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Towards a human-like open-domain chatbot
The dataset is used for open-domain human-machine conversation, where the goal is to generate responses to context. -
Topical-Chat
The Topical-Chat dataset is a knowledge-grounded open-domain conversational dataset, which consists of dialogues between two Mechanical Turk workers (a.k.a. Turkers). -
Hand Segmentation for Hand-Object Interaction from Depth Map
Hand segmentation for hand-object interaction using only a depth map -
Distress Analysis Interview Corpus of Human and Computer Interviews (DAIC-WoZ)
The Distress Analysis Interview Corpus of Human and Computer Interviews (DAIC-WoZ) is a dataset of human-computer interviews for assessing psychological distress. -
HCI: Gesture recognition
The HCI gesture recognition dataset consists of a user performing 5 different gestures using the right arm. -
RF-Capture
RF-Capture: Capturing the Human Figure Through a Wall -
VideoAttentionTarget
VideoAttentionTarget is a video-based gaze target dataset comprising 71,666 frames from 1,331 clips. -
GazeFollow
GazeFollow is a large-scale dataset consisting of 122,143 images with 130,339 annotations on head-target instances. -
GazeHTA: End-to-end Gaze Target Detection with Head-Target Association
Gaze target detection aims to directly associate individuals and their gaze targets within a single image or across multiple video frames. -
OpenAssistant
The authors used the OpenAssistant dataset to construct evaluation datasets for their attacks. -
Total capture: A 3D deformation model for tracking faces, hands, and bodies
Dataset for tracking faces, hands, and bodies in videos. -
Video based reconstruction of 3D people models
Real-world dataset for reconstructing 3D people models from monocular video. -
HR Human: Modeling Human Avatars with Triangular Mesh and High-Resolution Tex...
Real-world datasets for reconstructing human avatars from monocular video, including ZJU-MoCap and People-Snapshot. -
Training a helpful and harmless assistant with reinforcement learning from hu...
The authors propose a novel approach that incorporates parameter-efficient tuning to better optimize control tokens, thus benefitting controllable generation.