Think of this as “mirroring” the observed scene, with the humans and objects in it, to a replica 3D/4D virtual scene with virtual humans and objects. To this end, we first need to “make sense” of the observed scene, i.e., to model how people, objects, and spaces look, to estimate their shape and pose, to infer their semantics and spatial relationships, and to do all of these in 3D space (or 4D for spacetime), because our bodies move in a 3D world (or 4D for spacetime). This is important for Ambient Intelligence, Virtual Assistants, Human-Computer and Human-Robot Interaction, and Augmented/Virtual Reality (AR/VR). Our long-term goal is to develop human-centred AI that accurately perceives humans from images and videos while performing tasks, and assists them in these. This is reflected in the images and videos that we upload on Facebook, Instagram, YouTube, or that we capture through smart glasses (e.g. Humans constantly interact with objects, spaces and other humans to perform tasks. Production is scheduled for the end of 2023.įor more information, please visit ELLIS unit Amsterdam provides a fully funded PhD position on the “4D Perception of Interacting Humans from Videos”.ĭo you want to help computers see, understand, and assist us, humans, in our everyday life? Are you excited with Artificial Intelligence (AI), 3D Machine Perception, 3D Human and Object Understanding, and 3D Avatars? Do you aspire to conduct internationally-visible research in one of the world’s most exciting cities? We are searching for a strong PhD candidate to push together the state of the art! Engineering samples of Teseo-LIV4FM are available now. Teseo-LIV4FM addresses precise positioning applications like micro mobility, agriculture, and navigation by delivering centimeter level accuracy using the MCU-host RTK/PPP algorithm. The Teseo LIV4F is in production now, in a 9.7mm x 10.1 mm LCC-18 pin package and is covered by ST’s extended product-longevity assurance for industrial ICs.Īlso now available, the Teseo-LIV4FM dual-band GNSS measurement engine module with the same size and pin-out of Teseo-LIV4F provides GNSS raw measurements using the RTCM v3 protocol. The operating temperature range from -40☌ to 85☌ permits use in harsh environments such as outdoors and in factories. The Teseo-LIV4F module is officially certified in accordance with CE, FCC, and ICES regulations, which simplifies the path to market for the final application. Tracking sensitivity of -162dBm helps maintain accuracy when signal strength is low. Operating with 49mA GNSS L1 and L5 tracking current and 10μA standby current extends battery runtime in power-conscious applications. It also provides real-time assisted GNSS that allows prediction of satellite data based on previous observations. With an on-board temperature-compensated crystal oscillator (TCXO) and dedicated real-time clock (RTC) oscillator, the Teseo-LIV4F delivers superior accuracy and fast time to first fix (TTFF). These include insurance, goods tracking, tolling, anti-theft systems, people and pet location, vehicle tracking, emergency calls, fleet management, vehicle sharing, diagnostics and public transportation. The proven evaluation environment saves development time, while the small module size and low cost make the Teseo-LIV4F ideal for a wide variety of position, navigation, and timing (PNT) applications. The modules come with Teseo-LIV4FSW firmware, allowing users to leverage the Teseo Suite PC-based application for free firmware configuration and updating. With an ultra-compact form factor and low power consumption, Teseo-LIV4F also extends multi-constellation compatibility to include navigation with Indian constellation (NavIC or IRNSS, the Indian Regional Navigation Satellite System). The STMicroelectronics Teseo-LIV4F GNSS module leverages ST’s Teseo IV single-die receiver technology, including L1 and L5 frequency-band support, to provide positioning accuracy better than one meter in embedded geolocation systems.
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