SIDE-CHANNEL ATTACK MITIGATION simplified abstract|17838446]])===
+
===SYSTEMS AND METHODS FOR FLUSH PLUS RELOAD CACHE SIDE-CHANNEL ATTACK MITIGATION ([[US Patent Application 17838446. SYSTEMS AND METHODS FOR FLUSH PLUS RELOAD CACHE SIDE-CHANNEL ATTACK MITIGATION simplified abstract (Microsoft Technology Licensing, LLC)|17838446]])===
  
  
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===WEB SITE PREVIEW BASED ON CLIENT PRESENTATION STATE ([[US Patent Application 17752658. WEB SITE PREVIEW BASED ON CLIENT PRESENTATION STATE simplified abstract|17752658]])===
+
===WEB SITE PREVIEW BASED ON CLIENT PRESENTATION STATE ([[US Patent Application 17752658. WEB SITE PREVIEW BASED ON CLIENT PRESENTATION STATE simplified abstract (Microsoft Technology Licensing, LLC)|17752658]])===
  
  
Line 431: Line 431:
  
  
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===WEB SITE PREVIEW GENERATION WITH ACTION CONTROL ([[US Patent Application 17752665. WEB SITE PREVIEW GENERATION WITH ACTION CONTROL simplified abstract|17752665]])===
+
===WEB SITE PREVIEW GENERATION WITH ACTION CONTROL ([[US Patent Application 17752665. WEB SITE PREVIEW GENERATION WITH ACTION CONTROL simplified abstract (Microsoft Technology Licensing, LLC)|17752665]])===
  
  
Line 439: Line 439:
  
  
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===Complementary Networks for Rare Event Detection ([[US Patent Application 17824406. Complementary Networks for Rare Event Detection simplified abstract|17824406]])===
+
===Complementary Networks for Rare Event Detection ([[US Patent Application 17824406. Complementary Networks for Rare Event Detection simplified abstract (Microsoft Technology Licensing, LLC)|17824406]])===
  
  
Line 447: Line 447:
  
  
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===TECHNIQUES FOR GENERATING A MODEL FOR TIMESERIES DATA FORECASTING ([[US Patent Application 17804429. TECHNIQUES FOR GENERATING A MODEL FOR TIMESERIES DATA FORECASTING simplified abstract|17804429]])===
+
===TECHNIQUES FOR GENERATING A MODEL FOR TIMESERIES DATA FORECASTING ([[US Patent Application 17804429. TECHNIQUES FOR GENERATING A MODEL FOR TIMESERIES DATA FORECASTING simplified abstract (Microsoft Technology Licensing, LLC)|17804429]])===
  
  
Line 455: Line 455:
  
  
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===LINGUISTIC SCHEMA MAPPING VIA SEMI-SUPERVISED LEARNING ([[US Patent Application 17827688. LINGUISTIC SCHEMA MAPPING VIA SEMI-SUPERVISED LEARNING simplified abstract|17827688]])===
+
===LINGUISTIC SCHEMA MAPPING VIA SEMI-SUPERVISED LEARNING ([[US Patent Application 17827688. LINGUISTIC SCHEMA MAPPING VIA SEMI-SUPERVISED LEARNING simplified abstract (Microsoft Technology Licensing, LLC)|17827688]])===
  
  
Line 463: Line 463:
  
  
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===Meeting Analysis and Coaching System ([[US Patent Application 17804459. Meeting Analysis and Coaching System simplified abstract|17804459]])===
+
===Meeting Analysis and Coaching System ([[US Patent Application 17804459. Meeting Analysis and Coaching System simplified abstract (Microsoft Technology Licensing, LLC)|17804459]])===
  
  
Line 471: Line 471:
  
  
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===AGENDA DRIVEN CONTROL OF USER INTERFACE ENVIRONMENTS ([[US Patent Application 17829336. AGENDA DRIVEN CONTROL OF USER INTERFACE ENVIRONMENTS simplified abstract|17829336]])===
+
===AGENDA DRIVEN CONTROL OF USER INTERFACE ENVIRONMENTS ([[US Patent Application 17829336. AGENDA DRIVEN CONTROL OF USER INTERFACE ENVIRONMENTS simplified abstract (Microsoft Technology Licensing, LLC)|17829336]])===
  
  
Line 479: Line 479:
  
  
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===NOTIFYING CONTENT EXPERT OF CONTENT CREATED BY USER OUTSIDE COLLABORATION CIRCLE OF CONTENT EXPERT ([[US Patent Application 17664918. NOTIFYING CONTENT EXPERT OF CONTENT CREATED BY USER OUTSIDE COLLABORATION CIRCLE OF CONTENT EXPERT simplified abstract|17664918]])===
+
===NOTIFYING CONTENT EXPERT OF CONTENT CREATED BY USER OUTSIDE COLLABORATION CIRCLE OF CONTENT EXPERT ([[US Patent Application 17664918. NOTIFYING CONTENT EXPERT OF CONTENT CREATED BY USER OUTSIDE COLLABORATION CIRCLE OF CONTENT EXPERT simplified abstract (Microsoft Technology Licensing, LLC)|17664918]])===
  
  
Line 487: Line 487:
  
  
−
===EASING CROSS-GEO COLLABORATION WITH INTELLIGENT SCHEDULING ([[US Patent Application 17804424. EASING CROSS-GEO COLLABORATION WITH INTELLIGENT SCHEDULING simplified abstract|17804424]])===
+
===EASING CROSS-GEO COLLABORATION WITH INTELLIGENT SCHEDULING ([[US Patent Application 17804424. EASING CROSS-GEO COLLABORATION WITH INTELLIGENT SCHEDULING simplified abstract (Microsoft Technology Licensing, LLC)|17804424]])===
  
  
Line 495: Line 495:
  
  
−
===SCHEDULING CALENDAR EVENTS ([[US Patent Application 17804441. SCHEDULING CALENDAR EVENTS simplified abstract|17804441]])===
+
===SCHEDULING CALENDAR EVENTS ([[US Patent Application 17804441. SCHEDULING CALENDAR EVENTS simplified abstract (Microsoft Technology Licensing, LLC)|17804441]])===
  
  
Line 503: Line 503:
  
  
−
===MEETING THREAD BUILDER ([[US Patent Application 17826859. MEETING THREAD BUILDER simplified abstract|17826859]])===
+
===MEETING THREAD BUILDER ([[US Patent Application 17826859. MEETING THREAD BUILDER simplified abstract (Microsoft Technology Licensing, LLC)|17826859]])===
  
  
Line 511: Line 511:
  
  
−
===AUTOMATED CUSTOMER SELF-HELP SYSTEM ([[US Patent Application 17828203. AUTOMATED CUSTOMER SELF-HELP SYSTEM simplified abstract|17828203]])===
+
===AUTOMATED CUSTOMER SELF-HELP SYSTEM ([[US Patent Application 17828203. AUTOMATED CUSTOMER SELF-HELP SYSTEM simplified abstract (Microsoft Technology Licensing, LLC)|17828203]])===
  
  
Line 519: Line 519:
  
  
−
===TOOLS AND METHODS FOR USER-ENGAGEMENT MODELING AND OPTIMIZATION ([[US Patent Application 17827936. TOOLS AND METHODS FOR USER-ENGAGEMENT MODELING AND OPTIMIZATION simplified abstract|17827936]])===
+
===TOOLS AND METHODS FOR USER-ENGAGEMENT MODELING AND OPTIMIZATION ([[US Patent Application 17827936. TOOLS AND METHODS FOR USER-ENGAGEMENT MODELING AND OPTIMIZATION simplified abstract (Microsoft Technology Licensing, LLC)|17827936]])===
  
  
Line 527: Line 527:
  
  
−
===OPTIMIZING TRIAL RESOURCE ALLOCATIONS TO PROMOTE PRODUCT ACQUISITION ([[US Patent Application 17804845. OPTIMIZING TRIAL RESOURCE ALLOCATIONS TO PROMOTE PRODUCT ACQUISITION simplified abstract|17804845]])===
+
===OPTIMIZING TRIAL RESOURCE ALLOCATIONS TO PROMOTE PRODUCT ACQUISITION ([[US Patent Application 17804845. OPTIMIZING TRIAL RESOURCE ALLOCATIONS TO PROMOTE PRODUCT ACQUISITION simplified abstract (Microsoft Technology Licensing, LLC)|17804845]])===
  
  
Line 535: Line 535:
  
  
−
===VIDEO COMPRESSION ([[US Patent Application 17829265. VIDEO COMPRESSION simplified abstract|17829265]])===
+
===VIDEO COMPRESSION ([[US Patent Application 17829265. VIDEO COMPRESSION simplified abstract (Microsoft Technology Licensing, LLC)|17829265]])===
  
  
Line 543: Line 543:
  
  
−
===TINTING MATERIAL ON AN INTERFACE ([[US Patent Application 17827691. TINTING MATERIAL ON AN INTERFACE simplified abstract|17827691]])===
+
===TINTING MATERIAL ON AN INTERFACE ([[US Patent Application 17827691. TINTING MATERIAL ON AN INTERFACE simplified abstract (Microsoft Technology Licensing, LLC)|17827691]])===
  
  
Line 551: Line 551:
  
  
−
===CONTENT LAYOUT SYSTEMS AND PROCESSES ([[US Patent Application 17828857. CONTENT LAYOUT SYSTEMS AND PROCESSES simplified abstract|17828857]])===
+
===CONTENT LAYOUT SYSTEMS AND PROCESSES ([[US Patent Application 17828857. CONTENT LAYOUT SYSTEMS AND PROCESSES simplified abstract (Microsoft Technology Licensing, LLC)|17828857]])===
  
  
Line 559: Line 559:
  
  
−
===GRAPHICS PROCESSING SYSTEMS AND METHODS WITH GEOMETRY LEVEL OF DETAIL PROCESSING ([[US Patent Application 17828914. GRAPHICS PROCESSING SYSTEMS AND METHODS WITH GEOMETRY LEVEL OF DETAIL PROCESSING simplified abstract|17828914]])===
+
===GRAPHICS PROCESSING SYSTEMS AND METHODS WITH GEOMETRY LEVEL OF DETAIL PROCESSING ([[US Patent Application 17828914. GRAPHICS PROCESSING SYSTEMS AND METHODS WITH GEOMETRY LEVEL OF DETAIL PROCESSING simplified abstract (Microsoft Technology Licensing, LLC)|17828914]])===
  
  
Line 567: Line 567:
  
  
−
===AUTOMATION OF AUDIO AND VIEWING PERSPECTIVES FOR BRINGING FOCUS TO RELEVANT ACTIVITY OF A COMMUNICATION SESSION ([[US Patent Application 17827618. AUTOMATION OF AUDIO AND VIEWING PERSPECTIVES FOR BRINGING FOCUS TO RELEVANT ACTIVITY OF A COMMUNICATION SESSION simplified abstract|17827618]])===
+
===AUTOMATION OF AUDIO AND VIEWING PERSPECTIVES FOR BRINGING FOCUS TO RELEVANT ACTIVITY OF A COMMUNICATION SESSION ([[US Patent Application 17827618. AUTOMATION OF AUDIO AND VIEWING PERSPECTIVES FOR BRINGING FOCUS TO RELEVANT ACTIVITY OF A COMMUNICATION SESSION simplified abstract (Microsoft Technology Licensing, LLC)|17827618]])===
  
  
Line 575: Line 575:
  
  
−
===TERRAIN ESTIMATION USING LOW RESOLUTION IMAGERY ([[US Patent Application 17804195. TERRAIN ESTIMATION USING LOW RESOLUTION IMAGERY simplified abstract|17804195]])===
+
===TERRAIN ESTIMATION USING LOW RESOLUTION IMAGERY ([[US Patent Application 17804195. TERRAIN ESTIMATION USING LOW RESOLUTION IMAGERY simplified abstract (Microsoft Technology Licensing, LLC)|17804195]])===
  
  
Line 583: Line 583:
  
  
−
===DETECTING SPOOF IMAGES USING PATTERNED LIGHT ([[US Patent Application 17804293. DETECTING SPOOF IMAGES USING PATTERNED LIGHT simplified abstract|17804293]])===
+
===DETECTING SPOOF IMAGES USING PATTERNED LIGHT ([[US Patent Application 17804293. DETECTING SPOOF IMAGES USING PATTERNED LIGHT simplified abstract (Microsoft Technology Licensing, LLC)|17804293]])===
  
  
Line 591: Line 591:
  
  
−
===PHONEME-BASED TEXT TRANSCRIPTION SEARCHING ([[US Patent Application 17804508. PHONEME-BASED TEXT TRANSCRIPTION SEARCHING simplified abstract|17804508]])===
+
===PHONEME-BASED TEXT TRANSCRIPTION SEARCHING ([[US Patent Application 17804508. PHONEME-BASED TEXT TRANSCRIPTION SEARCHING simplified abstract (Microsoft Technology Licensing, LLC)|17804508]])===
  
  
Line 599: Line 599:
  
  
−
===Multichannel Audio Speech Classification ([[US Patent Application 17804606. Multichannel Audio Speech Classification simplified abstract|17804606]])===
+
===Multichannel Audio Speech Classification ([[US Patent Application 17804606. Multichannel Audio Speech Classification simplified abstract (Microsoft Technology Licensing, LLC)|17804606]])===
  
  
Line 607: Line 607:
  
  
−
===COMPUTER-BASED WELL BEING ASSESSMENT AND MITIGATION ([[US Patent Application 17664974. COMPUTER-BASED WELL BEING ASSESSMENT AND MITIGATION simplified abstract|17664974]])===
+
===COMPUTER-BASED WELL BEING ASSESSMENT AND MITIGATION ([[US Patent Application 17664974. COMPUTER-BASED WELL BEING ASSESSMENT AND MITIGATION simplified abstract (Microsoft Technology Licensing, LLC)|17664974]])===
  
  
Line 615: Line 615:
  
  
−
===USING ATTESTATION CLIENT CODE TO ATTEST HEALTH OF A COMPUTING DEVICE ([[US Patent Application 17829292. USING ATTESTATION CLIENT CODE TO ATTEST HEALTH OF A COMPUTING DEVICE simplified abstract|17829292]])===
+
===USING ATTESTATION CLIENT CODE TO ATTEST HEALTH OF A COMPUTING DEVICE ([[US Patent Application 17829292. USING ATTESTATION CLIENT CODE TO ATTEST HEALTH OF A COMPUTING DEVICE simplified abstract (Microsoft Technology Licensing, LLC)|17829292]])===
  
  
Line 623: Line 623:
  
  
−
===DETECTION OF FAILURES IN VIRTUALIZED RADIO ACCESS NETWORKS ([[US Patent Application 17827684. DETECTION OF FAILURES IN VIRTUALIZED RADIO ACCESS NETWORKS simplified abstract|17827684]])===
+
===DETECTION OF FAILURES IN VIRTUALIZED RADIO ACCESS NETWORKS ([[US Patent Application 17827684. DETECTION OF FAILURES IN VIRTUALIZED RADIO ACCESS NETWORKS simplified abstract (Microsoft Technology Licensing, LLC)|17827684]])===
  
  
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−
===TECHNIQUES FOR PROVISIONING WORKSPACES IN CLOUD-BASED COMPUTING PLATFORMS ([[US Patent Application 17829235. TECHNIQUES FOR PROVISIONING WORKSPACES IN CLOUD-BASED COMPUTING PLATFORMS simplified abstract|17829235]])===
+
===TECHNIQUES FOR PROVISIONING WORKSPACES IN CLOUD-BASED COMPUTING PLATFORMS ([[US Patent Application 17829235. TECHNIQUES FOR PROVISIONING WORKSPACES IN CLOUD-BASED COMPUTING PLATFORMS simplified abstract (Microsoft Technology Licensing, LLC)|17829235]])===
  
  
Line 639: Line 639:
  
  
−
===COLLECTING AND VISUALIZING HEALTH PROFILE DATA OF RADIO ACCESS NETWORK COMPONENTS ([[US Patent Application 17827112. COLLECTING AND VISUALIZING HEALTH PROFILE DATA OF RADIO ACCESS NETWORK COMPONENTS simplified abstract|17827112]])===
+
===COLLECTING AND VISUALIZING HEALTH PROFILE DATA OF RADIO ACCESS NETWORK COMPONENTS ([[US Patent Application 17827112. COLLECTING AND VISUALIZING HEALTH PROFILE DATA OF RADIO ACCESS NETWORK COMPONENTS simplified abstract (Microsoft Technology Licensing, LLC)|17827112]])===
  
  
Line 647: Line 647:
  
  
−
===DATA CENTER NETWORK WITH PACKET SPRAYING ([[US Patent Application 18446876. DATA CENTER NETWORK WITH PACKET SPRAYING simplified abstract|18446876]])===
+
===DATA CENTER NETWORK WITH PACKET SPRAYING ([[US Patent Application 18446876. DATA CENTER NETWORK WITH PACKET SPRAYING simplified abstract (Microsoft Technology Licensing, LLC)|18446876]])===
  
  
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−
===DYNAMIC RE-ROUTING AND MODIFICATION OF LAYER TRAFFIC IN VIRTUALIZED RANS ([[US Patent Application 17825645. DYNAMIC RE-ROUTING AND MODIFICATION OF LAYER TRAFFIC IN VIRTUALIZED RANS simplified abstract|17825645]])===
+
===DYNAMIC RE-ROUTING AND MODIFICATION OF LAYER TRAFFIC IN VIRTUALIZED RANS ([[US Patent Application 17825645. DYNAMIC RE-ROUTING AND MODIFICATION OF LAYER TRAFFIC IN VIRTUALIZED RANS simplified abstract (Microsoft Technology Licensing, LLC)|17825645]])===
  
  
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−
===SYSTEMS AND METHODS FOR DETERMINING SCORES FOR MESSAGES BASED ON ACTIONS OF MESSAGE RECIPIENTS AND A NETWORK GRAPH ([[US Patent Application 17828901. SYSTEMS AND METHODS FOR DETERMINING SCORES FOR MESSAGES BASED ON ACTIONS OF MESSAGE RECIPIENTS AND A NETWORK GRAPH simplified abstract|17828901]])===
+
===SYSTEMS AND METHODS FOR DETERMINING SCORES FOR MESSAGES BASED ON ACTIONS OF MESSAGE RECIPIENTS AND A NETWORK GRAPH ([[US Patent Application 17828901. SYSTEMS AND METHODS FOR DETERMINING SCORES FOR MESSAGES BASED ON ACTIONS OF MESSAGE RECIPIENTS AND A NETWORK GRAPH simplified abstract (Microsoft Technology Licensing, LLC)|17828901]])===
  
  
Line 671: Line 671:
  
  
−
===Multiple Virtual Private Network Active Connection Management ([[US Patent Application 17828871. Multiple Virtual Private Network Active Connection Management simplified abstract|17828871]])===
+
===Multiple Virtual Private Network Active Connection Management ([[US Patent Application 17828871. Multiple Virtual Private Network Active Connection Management simplified abstract (Microsoft Technology Licensing, LLC)|17828871]])===
  
  
Line 679: Line 679:
  
  
−
===DECENTRALIZED ATTRIBUTE-BASED ACCESS CONTROL ([[US Patent Application 17829231. DECENTRALIZED ATTRIBUTE-BASED ACCESS CONTROL simplified abstract|17829231]])===
+
===DECENTRALIZED ATTRIBUTE-BASED ACCESS CONTROL ([[US Patent Application 17829231. DECENTRALIZED ATTRIBUTE-BASED ACCESS CONTROL simplified abstract (Microsoft Technology Licensing, LLC)|17829231]])===
  
  
Line 687: Line 687:
  
  
−
===ESTABLISHMENT OF TRUST FOR DISCONNECTED EDGE-BASED DEPLOYMENTS ([[US Patent Application 17827641. ESTABLISHMENT OF TRUST FOR DISCONNECTED EDGE-BASED DEPLOYMENTS simplified abstract|17827641]])===
+
===ESTABLISHMENT OF TRUST FOR DISCONNECTED EDGE-BASED DEPLOYMENTS ([[US Patent Application 17827641. ESTABLISHMENT OF TRUST FOR DISCONNECTED EDGE-BASED DEPLOYMENTS simplified abstract (Microsoft Technology Licensing, LLC)|17827641]])===
  
  
Line 695: Line 695:
  
  
−
===AUTOMATION OF VISUAL INDICATORS FOR DISTINGUISHING ACTIVE SPEAKERS OF USERS DISPLAYED AS THREE-DIMENSIONAL REPRESENTATIONS ([[US Patent Application 17827588. AUTOMATION OF VISUAL INDICATORS FOR DISTINGUISHING ACTIVE SPEAKERS OF USERS DISPLAYED AS THREE-DIMENSIONAL REPRESENTATIONS simplified abstract|17827588]])===
+
===AUTOMATION OF VISUAL INDICATORS FOR DISTINGUISHING ACTIVE SPEAKERS OF USERS DISPLAYED AS THREE-DIMENSIONAL REPRESENTATIONS ([[US Patent Application 17827588. AUTOMATION OF VISUAL INDICATORS FOR DISTINGUISHING ACTIVE SPEAKERS OF USERS DISPLAYED AS THREE-DIMENSIONAL REPRESENTATIONS simplified abstract (Microsoft Technology Licensing, LLC)|17827588]])===
  
  
Line 703: Line 703:
  
  
−
===2D AND 3D TRANSITIONS FOR RENDERINGS OF USERS PARTICIPATING IN COMMUNICATION SESSIONS ([[US Patent Application 17824869. 2D AND 3D TRANSITIONS FOR RENDERINGS OF USERS PARTICIPATING IN COMMUNICATION SESSIONS simplified abstract|17824869]])===
+
===2D AND 3D TRANSITIONS FOR RENDERINGS OF USERS PARTICIPATING IN COMMUNICATION SESSIONS ([[US Patent Application 17824869. 2D AND 3D TRANSITIONS FOR RENDERINGS OF USERS PARTICIPATING IN COMMUNICATION SESSIONS simplified abstract (Microsoft Technology Licensing, LLC)|17824869]])===
  
  
Line 711: Line 711:
  
  
−
===TECHNIQUES FOR OVERRIDING LIBRARIES FOR WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT ([[US Patent Application 17804737. TECHNIQUES FOR OVERRIDING LIBRARIES FOR WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT simplified abstract|17804737]])===
+
===TECHNIQUES FOR OVERRIDING LIBRARIES FOR WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT ([[US Patent Application 17804737. TECHNIQUES FOR OVERRIDING LIBRARIES FOR WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT simplified abstract (Microsoft Technology Licensing, LLC)|17804737]])===
  
  
Line 719: Line 719:
  
  
−
===FINE-GRAINED REAL-TIME PRE-EMPTION OF CODELETS BASED ON RUNTIME THRESHOLD ([[US Patent Application 17824662. FINE-GRAINED REAL-TIME PRE-EMPTION OF CODELETS BASED ON RUNTIME THRESHOLD simplified abstract|17824662]])===
+
===FINE-GRAINED REAL-TIME PRE-EMPTION OF CODELETS BASED ON RUNTIME THRESHOLD ([[US Patent Application 17824662. FINE-GRAINED REAL-TIME PRE-EMPTION OF CODELETS BASED ON RUNTIME THRESHOLD simplified abstract (Microsoft Technology Licensing, LLC)|17824662]])===
  
  
Line 727: Line 727:
  
  
−
===VIDEO ENCODING USING DEVIATION-ADJUSTED BITRATE PARAMETER ([[US Patent Application 17829118. VIDEO ENCODING USING DEVIATION-ADJUSTED BITRATE PARAMETER simplified abstract|17829118]])===
+
===VIDEO ENCODING USING DEVIATION-ADJUSTED BITRATE PARAMETER ([[US Patent Application 17829118. VIDEO ENCODING USING DEVIATION-ADJUSTED BITRATE PARAMETER simplified abstract (Microsoft Technology Licensing, LLC)|17829118]])===
  
  
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−
===NON-TRANSFORM CODING ([[US Patent Application 18231963. NON-TRANSFORM CODING simplified abstract|18231963]])===
+
===NON-TRANSFORM CODING ([[US Patent Application 18231963. NON-TRANSFORM CODING simplified abstract (Microsoft Technology Licensing, LLC)|18231963]])===
  
  
Line 743: Line 743:
  
  
−
===INSERTING DIGITAL CONTENTS INTO A MULTI-VIEW VIDEO ([[US Patent Application 18031809. INSERTING DIGITAL CONTENTS INTO A MULTI-VIEW VIDEO simplified abstract|18031809]])===
+
===INSERTING DIGITAL CONTENTS INTO A MULTI-VIEW VIDEO ([[US Patent Application 18031809. INSERTING DIGITAL CONTENTS INTO A MULTI-VIEW VIDEO simplified abstract (Microsoft Technology Licensing, LLC)|18031809]])===
  
  
Line 751: Line 751:
  
  
−
===SYSTEMS AND METHODS FOR CAMERA EXPOSURE CONTROLLED STROBING LIGHTS ([[US Patent Application 17828918. SYSTEMS AND METHODS FOR CAMERA EXPOSURE CONTROLLED STROBING LIGHTS simplified abstract|17828918]])===
+
===SYSTEMS AND METHODS FOR CAMERA EXPOSURE CONTROLLED STROBING LIGHTS ([[US Patent Application 17828918. SYSTEMS AND METHODS FOR CAMERA EXPOSURE CONTROLLED STROBING LIGHTS simplified abstract (Microsoft Technology Licensing, LLC)|17828918]])===
  
  
Line 759: Line 759:
  
  
−
===IMAGE FRAME SELECTION FOR MULTI-FRAME FUSION ([[US Patent Application 17828575. IMAGE FRAME SELECTION FOR MULTI-FRAME FUSION simplified abstract|17828575]])===
+
===IMAGE FRAME SELECTION FOR MULTI-FRAME FUSION ([[US Patent Application 17828575. IMAGE FRAME SELECTION FOR MULTI-FRAME FUSION simplified abstract (Microsoft Technology Licensing, LLC)|17828575]])===
  
  
Line 767: Line 767:
  
  
−
===LOAD ESTIMATION AND BALANCING IN VIRTUALIZED RADIO ACCESS NETWORKS ([[US Patent Application 17827681. LOAD ESTIMATION AND BALANCING IN VIRTUALIZED RADIO ACCESS NETWORKS simplified abstract|17827681]])===
+
===LOAD ESTIMATION AND BALANCING IN VIRTUALIZED RADIO ACCESS NETWORKS ([[US Patent Application 17827681. LOAD ESTIMATION AND BALANCING IN VIRTUALIZED RADIO ACCESS NETWORKS simplified abstract (Microsoft Technology Licensing, LLC)|17827681]])===
  
  
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−
===COMPUTE-AWARE RESOURCE CONFIGURATIONS FOR A RADIO ACCESS NETWORK ([[US Patent Application 18202041. COMPUTE-AWARE RESOURCE CONFIGURATIONS FOR A RADIO ACCESS NETWORK simplified abstract|18202041]])===
+
===COMPUTE-AWARE RESOURCE CONFIGURATIONS FOR A RADIO ACCESS NETWORK ([[US Patent Application 18202041. COMPUTE-AWARE RESOURCE CONFIGURATIONS FOR A RADIO ACCESS NETWORK simplified abstract (Microsoft Technology Licensing, LLC)|18202041]])===
  
  
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−
===WIRELESS PARAMETER LIMITS FOR PREDICTED VRAN RESOURCE LOADS ([[US Patent Application 17825596. WIRELESS PARAMETER LIMITS FOR PREDICTED VRAN RESOURCE LOADS simplified abstract|17825596]])===
+
===WIRELESS PARAMETER LIMITS FOR PREDICTED VRAN RESOURCE LOADS ([[US Patent Application 17825596. WIRELESS PARAMETER LIMITS FOR PREDICTED VRAN RESOURCE LOADS simplified abstract (Microsoft Technology Licensing, LLC)|17825596]])===
  
  
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−
===SCHEDULING SATELLITE DATA TRANSMISSIONS USING DIFFERING SETS OF GROUND STATIONS ([[US Patent Application 18362901. SCHEDULING SATELLITE DATA TRANSMISSIONS USING DIFFERING SETS OF GROUND STATIONS simplified abstract|18362901]])===
+
===SCHEDULING SATELLITE DATA TRANSMISSIONS USING DIFFERING SETS OF GROUND STATIONS ([[US Patent Application 18362901. SCHEDULING SATELLITE DATA TRANSMISSIONS USING DIFFERING SETS OF GROUND STATIONS simplified abstract (Microsoft Technology Licensing, LLC)|18362901]])===
  
  
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−
===Electronic Prototyping ([[US Patent Application 17849305. Electronic Prototyping simplified abstract|17849305]])===
+
===Electronic Prototyping ([[US Patent Application 17849305. Electronic Prototyping simplified abstract (Microsoft Technology Licensing, LLC)|17849305]])===
  
  
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−
===FLEXIBLE ELECTROMAGNETIC SHIELDING THAT ATTENUATES ELECTROMAGNETIC INTERFERENCE ([[US Patent Application 17827701. FLEXIBLE ELECTROMAGNETIC SHIELDING THAT ATTENUATES ELECTROMAGNETIC INTERFERENCE simplified abstract|17827701]])===
+
===FLEXIBLE ELECTROMAGNETIC SHIELDING THAT ATTENUATES ELECTROMAGNETIC INTERFERENCE ([[US Patent Application 17827701. FLEXIBLE ELECTROMAGNETIC SHIELDING THAT ATTENUATES ELECTROMAGNETIC INTERFERENCE simplified abstract (Microsoft Technology Licensing, LLC)|17827701]])===
  
  

Latest revision as of 06:36, 7 December 2023

Summary of the patent applications from Microsoft Technology Licensing, LLC on November 30th, 2023

Microsoft Technology Licensing, LLC has recently filed several patents related to various technologies. These patents cover areas such as electromagnetic shielding, electronic prototyping platforms, satellite data transmission, efficient resource allocation in virtualized Radio Access Networks (vRAN), camera image quality improvement, synchronization of lighting with camera exposure, adding digital content to multi-view videos, and selective transformation of coding units in video content coding.

Notable recent patent applications include:

  • Patent application for electromagnetic shielding that reduces electromagnetic interference (EMI) within a specific frequency range. The shielding consists of a layer of metal and a layer of thermoplastic polymer fabric, providing flexibility and ease of use.
  • Patent application for electronic prototyping platforms, featuring an electrically insulative substrate with visible orientation features, mounting holes, and an edge connector tab with exposed electrically conductive contacts.
  • Patent application for a method of transmitting data from a satellite using a combination of ground stations. The method involves identifying a subset of ground stations that can receive data from the satellite, generating a transmission schedule, and configuring the satellite accordingly.
  • Patent application for efficiently using computing resources in a virtualized Radio Access Network (vRAN). The method involves predicting resource load using a trained neural network model and allocating computing resources based on wireless parameter limits.
  • Patent application for allocating resources in a radio access network (RAN) using a machine learning model. The model determines the optimal RAN resource configuration based on compute power needs, improving resource allocation in changing network conditions.
  • Patent application for monitoring data traffic between a radio unit (RU) and a virtualized Radio Access Network (vRAN) instance. The method estimates the workload of the vRAN instance based on observed data traffic.
  • Patent application for improving image quality by fusing multiple image frames together. The method captures history image frames and a highlight recovery frame, compares them, and combines similar frames to create a final image frame with high dynamic range.
  • Patent application for an electronic device that synchronizes the timing of a light source with camera exposure, ensuring accurate and synchronized lighting during photography.
  • Patent application for adding digital content to multi-view videos by identifying target regions and updating the video with the inserted content.
  • Patent application for selectively transforming coding units in video content coding based on pixel value differences and rate-distortion constraints.

Overall, these recent patent applications demonstrate Microsoft Technology Licensing, LLC's focus on developing innovative solutions in various technology domains, including electromagnetic shielding, satellite data transmission, resource allocation in virtualized networks, camera image quality improvement, and video content coding.



Contents

Patent applications for Microsoft Technology Licensing, LLC on November 30th, 2023

Enhanced Eye Tracking Using Lens Inverse Transform (17824663)

Main Inventor

Navid POULAD


ENABLING LOCAL SPLIT-SCREEN MULTIPLAYER EXPERIENCES USING REMOTE MULTIPLAYER GAME SUPPORT (18247626)

Main Inventor

Nikita TSYTSARKIN


SYSTEMS AND METHODS FOR RICH PERSONALIZATION OF COMPUTER GAME EXPERIENCES (17828926)

Main Inventor

Gershom PAYZER


IMPORTING AGENT PERSONALIZATION DATA TO INSTANTIATE A PERSONALIZED AGENT IN A USER GAME SESSION (17855389)

Main Inventor

Gabriel A. DESGARENNES


IMPORTING AGENT PERSONALIZATION DATA TO POSSESS IN-GAME NON-PLAYER CHARACTERS (17855417)

Main Inventor

William B. DOLAN


PIEZOELECTRICALLY-ACTUATED RESONANT SCANNING MIRROR (17804296)

Main Inventor

Xiao Chuan ONG


MICROMIRROR RESONANCE SUPRESSION USING CONFIGURABLE FILTER (17827413)

Main Inventor

Wenjun LIAO


TIME TO DIGITAL CONVERTER (TDC) CIRCUIT WITH SELF-ADAPTIVE TIME GRANULARITY AND RELATED METHODS (17828538)

Main Inventor

Ping LU


GESTURE RECOGNITION, ADAPTATION, AND MANAGEMENT IN A HEAD-WEARABLE AUDIO DEVICE (17752120)

Main Inventor

Eran CHENCINSKI


END-USER CREATED CROPPED APPLICATION WINDOW (18325636)

Main Inventor

Kevin Guo


AUTOMATION OF PERMISSION CONTROLS FOR GROUP MESSAGES (17829309)

Main Inventor

Amer Aref HASSAN


MEETING ACCESSIBILITY STAGING SYSTEM (18168988)

Main Inventor

Toby Jonathan FITCH


AUDIO COMMUNICATION DEVICE WITH NOVEL VISUAL INDICATIONS AND ADJUSTABLE MUTING (17752478)

Main Inventor

David Justin RAPPAPORT


CODE GENERATION TOOL FOR CLOUD-NATIVE HIGH-PERFORMANCE COMPUTING (18333517)

Main Inventor

Philipp Andre WITTE


SOFTWARE DEVELOPMENT IMPROVEMENT STAGE OPTIMIZATION (17825257)

Main Inventor

German David OBANDO CHACON


IMPLEMENTING CHANGES MADE TO SOURCE CODE OF RELOADABLE TYPES AT RUNTIME (18232679)

Main Inventor

Tomas MATOUSEK


SOFTWARE PRODUCT UPGRADE WITH TRANSPARENT DATA MIGRATION (17825328)

Main Inventor

Steven J. BALL


RENDERING GRAPHICAL ELEMENTS ON AN INTERFACE (17829151)

Main Inventor

Iris Mano OLIVER


MANAGING UPDATES ON VIRTUAL MACHINE SYSTEMS (17752782)

Main Inventor

Govind RAMASWAMY


ENFORCE CHANGES IN SESSION BEHAVIOR BASED ON UPDATED MACHINE LEARNING MODEL WITH DETECTED RISK BEHAVIOR DURING SESSION (18231631)

Main Inventor

Alexander ESIBOV


POLICY-BASED DEPLOYMENT WITH SCOPING AND VALIDATION (17828721)

Main Inventor

Nidhi VERMA


PACKET PROCESSING COMPUTATIONS UTILIZING A PRE-ALLOCATED MEMORY FUNCTION (17752790)

Main Inventor

Janardhana Reddy NAREDULA


Progress Monitoring Service (17873093)

Main Inventor

Max DYMOND


SELECTIVE EXECUTION OF WORKLOADS USING HARDWARE ACCELERATORS (18324646)

Main Inventor

John Allen TARDIF


TRACKING OF CONTINUOUS DATA PROCESSING WORKLOADS (17824217)

Main Inventor

Scott Michael BRAGG


TECHNIQUES FOR DEPLOYING WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT (17826915)

Main Inventor

Sanjeev MEHROTRA


UPDATING A STATE OF A CLIENT DEVICE USING A LIMITED EVENT SIZE PROTOCOL (17825373)

Main Inventor

Roy BELIO


NETWORK API CREDENTIALS WITHIN A TRANSLATION SESSION (17824842)

Main Inventor

Landon COX


MULTI-FACTOR CLOUD SERVICE STORAGE DEVICE ERROR PREDICTION (18225053)

Main Inventor

Yong Xu


SELECTIVE DATABASE MIGRATION (17826619)

Main Inventor

Kevin WONUS


Systems and Methods for Disaster Recovery for Edge Devices (17807153)

Main Inventor

Prem Mukesh PAREKH


REAL-TIME REPORT GENERATION (17826970)

Main Inventor

Syam B. PINNAKA


TESTING USING LABELLED RECORDED ALERTS (17824714)

Main Inventor

Ron Moshe MARCIANO


TESTING OF A RESOURCE MANAGER OF AN APPLICATION MANAGEMENT SYSTEM (18366200)

Main Inventor

Justin G. MOELLER


SYSTEM AND METHOD FOR INCREMENTAL ENCRYPTION (17804083)

Main Inventor

Yevgeny YANKILEVICH


DETECTING AND MITIGATING MEMORY ATTACKS (17828903)

Main Inventor

Ishwar AGARWAL


Maintaining Stale Files to Minimize Computing Costs (17804609)

Main Inventor

Brian D. Jones


OPTIMIZATIONS FOR DATA DEDUPLICATION OPERATIONS (17829012)

Main Inventor

Rajsekhar DAS


GRADIENT FLOWS IN DATASET SPACE (18204568)

Main Inventor

David ALVAREZ-MELIS


SCALABLE INDEX TUNING WITH INDEX FILTERING AND INDEX COST MODELS (17897930)

Main Inventor

Tarique Ashraf SIDDIQUI


DISTRIBUTED DATA QUERY UNDER DATA FLOW LIMITATIONS (17828879)

Main Inventor

Anders Tungeland GJERDRUM


A LOOK AHEAD STRATEGY FOR TRIE-BASED BEAM SEARCH IN GENERATIVE RETRIEVAL (18031789)

Main Inventor

Jian JIAO


System for Generation and Use of Pinned Searches (17828198)

Main Inventor

Kent Chunkin MAI


AUTOMATIC CONTENT GENERATION (17836456)

Main Inventor

Weixin CAI


TECHNIQUES FOR ASSOCIATING DOMAIN-SPECIFIC TERMS FOR INFORMATION DISCOVERY (17826927)

Main Inventor

Laurent BOUÉ


CONTENT MODERATION SERVICE FOR SYSTEM GENERATED CONTENT (17825734)

Main Inventor

Bernhard Kohlmeier


WEB SITE PREVIEW GENERATION BASED ON WEB SITE TYPE (17752675)

Main Inventor

Joseph Michael GLOCKE


SYSTEMS AND METHODS FOR SPARSE MATRIX MULTIPLICATION (17657912)

Main Inventor

Venmugil ELANGO


UNSTRUCTURED TEXT CLASSIFICATION (18233657)

Main Inventor

Arunkumar GURURAJAN


SYSTEMS AND METHODS FOR FLUSH PLUS RELOAD CACHE SIDE-CHANNEL ATTACK MITIGATION (17838446)

Main Inventor

Ishwar AGARWAL


WEB SITE PREVIEW BASED ON CLIENT PRESENTATION STATE (17752658)

Main Inventor

Joseph Michael GLOCKE


WEB SITE PREVIEW GENERATION WITH ACTION CONTROL (17752665)

Main Inventor

Joseph Michael GLOCKE


Complementary Networks for Rare Event Detection (17824406)

Main Inventor

Xinjian XUE


TECHNIQUES FOR GENERATING A MODEL FOR TIMESERIES DATA FORECASTING (17804429)

Main Inventor

Chepuri Shri Krishna


LINGUISTIC SCHEMA MAPPING VIA SEMI-SUPERVISED LEARNING (17827688)

Main Inventor

Avrilia FLORATOU


Meeting Analysis and Coaching System (17804459)

Main Inventor

Jan-Ove Karlberg


AGENDA DRIVEN CONTROL OF USER INTERFACE ENVIRONMENTS (17829336)

Main Inventor

Jason Thomas FAULKNER


NOTIFYING CONTENT EXPERT OF CONTENT CREATED BY USER OUTSIDE COLLABORATION CIRCLE OF CONTENT EXPERT (17664918)

Main Inventor

Torbjørn Helvik


EASING CROSS-GEO COLLABORATION WITH INTELLIGENT SCHEDULING (17804424)

Main Inventor

Gladys Tigounmo KENFACK


SCHEDULING CALENDAR EVENTS (17804441)

Main Inventor

Yuchen LI


MEETING THREAD BUILDER (17826859)

Main Inventor

Warren David JOHNSON, III


AUTOMATED CUSTOMER SELF-HELP SYSTEM (17828203)

Main Inventor

Raymond Robert RINGHISER


TOOLS AND METHODS FOR USER-ENGAGEMENT MODELING AND OPTIMIZATION (17827936)

Main Inventor

Ruby MAZUMDAR


OPTIMIZING TRIAL RESOURCE ALLOCATIONS TO PROMOTE PRODUCT ACQUISITION (17804845)

Main Inventor

Brijesh Bharadwaj


VIDEO COMPRESSION (17829265)

Main Inventor

Marc Andre Leon POLLEFEYS


TINTING MATERIAL ON AN INTERFACE (17827691)

Main Inventor

Spencer Israel Antonin Nataraja HURD


CONTENT LAYOUT SYSTEMS AND PROCESSES (17828857)

Main Inventor

Gaurav Vinayak TENDOLKAR


GRAPHICS PROCESSING SYSTEMS AND METHODS WITH GEOMETRY LEVEL OF DETAIL PROCESSING (17828914)

Main Inventor

Mark S. GROSSMAN


AUTOMATION OF AUDIO AND VIEWING PERSPECTIVES FOR BRINGING FOCUS TO RELEVANT ACTIVITY OF A COMMUNICATION SESSION (17827618)

Main Inventor

Jason Thomas FAULKNER


TERRAIN ESTIMATION USING LOW RESOLUTION IMAGERY (17804195)

Main Inventor

Roberto DE MOURA ESTEVAO FILHO


DETECTING SPOOF IMAGES USING PATTERNED LIGHT (17804293)

Main Inventor

Neil EMERTON


PHONEME-BASED TEXT TRANSCRIPTION SEARCHING (17804508)

Main Inventor

Yuchen LI


Multichannel Audio Speech Classification (17804606)

Main Inventor

Oron NIR


COMPUTER-BASED WELL BEING ASSESSMENT AND MITIGATION (17664974)

Main Inventor

Mastafa Hamza FOUFA


USING ATTESTATION CLIENT CODE TO ATTEST HEALTH OF A COMPUTING DEVICE (17829292)

Main Inventor

Ronald AIGNER


DETECTION OF FAILURES IN VIRTUALIZED RADIO ACCESS NETWORKS (17827684)

Main Inventor

Daehyeok KIM


TECHNIQUES FOR PROVISIONING WORKSPACES IN CLOUD-BASED COMPUTING PLATFORMS (17829235)

Main Inventor

Veerash Ayyagari


COLLECTING AND VISUALIZING HEALTH PROFILE DATA OF RADIO ACCESS NETWORK COMPONENTS (17827112)

Main Inventor

Bhushan Mangesh KANEKAR


DATA CENTER NETWORK WITH PACKET SPRAYING (18446876)

Main Inventor

Pradeep Sindhu


DYNAMIC RE-ROUTING AND MODIFICATION OF LAYER TRAFFIC IN VIRTUALIZED RANS (17825645)

Main Inventor

Anuj KALIA


SYSTEMS AND METHODS FOR DETERMINING SCORES FOR MESSAGES BASED ON ACTIONS OF MESSAGE RECIPIENTS AND A NETWORK GRAPH (17828901)

Main Inventor

Maurizio CIBELLI


Multiple Virtual Private Network Active Connection Management (17828871)

Main Inventor

Pankaj Kumar MADHUKAR


DECENTRALIZED ATTRIBUTE-BASED ACCESS CONTROL (17829231)

Main Inventor

Peter KOEN


ESTABLISHMENT OF TRUST FOR DISCONNECTED EDGE-BASED DEPLOYMENTS (17827641)

Main Inventor

Rahul BOSE


AUTOMATION OF VISUAL INDICATORS FOR DISTINGUISHING ACTIVE SPEAKERS OF USERS DISPLAYED AS THREE-DIMENSIONAL REPRESENTATIONS (17827588)

Main Inventor

Jason Thomas FAULKNER


2D AND 3D TRANSITIONS FOR RENDERINGS OF USERS PARTICIPATING IN COMMUNICATION SESSIONS (17824869)

Main Inventor

Jason Thomas FAULKNER


TECHNIQUES FOR OVERRIDING LIBRARIES FOR WORKLOADS IN A CLOUD-COMPUTING ENVIRONMENT (17804737)

Main Inventor

Sanjeev MEHROTRA


FINE-GRAINED REAL-TIME PRE-EMPTION OF CODELETS BASED ON RUNTIME THRESHOLD (17824662)

Main Inventor

Xenofon FOUKAS


VIDEO ENCODING USING DEVIATION-ADJUSTED BITRATE PARAMETER (17829118)

Main Inventor

Nitin Suri


NON-TRANSFORM CODING (18231963)

Main Inventor

Jizheng Xu


INSERTING DIGITAL CONTENTS INTO A MULTI-VIEW VIDEO (18031809)

Main Inventor

Jie Yang


SYSTEMS AND METHODS FOR CAMERA EXPOSURE CONTROLLED STROBING LIGHTS (17828918)

Main Inventor

Vladimir LEVKOV


IMAGE FRAME SELECTION FOR MULTI-FRAME FUSION (17828575)

Main Inventor

Tomi Marko Juhani SOKEILA


LOAD ESTIMATION AND BALANCING IN VIRTUALIZED RADIO ACCESS NETWORKS (17827681)

Main Inventor

Daehyeok KIM


COMPUTE-AWARE RESOURCE CONFIGURATIONS FOR A RADIO ACCESS NETWORK (18202041)

Main Inventor

Manikanta KOTARU


WIRELESS PARAMETER LIMITS FOR PREDICTED VRAN RESOURCE LOADS (17825596)

Main Inventor

Yu YAN


SCHEDULING SATELLITE DATA TRANSMISSIONS USING DIFFERING SETS OF GROUND STATIONS (18362901)

Main Inventor

Deepak VASISHT


Electronic Prototyping (17849305)

Main Inventor

Stephen Edward HODGES


FLEXIBLE ELECTROMAGNETIC SHIELDING THAT ATTENUATES ELECTROMAGNETIC INTERFERENCE (17827701)

Main Inventor

Jesse William SANDERS

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