IP Library Assignment 071109/0342
Patent Assignment
Reel/Frame 071109/0342

Assignment of Assignor's Interest

Recorded: 2025-04-29 Pages: 36
Assignor
GOOGLE LLC
Executed: 2025-04-23
Assignee
GDM HOLDING LLC
1600, AMPHITHEATER PARKWAY, MOUNTAIN VIEW, CALIFORNIA, 94043
Covered Properties (305)
Methods and Systems for Providing Functionality of an Interface to Control Orientations of a Camera on a Device
Patent: 8,838,276 →
Application: 13/213,635 →
Methods and Systems for Modifying a Display of a Field of View of a Robotic Device to Include Zoomed-in and Zoomed-out Views
Patent: 8,836,730 →
Application: 13/213,648 →
Methods and Systems for Providing Functionality of an Interface to Include an Artificial Horizon
Patent: 8,854,485 →
Application: 13/213,678 →
Methods and Systems for Selecting a Velocity Profile for Controlling a Robotic Device
Patent: 8,972,055 →
Application: 13/213,705 →
Methods and Systems for Providing Functionality of an Interface to Control Directional Orientations of a Device
Patent: 9,086,757 →
Application: 13/213,717 →
Methods and Systems for Providing Feedback on an Interface Controlling a Robotic Device
Patent: 8,875,041 →
Application: 13/213,731 →
Methods and Systems for Extracting Still Frames from a Compressed Video
Patent: 8,374,421 →
Application: 13/276,049 →
System and Method for Determining Manufacturer Instructions Executable by a Robotic Device
Patent: 8,307,061 →
Application: 13/283,358 →
Methods and Systems for Providing Instructions to a Robotic Device
Patent: 8,380,349 →
Application: 13/283,369 →
Systems and Methods for Determining Semantic Information Associated with Objects
Patent: 8,386,079 →
Application: 13/284,089 →
Projection of Interactive Map Data
Patent: 8,918,208 →
Application: 13/440,600 →
Overlaying Sensor Data in a User Interface
Patent: 8,718,822 →
Application: 13/440,656 →
Methods and Systems for Robot Personality Development
Patent: 8,996,429 →
Application: 13/460,131 →
Methods and Systems for Providing a Data Library for Robotic Devices
Patent: 8,386,078 →
Application: 13/463,345 →
Methods and Systems for Robot Cloud Computing Using Slug Trails
Patent: 8,478,901 →
Application: 13/463,469 →
Systems and Methods for Inventorying Objects
Patent: 9,205,886 →
Application: 13/463,596 →
Methods and Systems for Robotic Analysis of Environmental Conditions and Response Thereto
Patent: 8,406,926 →
Application: 13/464,193 →
Methods and Systems for Robotic Command Language
Patent: 8,452,451 →
Application: 13/464,414 →
Systems and Methods to Adjust Actions Based on Latency Levels
Patent: 8,947,522 →
Application: 13/464,586 →
Methods and Systems for Autonomous Robotic Decision Making
Patent: 8,380,652 →
Application: 13/464,693 →
Shared Robot Knowledge Base for Use with Cloud Computing System
Patent: 8,639,644 →
Application: 13/464,699 →
Systems and Methods for Object Recognition
Patent: 8,447,863 →
Application: 13/465,453 →
Methods and Systems for Multirobotic Management
Patent: 9,026,248 →
Application: 13/466,030 →
Methods and Systems for Robotic Proactive Informational Retrieval from Ambient Context
Patent: 8,594,845 →
Application: 13/466,089 →
Method and System for Including Robots into Social Networks
Patent: 8,321,364 →
Application: 13/471,149 →
Methods and Systems for Generating a Layered Display of a Device
Patent: 8,525,853 →
Application: 13/556,894 →
Methods and Systems for Distributing Tasks Among Robotic Devices
Patent: 8,428,777 →
Application: 13/564,135 →
Enhancing Sensor Data by Coordinating and/or Correlating Data Attributes
Patent: 8,874,266 →
Application: 13/564,313 →
Determining States and Modifying Environments According to States
Patent: 8,982,217 →
Application: 13/572,855 →
Methods and Systems for Estimating a Location of a Robot
Patent: 8,396,254 →
Application: 13/588,003 →
Machine Vision Calibration with Cloud Computing Systems
Patent: 8,965,104 →
Application: 13/601,319 →
Methods and Systems for Charging a Robotic Device
Patent: 8,977,393 →
Application: 13/612,218 →
Cloud Service to Manage Robotic Devices
Patent: 8,532,820 →
Application: 13/622,456 →
Systems and Methods for Representing Information Associated with Objects in an Area
Patent: 8,525,836 →
Application: 13/644,271 →
Apparatus and Methods for Redirecting Light to Provide for Reorientation of a Camera
Patent: 9,060,108 →
Application: 13/745,851 →
Systems and Methods for Determining a Potential Failure or Other Status of a Robotic Device
Patent: 9,024,771 →
Application: 13/753,729 →
Systems and Methods for Determining a Status of a Component of a Robotic Device
Patent: 8,930,022 →
Application: 13/757,808 →
Systems and Methods for Allocating Tasks to a Plurality of Robotic Devices
Patent: 9,008,839 →
Application: 13/757,810 →
Systems and Methods for Using Robots to Monitor Environmental Conditions in an Environment
Patent: 8,830,057 →
Application: 13/758,055 →
Systems and Methods for Object Recognition
Patent: 8,984,136 →
Application: 13/897,355 →
Methods and Systems for Robot Cloud Computing Using Slug Trails
Patent: 8,886,829 →
Application: 13/897,934 →
Displaying Estimated Image Data in a User Interface
Patent: 9,399,294 →
Application: 14/197,328 →
Detection and Reconstruction of an Environment to Facilitate Robotic Interaction with the Environment
Patent: 9,102,055 →
Application: 14/212,328 →
Determining a Virtual Representation of an Environment By Projecting Texture Patterns
Patent: 9,233,470 →
Application: 14/212,514 →
Robotic Devices with Ambient Indications of Joint Status
Patent: 9,375,841 →
Application: 14/288,438 →
Virtual Safety Cages for Robotic Devices
Patent: 9,283,678 →
Application: 14/333,173 →
Publication: US 2016/0016315
Real-Time Determination of Object Metrics for Trajectory Planning
Patent: 9,272,417 →
Application: 14/333,258 →
Publication: US 2016/0016311
Methods and Systems for Providing Functionality of an Interface to Control Orientations of a Camera on a Device
Patent: 9,344,623 →
Application: 14/453,809 →
Publication: US 2014/0350727
Systems and Methods for Using Robots to Monitor Environmental Conditions in an Environment
Patent: 9,830,798 →
Application: 14/454,655 →
Publication: US 2014/0350890
Systems and Methods for Using Robots to Monitor Environmental Conditions in an Environment
Patent: 9,437,097 →
Application: 14/455,896 →
Publication: US 2014/0347182
Methods and Systems for Modifying a Display of a Field of View of a Robotic Device to Include Zoomed-in and Zoomed-out Views
Patent: 9,030,501 →
Application: 14/459,437 →
Publication: US 2014/0362121
Enhancing Sensor Data by Coordinating and/or Correlating Data Attributes
Patent: 9,399,290 →
Application: 14/493,676 →
Publication: US 2015/0012132
Projection of Interactive Map Data
Patent: 9,473,594 →
Application: 14/547,010 →
Systems and Methods for Determining a Status of a Component of a Device
Patent: 9,327,404 →
Application: 14/556,846 →
Publication: US 2015/0148957
Methods and Systems for Wireless Control of a Robotic Device
Patent: 9,393,699 →
Application: 14/561,850 →
Methods and Systems for Providing Feedback During Teach Mode
Patent: 9,592,608 →
Application: 14/570,183 →
Determining States and Modifying Environments According to States
Application: 14/602,585 →
Publication: US 2015/0134117
Methods and Systems for Selecting a Velocity Profile for Controlling a Robotic Device
Patent: 9,561,589 →
Application: 14/602,700 →
Publication: US 2015/0165626
Systems and Methods for Allocating Tasks to a Plurality of Robotic Devices
Patent: 9,446,511 →
Application: 14/645,135 →
Publication: US 2015/0185729
Associating Semantic Location Data with Automated Environment Mapping
Patent: 9,574,883 →
Application: 14/667,655 →
Publication: US 2016/0282126
Imager for Detecting Visual Light and Projected Patterns
Patent: 9,694,498 →
Application: 14/672,369 →
Publication: US 2016/0288330
Cloud-Based Analysis of Robotic System Component Usage
Application: 14/672,706 →
Publication: US 2016/0288328
Methods and Systems for Multirobotic Management
Patent: 9,513,624 →
Application: 14/679,457 →
Systems and Methods for Determining a Potential Failure or Other Status of a Robotic Device
Patent: 9,471,904 →
Application: 14/681,878 →
Publication: US 2015/0213417
Robotic Navigation Based on Building Surface Contours
Patent: 9,632,504 →
Application: 14/701,396 →
Adapting Programming of a Robot and/or Control of the Robot Based on One or More Parameters of an End Effector of the Robot
Patent: 9,687,982 →
Application: 14/723,349 →
Determining Grasping Parameters for Grasping of an Object by a Robot Grasping End Effector
Application: 14/723,373 →
Generating a Trained Robot Path Based on Physical Manipulation of the Robot and Based on Training User Interface Input(S) Associated with the Physical Manipulation
Patent: 9,925,662 →
Application: 14/752,966 →
Detection and Reconstruction of an Environment to Facilitate Robotic Interaction with the Environment
Patent: 9,630,320 →
Application: 14/793,246 →
Real Time Robot Implementation of State Machine
Application: 14/797,529 →
Methods and Systems for Generating Instructions for a Robotic System to Carry Out a Task
Patent: 9,802,309 →
Application: 14/804,621 →
Publication: US 2016/0023351
Visualizing Robot Trajectory Points in Augmented Reality
Patent: 9,919,427 →
Application: 14/809,180 →
Invisible Fiducial Markers on a Robot to Visualize the Robot in Augmented Reality
Patent: 9,916,506 →
Application: 14/809,181 →
Replacing a First Robot with a Second Robot During Performance of a Task by the First Robot
Patent: 9,821,455 →
Application: 14/821,730 →
Selective Robot Deployment
Patent: 9,796,091 →
Application: 14/827,784 →
Using Laser Sensors to Augment Stereo Sensor Readings for Robotic Devices
Patent: 9,746,852 →
Application: 14/828,437 →
Methods and Systems for Augmented Reality to Display Virtual Representations of Robotic Device Actions
Application: 14/829,716 →
Publication: US 2016/0055677
Visual Annotations in Robot Control Interfaces
Patent: 9,895,809 →
Application: 14/831,549 →
Robotic Operation Libraries
Patent: 9,840,007 →
Application: 14/834,191 →
Using Observations from One or More Robots to Generate a Spatio-Temporal Model That Defines Pose Values for a Plurality of Objects in an Environment
Patent: 9,691,151 →
Application: 14/834,980 →
Robot to Human Feedback
Patent: 9,902,061 →
Application: 14/835,411 →
Generating a Grasp Affordance for an Object Based on a Thermal Image of the Object That Is Captured Following Human Manipulation of the Object
Patent: 9,616,568 →
Application: 14/835,424 →
Generating an Image-Based Identifier for a Stretch Wrapped Loaded Pallet Based on Images Captured in Association with Application of Stretch Wrap to the Loaded Pallet
Patent: 9,826,213 →
Application: 14/861,825 →
Dynamically Maintaining A Map Of A Fleet Of Robotic Devices In An Environment To Facilitate Robotic Action
Application: 14/863,620 →
Publication: US 2016/0129592
Selectively Uploading Operational Data Generated by Robot Based on Physical Communication Link Attribute
Application: 14/875,634 →
Systems and Methods for Inventorying Objects
Application: 14/946,266 →
Determining a Virtual Representation of an Environment By Projecting Texture Patterns
Patent: 9,862,093 →
Application: 14/961,607 →
Publication: US 2016/0084642
Virtual Safety Cages for Robotic Devices
Patent: 9,522,471 →
Application: 15/005,362 →
Publication: US 2016/0207199
Real-Time Determination of Object Metrics for Trajectory Planning
Patent: 9,630,316 →
Application: 15/006,264 →
Publication: US 2016/0136808
Methods and Apparatus for Determining the Pose of an Object Based on Point Cloud Data
Patent: 9,868,212 →
Application: 15/046,870 →
Systems and Methods for Determining a Status of a Component of a Device
Patent: 9,486,922 →
Application: 15/085,239 →
Publication: US 2016/0207200
Authorizing Robot Use and/or Adapting Physical Control Parameters for a Robot
Application: 15/099,203 →
Support Stand to Reorient the Grasp of an Object by a Robot
Patent: 9,981,382 →
Application: 15/172,766 →
Robot Task Optimization Based on Historical Task and Location Correlated Durations
Application: 15/177,321 →
Space Extrapolation for Robot Task Performance
Application: 15/184,725 →
Operating Multiple Testing Robots Based on Robot Instructions and/or Environmental Parameters Received in a Request
Application: 15/205,760 →
Delegation of Object and Pose Detection
Application: 15/212,967 →
Publication: US 2018/0018518
Generating a Model for an Object Encountered by a Robot
Application: 15/227,612 →
Publication: US 2018/0039848
Selectively Downloading Targeted Object Recognition Modules
Application: 15/230,412 →
Publication: US 2018/0039835
Systems and Methods for Allocating Tasks to a Plurality of Robotic Devices
Patent: 9,862,089 →
Application: 15/244,063 →
Publication: US 2016/0354923
Real Time Robot Collision Avoidance
Application: 15/265,547 →
Projection of Interactive Map Data
Patent: 9,895,802 →
Application: 15/265,758 →
Systems and Methods for Determining a Potential Failure or Other Status of a Robotic Device
Patent: 9,928,487 →
Application: 15/269,649 →
Publication: US 2017/0011360
Neural Network Modules
Application: 15/272,112 →
Systems and Methods for Determining a Status of a Component of a Device
Patent: 9,802,318 →
Application: 15/289,313 →
Publication: US 2017/0021503
Robot Control
Application: 15/331,437 →
Methods and Systems for Multirobotic Management
Application: 15/337,095 →
Publication: US 2017/0083005
Virtual Safety Cages For Robotic Devices
Patent: 9,821,463 →
Application: 15/340,656 →
Publication: US 2017/0043484
Modular Robot Design
Application: 15/345,508 →
Generating Robot Trajectories Using a Real Time Trajectory Generator and a Path Optimizer
Application: 15/376,011 →
Object Recognition Tool
Application: 15/376,254 →
Publication: US 2018/0165518
Methods and Systems for Selecting a Velocity Profile for Controlling a Robotic Device
Application: 15/390,145 →
Publication: US 2017/0106536
Automated Data Capture
Application: 15/396,105 →
Object Pose Neural Network System
Application: 15/410,702 →
Methods and Systems for Providing Feedback During Teach Mode
Patent: 9,919,416 →
Application: 15/415,227 →
Determining Robot Inertial Properties
Application: 15/419,451 →
Generating a Robot Control Policy from Demonstrations Collected via Kinesthetic Teaching of a Robot
Application: 15/428,916 →
Publication: US 2018/0222045
Generating and Utilizing Non-Uniform Volume Measures for Voxels in Robotics Applications
Application: 15/492,647 →
Landmark Placement for Localization
Application: 15/494,216 →
Publication: US 2018/0306589
Adapting Programming of a Robot and/or Control of the Robot Based on One or More Parameters of an End Effector of the Robot
Application: 15/599,221 →
Using Observations from One or More Robots to Generate a Spatio-Temporal Model That Defines Pose Values for a Plurality of Objects in an Environment
Application: 15/599,232 →
Imager For Detecting Visual Light and Projected Patterns
Application: 15/608,002 →
Publication: US 2017/0261314
Interfacing with Autonomous Devices
Application: 15/632,107 →
Determining and Utilizing Corrections to Robot Actions
Application: 15/640,914 →
Publication: US 2019/0001489
Update of Local Features Model Based on Correction to Robot Action
Application: 15/640,936 →
Publication: US 2019/0005374
Using Laser Sensors to Augment Stereo Sensor Readings for Robotic Devices
Application: 15/642,530 →
Publication: US 2017/0308086
Multimodal Object Identification
Application: 15/643,138 →
Systems and Methods for Determining a Potential Failure or Other Status of a Robotic Device
Application: 15/667,005 →
Publication: US 2017/0357953
Speech Recognition Biasing
Application: 15/671,613 →
Selective Robot Deployment
Application: 15/694,350 →
Control Policies for Collective Robot Learning
Application: 15/705,601 →
Control Policies for Robotic Agents
Application: 15/705,655 →
Selective Human-Robot Interaction
Application: 15/707,093 →
Methods and Systems for Generating Instructions for a Robotic System to Carry Out a Task
Application: 15/720,584 →
Publication: US 2018/0056505
Generating and Utilizing Spatial Affordances for an Object in Robotics Applications
Application: 15/724,067 →
Replacing a First Robot with a Second Robot During Performance of a Task by the First Robot
Application: 15/727,199 →
Methods and Systems for Simultaneous Localization and Calibration
Application: 15/727,726 →
Publication: US 2018/0307941
Systems and Methods for Using Robots to Monitor Environmental Conditions in an Environment
Application: 15/794,700 →
Publication: US 2018/0047275
Generating an Image-Based Identifier for a Stretch Wrapped Loaded Pallet Based on Images Captured in Association with Application of Stretch Wrap to the Loaded Pallet
Application: 15/799,981 →
Robotic Operation Libraries
Application: 15/805,704 →
Methods and Apparatus for Determining the Pose of an Object Based on Point Cloud Data
Application: 15/811,484 →
Determining a Virtual Representation of an Environment By Projecting Texture Patterns
Application: 15/827,321 →
Publication: US 2018/0093377
Systems and Methods for Allocating Tasks to a Plurality of Robotic Devices
Application: 15/828,487 →
Publication: US 2018/0085914
Learning and Applying Empirical Knowledge of Environments by Robots
Application: 15/832,705 →
Publication: US 2019/0171911
Generating Simulated Training Examples for Training of Machine Learning Model Used for Robot Control
Application: 15/835,357 →
Sensorized Robotic Gripping Device
Application: 15/839,045 →
Publication: US 2019/0176348
Robot Grip Detection Using Non-Contact Sensors
Application: 15/839,109 →
Publication: US 2019/0176326
Robot Grasp Learning
Application: 15/845,324 →
Semantic Obstacle Recognition For Path Planning
Application: 15/847,108 →
Publication: US 2019/0187703
Semantic Place Recognition and Localization
Application: 15/848,527 →
Publication: US 2019/0188473
Semantic Zone Separation for Map Generation
Application: 15/848,561 →
Publication: US 2019/0188477
Robot Interaction with Objects Based on Semantic Information Associated with Embedding Spaces
Application: 15/851,622 →
Publication: US 2019/0196436
Systems and Methods for Sampling Images
Application: 15/851,901 →
Publication: US 2019/0199902
Evaluating Robot Learning
Application: 15/855,299 →
Publication: US 2020/0311616
Sharing Learned Information Among Robots
Application: 15/855,329 →
Publication: US 2019/0197396
Enhancing Robot Learning
Application: 15/855,393 →
Grasping of an Object by a Robot Based on Grasp Strategy Determined Using Machine Learning Model(S)
Application: 15/862,514 →
Publication: US 2019/0248003
Visual Annotations in Robot Control Interfaces
Application: 15/864,870 →
Robot to Human Feedback
Application: 15/872,168 →
Publication: US 2018/0133896
Trajectory Planning for Mobile Robots
Application: 15/881,271 →
Semantic Mapping of Environments for Autonomous Devices
Application: 15/897,568 →
Publication: US 2019/0250627
Machine Learning Methods and Apparatus for Robotic Manipulation and That Utilize Multi-Task Domain Adaptation
Application: 15/913,212 →
Publication: US 2019/0084151
Managing Robot Resources
Application: 15/963,546 →
Robot Navigation Using 2D and 3D Path Planning
Application: 15/967,805 →
Publication: US 2019/0337154
Positioning a Robot Sensor for Object Classification
Application: 15/968,922 →
Publication: US 2019/0337152
Object Hand-Over Between Robot and Actor
Application: 15/995,459 →
Dynamically Maintaining A Map Of A Fleet Of Robotic Devices In An Environment To Facilitate Robotic Action
Application: 16/008,819 →
Publication: US 2018/0300835
Delegation of Object and Pose Detection
Application: 16/014,311 →
Publication: US 2018/0300550
Enhanced Object State Discrimination for Robots
Application: 16/016,251 →
Multi-Tiered Command Processing
Application: 16/024,350 →
Space Extrapolation for Robot Task Performance
Application: 16/041,164 →
Generating a Model for an Object Encountered by a Robot
Application: 16/042,877 →
Publication: US 2018/0349725
Operating Multiple Testing Robots Based on Robot Instructions and/or Environmental Parameters Received in a Request
Application: 16/051,638 →
Determining Grasping Parameters for Grasping of an Object by a Robot Grasping End Effector
Application: 16/133,409 →
Systems and Methods for Determining a Potential Failure or Other Status of a Robotic Device
Application: 16/162,130 →
Publication: US 2019/0050827
Machine Learning Methods and Apparatus for Automated Robotic Placement of Secured Object in Appropriate Location
Application: 16/167,596 →
Publication: US 2020/0122321
Robot Task Optimization Based on Historical Task and Location Correlated Durations
Application: 16/200,945 →
Robot Base Position Planning
Application: 16/204,118 →
Publication: US 2020/0171653
Offline Computation and Caching of Precalculated Joint Trajectories
Application: 16/205,427 →
Related to Generating a Robot Control Policy from Demonstrations Collected via Kinesthetic Teaching of a Robot
Application: 16/230,478 →
Publication: US 2019/0118375
Mitigating Reality Gap Through Optimization of Simulated Hardware Parameter(S) of Simulated Robot
Application: 16/234,289 →
Mitigating Reality Gap Through Modification of Simulated State Data of Robotic Simulator
Application: 16/267,077 →
Selectively Downloading Targeted Object Recognition Modules
Application: 16/269,183 →
Publication: US 2019/0171881
Selectively Uploading Operational Data Generated by Robot Based on Physical Communication Link Attribute
Application: 16/384,843 →
Generating and Utilizing Non-Uniform Volume Measures for Voxels in Robotics Applications
Application: 16/386,189 →
Robotic Control Based on 3D Bounding Shape, for an Object, Generated Using Edge-Depth Values for the Object
Application: 16/424,363 →
Publication: US 2020/0376675
Generating and Utilizing Spatial Affordances for an Object in Robotics Applications
Application: 16/453,145 →
Generating a Robot Control Policy from Demonstrations Collected via Kinesthetic Teaching of a Robot
Application: 16/522,267 →
Publication: US 2019/0344439
Mobile Robot Sensor Configuration
Application: 16/528,123 →
Publication: US 2021/0031385
Operating Multiple Testing Robots Based on Robot Instructions and/or Environmental Parameters Received in a Request
Application: 16/530,711 →
Modular Robot Design
Application: 16/531,953 →
Publication: US 2019/0351548
Robot Centered Augmented Reality System
Application: 16/545,769 →
Speech Recognition Biasing
Application: 16/568,506 →
Action Prediction Networks for Robotic Grasping
Application: 16/570,522 →
Publication: US 2020/0086483
Automated Data Capture
Application: 16/571,841 →
Object Hand-Over Between Robot and Actor
Application: 16/581,134 →
Multimodal Object Identification
Application: 16/585,289 →
Mitigating Reality Gap Through Simulating Compliant Control and/or Compliant Contact in Robotic Simulator
Application: 16/653,858 →
Publication: US 2021/0107157
Robot Control
Application: 16/654,658 →
Generating an Image-Based Identifier for a Stretch Wrapped Loaded Pallet Based on Images Captured in Association with Application of Stretch Wrap to the Loaded Pallet
Application: 16/665,232 →
Methods and Apparatus for Determining the Pose of an Object Based on Point Cloud Data
Application: 16/665,273 →
Domain Adaptation Using Simulation to Simulation Transfer
Application: 16/692,509 →
Publication: US 2020/0167606
Robot to Human Feedback
Application: 16/695,532 →
Publication: US 2020/0094403
Determining Robot Inertial Properties
Application: 16/703,101 →
Engagement Detection and Attention Estimation for Human-Robot Interaction
Application: 16/707,835 →
Autonomous Object Learning by Robots Triggered by Remote Operators
Application: 16/716,874 →
Publication: US 2021/0178576
True Positive Transplant
Application: 16/717,013 →
Shared Dense Network with Robot Task-Specific Heads
Application: 16/717,498 →
Publication: US 2021/0181716
Object Association Using Machine Learning Models
Application: 16/717,896 →
Generating and/or Using Training Instances That Include Previously Captured Robot Vision Data and Drivability Labels
Application: 16/720,498 →
Publication: US 2021/0316448
Robot Collision Detection Using Cascading Variational Autoencoder
Application: 16/725,685 →
Publication: US 2021/0316455
Pixelwise Filterable Depth Maps for Robots
Application: 16/726,769 →
Publication: US 2021/0187748
Fusing Multiple Depth Sensing Modalities
Application: 16/726,771 →
Determining and Utilizing Corrections to Robot Actions
Application: 16/728,159 →
Publication: US 2020/0130176
Generating Reinforcement Learning Data That Is Compatible with Reinforcement Learning for a Robotic Task
Application: 16/729,712 →
Learning and Applying Empirical Knowledge of Environments by Robots
Application: 16/734,285 →
Publication: US 2020/0143207
Delegation of Object and Pose Detection
Application: 16/742,526 →
Publication: US 2020/0151447
Semantic Place Recognition and Localization
Application: 16/751,361 →
Publication: US 2020/0265232
Systems and Methods for Sampling Images
Application: 16/804,052 →
Generating an Image-Based Identifier for a Stretch Wrapped Loaded Pallet Based on Images Captured in Association with Application of Stretch Wrap to the Loaded Pallet
Application: 16/811,206 →
Replacing a First Robot with a Second Robot During Performance of a Task by the First Robot
Application: 16/826,956 →
Semantic Obstacle Recognition for Path Planning
Application: 16/832,837 →
Publication: US 2020/0293044
Methods and Systems for Simultaneous Localization and Calibration
Application: 16/845,544 →
Publication: US 2020/0242396
Robot Teleoperation using Mobile Device Motion Sensors and Web Standards
Application: 16/853,627 →
Generating a Model for an Object Encountered by a Robot
Application: 16/864,591 →
Publication: US 2020/0265260
Sensorized Robotic Gripping Device
Application: 16/867,720 →
Publication: US 2020/0262089
Speech Recognition Biasing
Application: 16/878,822 →
Robotic Control Using Action Image(S) and Critic Network
Application: 16/886,545 →
Publication: US 2021/0078167
Landmark Placement For Localization
Application: 16/890,171 →
Publication: US 2020/0300635
Systems and Methods for Inter-Process Communication within a Robot
Application: 16/890,354 →
Enhanced Object State Discrimination for Robots
Application: 16/909,497 →
Enhancing Robot Learning
Application: 16/910,163 →
Publication: US 2020/0324407
Neural Network Modules
Application: 16/918,181 →
Visual Annotations in Robot Control Interfaces
Application: 16/929,874 →
Robot Interaction with Objects Based on Semantic Information Associated with Embedding Spaces
Application: 16/932,502 →
Publication: US 2020/0348642
Asynchronous Robotic Control Using Most Recently Selected Robotic Action Data
Application: 16/948,187 →
Machine Learning Methods and Apparatus for Robotic Manipulation and That Utilize Multi-Task Domain Adaptation
Application: 16/987,771 →
Publication: US 2020/0361082
Semantic Mapping of Environments for Autonomous Devices
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Publication: US 2021/0041881
Robot Grip Detection Using Non-Contact Sensors
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Publication: US 2020/0391378
Robotic Control Using Value Distributions
Application: 17/017,920 →
Managing Robot Resources
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Simulating Multiple Robots in Virtual Environments
Application: 17/069,684 →
Publication: US 2022/0111517
Single Iteration, Multiple Permutation Robot Simulation
Application: 17/097,785 →
Recovering Material Properties with Active Illumination and Camera on a Robot Manipulator
Application: 17/106,889 →
Publication: US 2022/0168898
Object Pose Neural Network System
Application: 17/114,083 →
True Positive Transplant
Application: 17/124,103 →
Publication: US 2021/0183008
Monitoring of Surface Touch Points for Precision Cleaning
Application: 17/131,252 →
Systems and Methods for Automatically Calibrating Multiscopic Image Capture Systems
Application: 17/132,097 →
Robot Navigation Using 2D and 3D Path Planning
Application: 17/156,844 →
Publication: US 2021/0162599
Training a Policy Model for a Robotic Task, Using Reinforcement Learning and Utilizing Data That Is Based on Episodes, of the Robotic Task, Guided by an Engineered Policy
Application: 17/161,845 →
Publication: US 2022/0245503
Systems and Methods for Inter-Process Communication within a Robot
Application: 17/168,129 →
Label transfer between data from multiple sensors
Application: 17/185,414 →
Publication: US 2022/0268939
Joint Training of a Narrow Field of View Sensor with a Global Map for Broader Context
Application: 17/192,517 →
Publication: US 2022/0281113
System(S) and Method(S) of Using Imitation Learning in Training and Refining Robotic Control Policies
Application: 17/203,296 →
Publication: US 2022/0297303
Operating Multiple Testing Robots Based on Robot Instructions and/or Environmental Parameters Received in a Request
Application: 17/208,683 →
Multimodal Object Identification
Application: 17/222,263 →
Enhancing Robot Learning
Application: 17/222,496 →
Publication: US 2021/0220991
Machine Learning Methods and Apparatus for Automated Robotic Placement of Secured Object in Appropriate Location
Application: 17/230,628 →
Publication: US 2021/0229276
Evaluating Robot Learning
Application: 17/307,507 →
Publication: US 2021/0256424
Trajectory Planning for Mobile Robots
Application: 17/325,670 →
Injecting Noise into Robot Simulation
Application: 17/336,986 →
Simulation Driven Robotic Control of Real Robot(S)
Application: 17/337,815 →
Publication: US 2022/0203535
Managing Robot Resources
Application: 17/346,900 →
Grasping of an Object by a Robot Based on Grasp Strategy Determined Using Machine Learning Model(S)
Application: 17/379,091 →
Publication: US 2021/0347040
Monitoring of Surface Touch Points for Precision Cleaning
Application: 17/382,561 →
Publication: US 2022/0193888
Automated Data Capture
Application: 17/397,296 →
Systems and Methods for Sampling Images
Application: 17/448,481 →
Publication: US 2022/0014662
Preventing Regressions in Navigation Determinations Using Logged Trajectories
Application: 17/449,137 →
Robot to Human Feedback
Application: 17/457,831 →
Publication: US 2022/0088776
Update of Local Features Model Based on Correction to Robot Action
Application: 17/460,861 →
Publication: US 2021/0390371
Re-Simulation of Recorded Episodes
Application: 17/463,870 →
Utilizing Past Contact Physics in Robotic Manipulation (E.G., Pushing) of an Object
Application: 17/515,490 →
Publication: US 2022/0134546
Generating a Model for an Object Encountered by a Robot
Application: 17/520,152 →
Publication: US 2022/0058419
Determining and Utilizing Corrections to Robot Actions
Application: 17/520,175 →
Publication: US 2022/0055209
Mitigating Reality Gap Through Optimization of Simulated Hardware Parameter(S) of Simulated Robot
Application: 17/535,373 →
Robot Task Optimization Based on Historical Task and Location Correlated Durations
Application: 17/562,513 →
Robot Control
Application: 17/573,458 →
Domain Adaptation Using Simulation to Simulation Transfer
Application: 17/656,137 →
Publication: US 2022/0215208
General-Purpose Systolic Array
Application: 17/703,479 →
Publication: US 2023/0325347
Speech Recognition Biasing
Application: 17/811,425 →
Publication: US 2022/0343910
Semantic Obstacle Recognition for Path Planning
Application: 17/814,738 →
Publication: US 2022/0365532
Engagement Detection and Attention Estimation for Human-Robot Interaction
Application: 17/815,361 →
Publication: US 2022/0366725
Object Association Using Machine Learning Models
Application: 17/817,076 →
Publication: US 2022/0388175
Sensorized Robotic Gripping Device
Application: 17/857,443 →
Publication: US 2022/0339803
Fusing Multiple Depth Sensing Modalities
Application: 17/878,535 →
Publication: US 2022/0366590
Systems and Methods for Inter-Process Communication within a Robot
Application: 17/880,207 →
Publication: US 2022/0374295
Mitigating Reality Gap Through Modification of Simulated State Data of Robotic Simulator
Application: 17/896,519 →
Systems and Methods for Sampling Images
Application: 17/930,928 →
Publication: US 2023/0007157
Systems and Methods for Automatically Calibrating Multiscopic Image Capture Systems
Application: 17/934,620 →
Publication: US 2023/0015589
Robot Base Position Planning
Application: 17/934,877 →
Publication: US 2023/0015796
Generating Simulated Training Examples for Training of Machine Learning Model Used for Robot Control
Application: 17/979,565 →
Robot Navigation Using 2D and 3D Path Planning
Application: 18/068,100 →
Publication: US 2023/0123298
Generating a Robot Control Policy from Demonstrations Collected via Kinesthetic Teaching of a Robot
Application: 18/097,153 →
Publication: US 2023/0150126
Operating Multiple Testing Robots Based on Robot Instructions and/or Environmental Parameters Received in a Request
Application: 18/103,312 →
Update of Local Features Model Based on Correction to Robot Action
Application: 18/140,366 →
Publication: US 2023/0281422
Shared Dense Network with Robot Task-Specific Heads
Application: 18/158,072 →
Publication: US 2023/0150113
Mobile Robot Sensor Configuration
Application: 18/162,338 →
Publication: US 2023/0173695
Robotic Control Based on 3D Bounding Shape, for an Object, Generated Using Edge-Depth Values for the Object
Application: 18/199,303 →
Publication: US 2023/0289988
System(S) and Method(S) of Using Imitation Learning in Training and Refining Robotic Control Policies
Application: 18/233,251 →
Publication: US 2023/0381970
Determining and Utilizing Corrections to Robot Actions
Application: 18/239,735 →
Publication: US 2023/0405812
Mitigating Reality Gap Through Modification of Simulated State Data of Robotic Simulator
Application: 18/244,754 →
Generating a Model for an Object Encountered by a Robot
Application: 18/340,000 →
Publication: US 2023/0398683
Generating and/or Using Training Instances That Include Previously Captured Robot Vision Data and Drivability Labels
Application: 18/358,675 →
Publication: US 2023/0401419
Simulating Multiple Robots in Virtual Environments
Application: 18/379,597 →
Publication: US 2024/0033904
Injecting Noise into Robot Simulation
Application: 18/381,786 →
Related Assignments (18)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest May 4, 2012
From: POURSOHI, ARSHAN; HICKMAN, RYAN
To: GOOGLE INC.
Reel/Frame 028158/0732 →
Assignment of Assignor's Interest May 4, 2012
From: HICKMAN, RYAN; KOHLER, DAMON; FRANCIS, ANTHONY GERALD, JR.; KUFFNER, JAMES J., JR
To: GOOGLE INC.
Reel/Frame 028156/0277 →
Assignment of Assignor's Interest May 7, 2012
From: FRANCIS, ANTHONY G., JR.
To: GOOGLE INC.
Reel/Frame 028164/0901 →
Assignment of Assignor's Interest May 7, 2012
From: FRANCIS, ANTHONY G., JR.; HICKMAN, RYAN; KUFFNER, JAMES J., JR.
To: GOOGLE INC.
Reel/Frame 028164/0904 →
Assignment of Assignor's Interest May 7, 2012
From: LEWIS, THOR
To: GOOGLE INC.
Reel/Frame 028164/0916 →
Assignment of Assignor's Interest May 7, 2012
From: HICKMAN, RYAN; GHARPURE, CHAITANYA
To: GOOGLE INC.
Reel/Frame 028168/0536 →
Assignment of Assignor's Interest May 8, 2012
From: GHARPURE, CHAITANYA
To: GOOGLE INC.
Reel/Frame 028175/0422 →
Assignment of Assignor's Interest May 10, 2012
From: FRANCIS, ANTHONY G., JR.; POURSOHI, ARSHAN
To: GOOGLE INC.
Reel/Frame 028189/0149 →
Assignment of Assignor's Interest May 10, 2012
From: HICKMAN, RYAN; KUFFNER, JAMES J., JR.; FRANCIS, ANTHONY G., JR.; GHARPURE, CHAITANYA
To: GOOGLE INC.
Reel/Frame 028186/0609 →
Assignment of Assignor's Interest May 10, 2012
From: HICKMAN, RYAN; KOHLER, DAMON
To: GOOGLE INC.
Reel/Frame 028189/0185 →
Assignment of Assignor's Interest May 15, 2012
From: GHARPURE, CHAITANYA; HICKMAN, RYAN
To: GOOGLE INC.
Reel/Frame 028211/0241 →
Assignment of Assignor's Interest Jun 18, 2012
From: FRANCIS, ANTHONY G., JR.; LEWIS, THOR
To: GOOGLE INC.
Reel/Frame 028391/0678 →
Assignment of Assignor's Interest Aug 28, 2013
From: HICKMAN, RYAN; KUFFNER, JR., JAMES J.; BRUCE, JAMES R.; GHARPURE, CHAITANYA
To: GOOGLE INC.
Reel/Frame 031100/0018 →
Assignment of Assignor's Interest Sep 1, 2016
From: GOOGLE INC.
To: X DEVELOPMENT LLC
Reel/Frame 039900/0610 →
Change of Name Oct 6, 2017
From: GOOGLE INC.
To: GOOGLE LLC
Reel/Frame 044142/0357 →
Assignment of Assignor's Interest Sep 25, 2018
From: GOOGLE INC.
To: X DEVELOPMENT LLC
Reel/Frame 047631/0671 →
Corrective Assignment to Correct the Corrective by Nullificationto Correct Incorrectly Recorded Application Numbers Previously Recorded on Reel 044142 Frame 0357. Assignor(S) Hereby Confirms the Change of Name. Nov 14, 2018
From: GOOGLE INC.
To: GOOGLE LLC
Reel/Frame 047837/0678 →
Assignment of Assignor's Interest Aug 21, 2023
From: X DEVELOPMENT LLC
To: GOOGLE LLC
Reel/Frame 064658/0001 →