personalrobot.ai

#Personal Robot AI | Articial Intelligence powered Personal Robot

#Laser-based heart monitoring robot | Laser device detecting heartbeat, breathing rate, and muscle activity from up to meter away, without requiring any wires or contact

#Object localization

#Object tracking

#Visual servoing

#Spatially aware manipulation

#Hand-eye coordination

#Semantic scene understanding

#AI and machine learning

#3-D reconstruction

#Unstructured Robotics | Performing tasks not predetermined or predefined | Real-time perception

#Robotics Perception

#Human-assisted robotics

#Haptic technology

#Object recognition

#Machine learning

#Redundant degrees of freedom

#Avatar robot

#Remote avatar robot

#Physical movement

#Virtual movement

#Emotional movement

#GPT language

#Sensors tracking movement

#Face recognition

#Voice recognition

#Detecting emotions

#Detecting age

#Communicating common expressions like astonishment and surprise

#Communicating gestures like yawning and shrugging

#Artificial neural network

#Having ear for music

#Non Verbal Cue

#Machine Learning

#Gesture Control

#Surrounding Sensing

#Owner Learning

#Task Intelligence

#Health Monitoring

#Problem Detecting

#Death Management

#Humanoid robot

#Believable robotic character

#Dynamic robotic performance

#Actuated figure

#Untethered, high-velocity gymnastic action robustly and repeatably

#Stuntronics

#Socially intelligent machine

#Cognitive intelligence

#AI Interactions

#Human-like robot

#Inference Engine

#Conversational AI assistant

#Interactive co-pilot

#Token generation

#Models of muscle tissue

#Musculoskeletal health

#Cardiovascular health

#Action recognition model

#Neurological degeneration

#Neuromuscular junctions

#Synthetic data generation (SDG)

#Training

#Stimulation

#Teleradiology

#Autonomous mobility assistance

#Blind individuals

#Visually-impaired individuals

#Regain independence

#Geometric fabrics

#Trained policies

#Reinforcement Learning (RL) | Reinforcement learning algorithms for humanoid locomotion | Reinforcement learning algorithms for humanoid manipulation policies | Prototyping reinforcement learning algorithms | Pybullet | IssacSim | Mujoco | Training RL policies in simulation

#Context length

#Tokens/s speed

#AI infrastructure

#AI inference technology

#Digital Twin of Person

#Retrieval-Augmented Generation (RAG) | Enhancing large language models (LLMs) by integrating external knowledge sources | Improving accuracy and relevance of generated responses | Allows LLMs to retrieve pertinent information from databases or documents before generating answers | Reducing errors and hallucinations typical in traditional models

#SLAM | Simultaneous Localization and Mapping

#Body analysis

#Facial expression analysis

#Eye gaze control

#Face segmentation

#CRUD | Create, Read, Update, and Delete | Four fundamental operations for managing persistent data in applications

#Ubiquitous

#AIoT space

#Electric actuator | Device converting electrical energy into mechanical motion | Using electric motor to create movement or apply force

#Legged robot

#Multimodal access

#Electromyography (EMG)

#Spatial control

#Dexterity

#Bionics

#Exoskeleton

#Cogging torque

#Cobot

#Soft robot

#Pneumatic device

#Soft silicone

#Pneumatic channel

#Agentic workflow

#Learning Management System (LMS)

#Time To First Token (TTFT)

#Build simulation stack

#Close sim-to-real gap

#Building contact-rich physics simulation

#Scaling up reinforcement learning algorithms

#Drive AI model evaluation and iteration speed

#Build ML robotics simulation

#Work across AI stack

#Build data engine to log, clean, label data for foundation model training

#Pybullet

#IssacSim

#Mujoco

#Blender

#Maya

#GPU simulation

#NoSQL

#Python | Testing large codebases in Python

#Deep Learning Frameworks | Pytorc | TF | JAX

#Managing ML compute clusters

#Linear algebra

#Supervised machine learning

#Robot Opersting System | ROS | ROS2

#Open source LLM technology

#Simulating and validating robots, for multiple domains

#Extracting key sction points

#Skeletal data

#Scene

#Character assets

#Asset path

#Programming new action for subject

#Character primitive

#Re-rendering stage

#Spatial-temporal graph convolutional network (ST-GCN)

#3D skeleton data

#Action recognition

#Zero-shot inferencing