Search results for "75"
showing 10 items of 1365 documents
Colltort, formiguer, Torcecuellos (VER0000057)
1935
Altres noms vulgars: Eurasian Wryneck (Anglès), Torcol fourmilier (Francès), Wendehals (Alemany) Gabinet de Vertebrats (Departament de Zoologia), Facultat de Ciències Biològiques (Campus de Burjassot), C/ Doctor Moliner, s/n, Bloque B. 5é plant, Burjassot (Valencia). Armari: 31-2
Missä aikuiskasvatus oleilee?
2001
Kansainvälisyyden muuttuvat merkitykset
2002
Pääkirjoitus nonPeerReviewed
Oppiminen ja elämä hallintaan
2001
Ne, jotka osaa – ja ne jotka ei
2002
Solidaarisuutta, huolenpitoa vai pääoman kasaamista
2002
Programmētājs starp personīgo pasaules uzskatu un praktiskajiem centieniem pēc mākslīgā intelekta
2015
Kristāli un mākslīgais intelekts
2014
Introducing a novel mesh following technique for approximation-free robotic tool path trajectories
2017
Abstract Modern tools for designing and manufacturing of large components with complex geometries allow more flexible production with reduced cycle times. This is achieved through a combination of traditional subtractive approaches and new additive manufacturing processes. The problem of generating optimum tool-paths to perform specific actions (e.g. part manufacturing or inspection) on curved surface samples, through numerical control machinery or robotic manipulators, will be increasingly encountered. Part variability often precludes using original design CAD data directly for toolpath generation (especially for composite materials), instead surface mapping software is often used to gener…
Hierarchical Syntactic Models for Human Activity Recognition through Mobility Traces
2019
AbstractRecognizing users’ daily life activities without disrupting their lifestyle is a key functionality to enable a broad variety of advanced services for a Smart City, from energy-efficient management of urban spaces to mobility optimization. In this paper, we propose a novel method for human activity recognition from a collection of outdoor mobility traces acquired through wearable devices. Our method exploits the regularities naturally present in human mobility patterns to construct syntactic models in the form of finite state automata, thanks to an approach known asgrammatical inference. We also introduce a measure ofsimilaritythat accounts for the intrinsic hierarchical nature of su…