Survey paper Workshops Devices and Manufacturers Companies working on Event-based Vision Neuromorphic Systems Review papers
Applications / Algorithms
Datasets and Simulators Software
Neuromorphic Processors and Platforms Courses Theses and Dissertations
People / Organizations EETimes articles Contributing Survey paper
Workshops
Devices & Companies Manufacturing them
Companies working on Event-based Vision
Neuromorphic Systems
Review / Overview papersSensor designs, Bio-inspiration
Algorithms, Applications
AlgorithmsFeature Detection and Tracking
Corner Detection and Tracking
Particle Detection and Tracking
Eye Tracking
Optical Flow Estimation
Scene Flow Estimation
Reconstruction of Visual InformationIntensity-Image Reconstruction from events
Video Synthesis
Super-resolution
Joint/guided filtering
Tone Mapping
Visual Stabilization
Depth Estimation (3D Reconstruction)Monocular Depth Estimation
Monocular Depth Estimation using Structured Light
Stereo Depth Estimation
Stereo Depth Estimation using Structured Light
Stereoscopic Panoramic Imaging
SLAM (Simultaneous Localization And Mapping)Localization, Ego-Motion Estimation
Visual Servoing
Mapping
Visual Odometry / SLAMMonocular
Stereo
Visual-Inertial Odometry
SegmentationObject Segmentation
Motion Segmentation
Pattern RecognitionObject Recognition
Gesture Recognition
Representation / Feature Extraction
Regression Tasks
Learning Methods / Frameworks
Signal Processing
Event Denoising
Compression
Control
Obstacle Avoidance
Space Applications
Tactile Sensing Applications
Object Pose EstimationHuman Pose Estimation
Hand Pose Estimation
Indoor Lighting Estimation
Data Encryption
Nuclear Verification
Optical Communication
Datasets and Simulators (sorted by topic)Emulators and Simulators
Datasets (sorted by topic)
Stereo Depth Estimation
Optical Flow
Intensity-Image Reconstruction from events
Visual Odometry and SLAM
Segmentation
Recognition
Event Denoising
Space Situational Awareness
Outdoor Monitoring / Surveillance
SoftwareDrivers
Synchronization
Lens Calibration
Algorithms
Utilities
Neuromorphic Processors and Platforms
Courses (Educational content)
Theses and DissertationsDissertations
Master's (and Bachelor's) Theses
People / Organizations
Press EETimes
Press
ContributingPlease see CONTRIBUTING for details. What factors should you consider when you are giving an online speech?Use your voice expressively and meaningfully.. Minimize the uhs, ums, likes and y'knows.. Enunciate words clearly. Don't mumble or garble them.. Speak with appropriate loudness and speed. Consider audience, place and topic.. Use variations in speed, inflections, and force to enhance your meaning and hold audience attention.. What refers to the on screen elements seen by the audience during an online speech?Visual Environment. The on-screen elements seen by the audience during an online speech. Includes: setting, lighting, framing, eye contact, & personal appearance. Guidelines for Online Speaking. Control the Visual Environment.
Is a TED talk an example of a recorded online speech?A recorded online speech is delivered, recorded, and then uploaded to the Internet for later viewing. Examples are TED Talks and presentations in online or blended speech classes.
Which of the following is an example of a real time online speech?For instance, in some cases a speaker talks in front of a live audience and a recording of the speech is posted online for a virtual audience to view. The best-known example of this kind of speech delivered to a live audience and posted online would be a TED Talk.
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