David Andre

Training and/or using machine learning model(s) for automatic generation of test case(s) for source code

Annotations for developers

SCALING HIGH IMPACT INNOVATION WITH LARGE LANGUAGE MODELS

AUTOMATING SEMANTICALLY-RELATED COMPUTING TASKS ACROSS CONTEXTS

CHARACTERIZATION OF MACHINE-LEARNING MODELS

Interpretable embeddings

Robust natural language based control of computer applications

GENERATING ACTIONS FOR A SUPPLY CHAIN NETWORK

Large Language Models for Predictive Modeling and Inverse Design

Generating interfacing source code

TRAINING AND APPLICATION OF BOTTLENECK MODELS AND EMBEDDINGS

TASK PERFORMANCE USING LANGUAGE MODELS

ABSTRACTING COMPUTER-BASED INTERACTION(S) FOR AUTOMATION OF TASK(S)

SYNTHESIS AND AUGMENTATION OF TRAINING DATA FOR SUPPLY CHAIN OPTIMIZATION

ALTERNATIVE NETWORK GENERATION

AGGREGATING INFORMATION FROM DIFFERENT DATA FEED SERVICES

LARGE LANGUAGE MODEL INTERFACE FOR SUPPLY CHAIN NETWORKS

AUTOMATING SEMANTICALLY-RELATED COMPUTING TASKS ACROSS CONTEXTS

RESOURCE EFFICIENT TRAINING OF MACHINE LEARNING MODELS THAT PREDICT STOCHASTIC SPREAD

PERIODICALLY COOPERATIVE MULTI-AGENT REINFORCEMENT LEARNING

FINDING COHERENT INFERENCES ACROSS DOMAINS

RESOURCE EFFICIENT TRAINING OF MACHINE LEARNING MODELS THAT PREDICT STOCHASTIC SPREAD

Using natural language latent representation in automated conversion of source code from base programming language to target programming language

Training and/or using machine learning model(s) for automatic generation of test case(s) for source code

Robust natural language based control of computer applications

GENERATING CROSS-DOMAIN GUIDANCE FOR NAVIGATING HCI'S

Aggregating information from different data feed services

WIRELESS ANCHORS FOR ASSET TRACKING

VARYING EMBEDDING(S) AND/OR ACTION MODEL(S) UTILIZED IN AUTOMATIC GENERATION OF ACTION SET RESPONSIVE TO NATURAL LANGUAGE REQUEST

Automating semantically-related computing tasks across contexts

Annotations for developers

Anti-fragile network

Using natural language latent representation in automated conversion of source code from base programming language to target programming language

Power ramping of beacon signals to enhance location accuracy

FORWARD MARKETS TO INCREASE INFORMATIONAL CERTAINTY AND DECREASE RISK IN LOGISTICS

AUTOMATIC SIMULATION GENERATION

Conditioning autoregressive language model to improve code migration

CONTROLLING AGENTS INTERACTING WITH AN ENVIRONMENT USING BRAIN EMULATION NEURAL NETWORKS

FORMULATING NATURAL LANGUAGE DESCRIPTIONS BASED ON TEMPORAL SEQUENCES OF IMAGES

GENERATING HIGH RESOLUTION FIRE DISTRIBUTION MAPS USING GENERATIVE ADVERSARIAL NETWORKS

Training and/or using neural network model to generate target source code from lower-level representation

Conditioning autoregressive language model to improve code migration

IMPLEMENTING BRAIN EMULATION NEURAL NETWORKS ON USER DEVICES

PHYSIOLOGICAL MEASUREMENTS USING PHONE SCREEN

METHOD AND SYSTEM FOR DEVELOPING PREDICTIONS FROM DISPARATE DATA SOURCES USING INTELLIGENT PROCESSING

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA HAVING USER SELECTABLE PARAMETERS

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS, NUTRITION AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND ACTIVITY AND PATTERN DETECTION

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND ACTIVITY AND PATTERN DETECTION

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND ACTIVITY DETECTION

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA HAVING USER SELECTABLE PARAMETERS WITH MODELING CAPABILITY

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND MODELING CAPABILITY

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE UTILIZING MULTIPLE USER DATA

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE UTILIZING MULTIPLE USER DATA

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS, NUTRITION AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND ACTIVITY DETECTION

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH ACTIVITY PATTERN DETECTION AND FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA WITH ACTIVITY DETECTION AND FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA WITH ACTIVITY AND PATTERN DETECTION AND FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA WITH ACTIVITY AND PATTERN DETECTION

APPARATUS FOR PROVIDING DERIVED GLUCOSE INFORMATION UTILIZING NON-INVASIVE PHYSIOLOGICAL SENSORS

SYSTEMS, METHODS AND DEVICES FOR DETERMINING SLEEP QUALITY WITH WEARABLE DEVICES

METHOD AND APPARATUS FOR PROVIDING DERVIED GLUCOSE INFORMATION UTILIZING PHYSIOLOGICAL AND/OR CONTEXTUAL PARAMETERS

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS UTILIZNG MULTIPLE USER TREND DATA HAVING USER SELECTABLE PARAMETERS

PROVIDING RECOMMENDATIONS TO INDIVIDUALS BASED ON THE INDIVIDUALS TYPE

SYSTEMS, METHODS, AND DEVICES FOR DETERMINING SLEEP DATA FOR GROUPS OF INDIVIDUALS

SYSTEMS, METHODS, AND DEVICES UTILIZING CUMULITIVE SLEEP DATA TO PREDICT THE HEALTH OF AN INDIVIDUAL

SYSTEMS, METHODS, AND DEVICES UTILIZING CUMULATIVE SLEEP DATA TO PREDICT THE HEALTH OF AN INDIVIDUAL

SYSTEMS, METHODS, AND DEVICES TO DELIVER TARGETED CONTENT USING INFORMATION ABOUT AN INDIVIDUALS SLEEPING HABITS

CONTROLLING A SENSORY DEVICE TO REDUCE STRESS AN INDIVIDUALS TYPE AND THE DATA COLLECTED FROM A WEARABLE SENSOR DEVICE

HOME AUTOMATION SYSTEMS UTILIZING DETECTED STRESS DATA OF AN INDIVIDUAL AND THE INDIVIDUALS PREDICTED TYPE

SYSTEMS AND METHODS MAKING RECOMMENDATIONS BASED ON DATA FROM WEARABLE DEVICES

SYSTEMS AND METHODS MAKING RECOMMENDATIONS BASED ON DATA FROM WEARABLE DEVICES

SYSTEMS AND METHODS USING A WEARABLE DEVICE TO PREDICT THE INDIVIDUALS TYPE AND A SUITABLE THERAPY REGIME

GENERATION OF CONTENT BASED ON PREDICTED INDIVIDUAL TYPE

HOME AUTOMATION SYSTEMS UTILIZING DETECTED STRESS DATA OF AN INDIVIDUAL

HOME AUTOMATION SYSTEMS UTILIZING DETECTED STRESS DATA OF AN INDIVIDUAL

USING A WEARABLE DEVICE TO PREDICT AN INDIVIDUALS TYPE AND RESPONSE TO CONTENT

SYSTEMS AND METHODS MAKING RECOMMENDATIONS BASED ON DATA FROM WEARABLE DEVICES

SYSTEMS, METHODS, AND DEVICES TO DETERMINE AN INDIVIDUALS MOOD BASED ON SENSED DATA AND THE INDIVIDUALS PREDICTED TYPE

DETERMINING AN INDIVIDUAL'S MOOD BASED ON THE INDIVIDUAL'S PREDICTED TYPE AND DETECTED DATA

SYSTEMS AND METHODS USING AN INDIVIDUAL'S CONTEXT AND TYPE TO DETERMINE THE INDIVIDUALS STATUS

DATA FROM WEARABLE SENSOR DEVICES TO MANAGE EDUCATIONAL CONTENT

PROVIDING RECOMMENDATIONS BASED ON DETECTED STRESS AND A PREDICTED TYPE FOR AN INDIVIDUAL

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS DATA WITH FEEDBACK AND COACHING ENGINE AND ACTIVITY DETECTION

SYSTEM FOR MONITORING AND PRESENTING HEALTH, WELLNESS AND FITNESS TREND DATA WITH FEEDBACK AND COACHING ENGINE

CONTEXTUAL AND PRESENCE SENSING TO OPERATE ELECTRONIC DEVICES

SYSTEMS AND METHODS FOR MEASURING ENERGY EXPENDITURE

SYSTEMS AND METHODS FOR MEASURING A STATE PARAMETER

SYSTEMS, METHODS, AND DEVICES TO DETERMINE RELATIONSHIP COMPATIBILITY BASED ON PREDICTED TYPES

GENERATION OF CONTENT BASED ON PREDICTED INDIVIDUAL TYPE

ADAPTATION OF USER-INTERFACE BASED ON PREDICTED INDIVIDUAL TYPE

ADAPTATION OF USER-INTERFACE BASED ON PREDICTED INDIVIDUAL TYPE

SYSTEMS AND METHODS USING A WEARABLE DEVICE TO PREDICT THE INDIVIDUALS TYPE AND A SUITABLE THERAPY REGIME

USING A WEARABLE DEVICE TO PREDICT AN INDIVIDUALS TYPE AND RESPONSE TO CONTENT

SYSTEMS, METHODS, AND DEVICES TO DETERMINE AN INDIVIDUALS MOOD

CONTROLLING A SENSORY DEVICE BASED ON THE INFERRED STATE INFORMATION

CONTROLLING A SENSORY DEVICE TO REDUCE STRESS BASED ON THE DETERMINED STRESS-RELATED STATE

MANAGING EDUCATIONAL CONTENT BASED ON DETECTED STRESS STATE