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QR-code --- Grafische sector --- Media Management en Technologie --- Printmedia
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Les méthodes 3D de capture du mouvement sont en permanente évolution et utilisent constamment de nouvelles techniques d’acquisition dans le but d’atteindre des rendus toujours plus précis et réalistes. Parmi ces techniques d’acquisition 3D en pleine expansion, la photogrammétrie et la lasergrammétrie font leurs premiers pas en matière de capture de mouvement. Ce travail de fin d’études a pour objectif d’établir les perspectives d’utilisation de ces deux techniques d’acquisition en matière de capture de mouvement. Pour cela, trois hypothèses de recherches sont élaborées sur base d’une revue de la littérature existante ainsi que sur base de tests et d’essais effectués par nos soins préalablement en laboratoire. Le cœur du travail consiste en la traduction de ces trois hypothèses en trois méthodes d’acquisition, de traitement et de rendu 3D. Les perspectives de la photogrammétrie sont évaluées au travers de deux méthodes : l’une n’utilisant pas de marqueurs placés sur l’objet en mouvement et l’autre utilisant des marqueurs (QR Codes) placés sur l’objet en mouvement. Les perspectives de la lasergrammétrie sont, quant à elles, évaluées au travers d’une méthode d’extraction de points appartenant au mouvement par analyse de distance entre nuages de points. La mise en œuvre de ces trois méthodes et la synthèse des résultats obtenus permet de valider ou invalider chacune des trois hypothèses établies, ainsi que de tirer des conclusions sur les perspectives de l’utilisation de la photogrammétrie et de la lasergrammétrie en matière de capture de mouvement. 3D motion capture methods are constantly evolving and are constantly using new acquisition techniques in order to achieve even more accurate and realistic renderings. Among these rapidly expanding 3D acquisition techniques, photogrammetry and lasergrammetry are taking their first steps into motion capture. This document aims to establish the prospect of these two techniques of acquisition in motion capture. For this, three research hypotheses are developed based on a review of the existing literature as well as on the basis of tests carried out by us previously in laboratory. Most of the work consists of the translation of these three hypotheses into three methods of acquisition, processing and 3D rendering. Prospects of photogrammetry are evaluated through two methods: one using no markers placed on the moving object and the other using markers (QR Codes) placed on the moving object. Prospects of lasergrammetry are evaluated through a method of extracting points belonging to the movement with the help of distance analysis between points clouds. The implementation of these three methods and the synthesis of the results obtained allows us to validate or invalidate each of the three hypotheses established and to draw conclusions on the prospects of photogrammetry and lasergrammetry in motion capture.
Capture du mouvement --- Lasergrammétrie --- Photogrammétrie --- QR Code --- Animation 3D --- Context Capture --- CloudCompare --- 3DSMax --- Motion capture --- Lasergrammetry --- Photogrammetry --- QR Code --- 3D Animation --- Context Capture --- CloudCompare --- 3DSMax --- Ingénierie, informatique & technologie > Multidisciplinaire, généralités & autres
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This book is for marketers (from newbies to CMO level) who want to learn why and how to use mobile marketing to engage and convert consumers. Whether you work with a brand, retail storefront or are studying to do just that, we wrote A Beginner's Guide to Mobile Marketing to help you learn about the exploding opportunities that mobile marketing offers and why it is so important to embrace it in your integrated marketing strategy. As you are well aware, cell phones are no longer just for calling people. Based on the latest trends in consumer behavior on mobiles, we introduce ways that marketers can use Smartphone popularity to reach people with tactics like mobile apps, mobile web, social media, search, text messaging (SMS/MMS/RMM), mobile advertising, location-based services, retail programs and more. NFC, QR codes and texting are a few pull tactics introduced, alongside push tactics like beacons, ads and in-app push notifications. Tablets require a different strategy but this book touches on that to offer background on mobile vs. tablet marketing. Citing the latest and greatest third-party research, learn from an expert about mobile marketing, starting with the basics and ending with a roadmap to develop and measure strategic mobile marketing campaigns. Along the way, participate in exercises to ensure that you understand the material and how to apply it to the real world. Whether you are an educator, student, professional, or mobile maven, we hope that you enjoy the content and case studies we bring to life in this book.
Cell phone advertising. --- Internet marketing. --- analytics --- apps --- banners --- beacons --- brand --- case studies --- display --- iBeacon --- integrated strategy --- location-based services --- MMS --- mobile ads --- mobile advertising --- mobile at retail --- mobile marketing --- mobile search --- mobile site --- mobile web --- mobile website --- multi-media messaging --- NFC --- nonprofit --- omni-channel experience --- push notifications --- QR code --- retailer --- RMM --- ROI --- search --- SMS --- social --- SOLOMO --- sports marketing --- success measurement --- tablets --- text messaging
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This book, entitled “Elemental Concentration and Pollution in Soil, Water, and Sediment”, presents an updated overview of the main trace elements in living organisms. This collection brings researchers from different fields together, including those from biogeochemistry and ecotoxicology in various environmental media, in order to provide a more comprehensive understanding of the environmental fate of trace elements in their biogeochemical cycles for different ecosystems.
Research & information: general --- Chemistry --- marine sediments --- trace metals --- speciation --- contamination --- San Simon Bay --- soil remediation --- toxicity bioassays --- humic substances --- calcium carbonate --- iron oxides --- polyphenolic compounds --- heavy metals --- soil --- enrichment factor --- geoaccumulation index --- contamination factor --- pollution indices --- soil contamination --- geogenic and anthropogenic origin --- iron ore deposits --- tailing dumps --- seepage water --- water balance of the enterprise --- metals --- p-arsanilic acid --- adsorption --- natural fluorine-enriched soil --- natural sources --- chemical extraction resistance --- low washing efficiency --- lacustrine sediments --- geochemical mapping --- spatial distribution --- contamination assessment --- environmental risk assessments --- sediment quality guidelines --- pollution --- bottom sediments --- river --- acid mine drainage --- abandoned coal mine --- potentially toxic elements --- pollution level --- potential ecological risk --- sewage sludge --- calcareous soil --- extraction DTPA --- crop --- transfer --- long time --- engineered nanoparticles --- organic matter --- phosphorus --- nutrients --- volcanic soil --- agricultural land contamination --- sediment --- irrigation canal --- heavy metal --- copper --- cadmium --- Daphnia pulex --- ecotoxicology --- LC50 --- ecological risk assessment --- karst areas --- soil properties --- urban ecology --- trace metal pollution --- soil organisms --- diversity --- Western Siberia --- snow pollution --- trace metals and metalloids --- atmospheric depositions --- solubility --- sediments --- bioindicators --- geochemical background --- risk assessment code --- sequential extraction --- groundwater --- precipitation --- caustic calcined magnesia (CCM) --- permeable reactive barrier (PRB) --- natural water --- water quality --- Arctic region --- elemental composition --- springs --- QR code --- modern sedimentation processes --- mineralogy --- geochemistry --- authigenic minerals --- hydrogen sulfide contamination --- arid climate --- Caspian Sea --- marine sediments --- trace metals --- speciation --- contamination --- San Simon Bay --- soil remediation --- toxicity bioassays --- humic substances --- calcium carbonate --- iron oxides --- polyphenolic compounds --- heavy metals --- soil --- enrichment factor --- geoaccumulation index --- contamination factor --- pollution indices --- soil contamination --- geogenic and anthropogenic origin --- iron ore deposits --- tailing dumps --- seepage water --- water balance of the enterprise --- metals --- p-arsanilic acid --- adsorption --- natural fluorine-enriched soil --- natural sources --- chemical extraction resistance --- low washing efficiency --- lacustrine sediments --- geochemical mapping --- spatial distribution --- contamination assessment --- environmental risk assessments --- sediment quality guidelines --- pollution --- bottom sediments --- river --- acid mine drainage --- abandoned coal mine --- potentially toxic elements --- pollution level --- potential ecological risk --- sewage sludge --- calcareous soil --- extraction DTPA --- crop --- transfer --- long time --- engineered nanoparticles --- organic matter --- phosphorus --- nutrients --- volcanic soil --- agricultural land contamination --- sediment --- irrigation canal --- heavy metal --- copper --- cadmium --- Daphnia pulex --- ecotoxicology --- LC50 --- ecological risk assessment --- karst areas --- soil properties --- urban ecology --- trace metal pollution --- soil organisms --- diversity --- Western Siberia --- snow pollution --- trace metals and metalloids --- atmospheric depositions --- solubility --- sediments --- bioindicators --- geochemical background --- risk assessment code --- sequential extraction --- groundwater --- precipitation --- caustic calcined magnesia (CCM) --- permeable reactive barrier (PRB) --- natural water --- water quality --- Arctic region --- elemental composition --- springs --- QR code --- modern sedimentation processes --- mineralogy --- geochemistry --- authigenic minerals --- hydrogen sulfide contamination --- arid climate --- Caspian Sea
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This SI presents the latest achievements, challenges and prospects for drives, actuators, sensors, controls and robot navigation with reverse validation and applications in the field of industrial automation and robotics. Automation, supported by robotics, can effectively speed up and improve production. The industrialization of complex mechatronic components, especially robots, requires a large number of special processes already in the pre-production stage provided by modelling and simulation. This area of research from the very beginning includes drives, process technology, actuators, sensors, control systems and all connections in mechatronic systems. Automation and robotics form broad-spectrum areas of research, which are tightly interconnected. To reduce costs in the pre-production stage and to reduce production preparation time, it is necessary to solve complex tasks in the form of simulation with the use of standard software products and new technologies that allow, for example, machine vision and other imaging tools to examine new physical contexts, dependencies and connections.
Technology: general issues --- History of engineering & technology --- underground robots --- automation in mines --- remote control --- autonomous underground machinery --- robotic manipulator --- identification --- calibration --- Jacobian --- workcell layout detection --- QR code detection --- adaptive thresholding --- finder pattern --- perspective transformation --- smart buildings --- shared sensory system --- surveillance system --- localization --- marker detection --- manipulation --- design --- analytical calculation --- numerical analysis --- manipulation platform --- 3D deformable object --- grasping --- robust manipulation --- robot hand --- Matlab --- CoppeliaSim Edu --- V-Rep --- SolidWorks --- kinematics --- inverse kinematics (IK) --- manufacturing technology --- modular robots --- coordinate transformation --- industrial robot --- renishaw Ballbar QC20–W --- positional analysis --- measurement --- visual semantic SLAM --- semantic segmentation --- FPGA --- hardware acceleration --- mobile robots --- automated machining --- milling strategies --- geometrical tolerances --- assisted assembly --- mixed reality --- collaborative robot --- digital twin --- convolutional neural networks --- planar robotic arm --- pneumatic artificial muscle (PAM) --- gravity test --- dynamic model --- validation --- optimization --- trust region algorithm --- chimney --- cleaning --- in-pipe robot --- pneumatic actuator --- simulation --- pre-identification --- least squares method --- instrumental variable method --- robotics --- sensor --- antagonistic system --- pneumatic artificial muscles --- function --- model --- trajectory planning method --- hexapod robots --- legged robots --- triangle gait --- automation --- drives --- actuators --- sensors --- diagnostics --- holography --- virtual instrumentation --- control systems --- robot navigation --- reverse validation --- trajectory control --- underground robots --- automation in mines --- remote control --- autonomous underground machinery --- robotic manipulator --- identification --- calibration --- Jacobian --- workcell layout detection --- QR code detection --- adaptive thresholding --- finder pattern --- perspective transformation --- smart buildings --- shared sensory system --- surveillance system --- localization --- marker detection --- manipulation --- design --- analytical calculation --- numerical analysis --- manipulation platform --- 3D deformable object --- grasping --- robust manipulation --- robot hand --- Matlab --- CoppeliaSim Edu --- V-Rep --- SolidWorks --- kinematics --- inverse kinematics (IK) --- manufacturing technology --- modular robots --- coordinate transformation --- industrial robot --- renishaw Ballbar QC20–W --- positional analysis --- measurement --- visual semantic SLAM --- semantic segmentation --- FPGA --- hardware acceleration --- mobile robots --- automated machining --- milling strategies --- geometrical tolerances --- assisted assembly --- mixed reality --- collaborative robot --- digital twin --- convolutional neural networks --- planar robotic arm --- pneumatic artificial muscle (PAM) --- gravity test --- dynamic model --- validation --- optimization --- trust region algorithm --- chimney --- cleaning --- in-pipe robot --- pneumatic actuator --- simulation --- pre-identification --- least squares method --- instrumental variable method --- robotics --- sensor --- antagonistic system --- pneumatic artificial muscles --- function --- model --- trajectory planning method --- hexapod robots --- legged robots --- triangle gait --- automation --- drives --- actuators --- sensors --- diagnostics --- holography --- virtual instrumentation --- control systems --- robot navigation --- reverse validation --- trajectory control
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This book, entitled “Elemental Concentration and Pollution in Soil, Water, and Sediment”, presents an updated overview of the main trace elements in living organisms. This collection brings researchers from different fields together, including those from biogeochemistry and ecotoxicology in various environmental media, in order to provide a more comprehensive understanding of the environmental fate of trace elements in their biogeochemical cycles for different ecosystems.
Research & information: general --- Chemistry --- marine sediments --- trace metals --- speciation --- contamination --- San Simon Bay --- soil remediation --- toxicity bioassays --- humic substances --- calcium carbonate --- iron oxides --- polyphenolic compounds --- heavy metals --- soil --- enrichment factor --- geoaccumulation index --- contamination factor --- pollution indices --- soil contamination --- geogenic and anthropogenic origin --- iron ore deposits --- tailing dumps --- seepage water --- water balance of the enterprise --- metals --- p-arsanilic acid --- adsorption --- natural fluorine-enriched soil --- natural sources --- chemical extraction resistance --- low washing efficiency --- lacustrine sediments --- geochemical mapping --- spatial distribution --- contamination assessment --- environmental risk assessments --- sediment quality guidelines --- pollution --- bottom sediments --- river --- acid mine drainage --- abandoned coal mine --- potentially toxic elements --- pollution level --- potential ecological risk --- sewage sludge --- calcareous soil --- extraction DTPA --- crop --- transfer --- long time --- engineered nanoparticles --- organic matter --- phosphorus --- nutrients --- volcanic soil --- agricultural land contamination --- sediment --- irrigation canal --- heavy metal --- copper --- cadmium --- Daphnia pulex --- ecotoxicology --- LC50 --- ecological risk assessment --- karst areas --- soil properties --- urban ecology --- trace metal pollution --- soil organisms --- diversity --- Western Siberia --- snow pollution --- trace metals and metalloids --- atmospheric depositions --- solubility --- sediments --- bioindicators --- geochemical background --- risk assessment code --- sequential extraction --- groundwater --- precipitation --- caustic calcined magnesia (CCM) --- permeable reactive barrier (PRB) --- natural water --- water quality --- Arctic region --- elemental composition --- springs --- QR code --- modern sedimentation processes --- mineralogy --- geochemistry --- authigenic minerals --- hydrogen sulfide contamination --- arid climate --- Caspian Sea --- n/a
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This SI presents the latest achievements, challenges and prospects for drives, actuators, sensors, controls and robot navigation with reverse validation and applications in the field of industrial automation and robotics. Automation, supported by robotics, can effectively speed up and improve production. The industrialization of complex mechatronic components, especially robots, requires a large number of special processes already in the pre-production stage provided by modelling and simulation. This area of research from the very beginning includes drives, process technology, actuators, sensors, control systems and all connections in mechatronic systems. Automation and robotics form broad-spectrum areas of research, which are tightly interconnected. To reduce costs in the pre-production stage and to reduce production preparation time, it is necessary to solve complex tasks in the form of simulation with the use of standard software products and new technologies that allow, for example, machine vision and other imaging tools to examine new physical contexts, dependencies and connections.
underground robots --- automation in mines --- remote control --- autonomous underground machinery --- robotic manipulator --- identification --- calibration --- Jacobian --- workcell layout detection --- QR code detection --- adaptive thresholding --- finder pattern --- perspective transformation --- smart buildings --- shared sensory system --- surveillance system --- localization --- marker detection --- manipulation --- design --- analytical calculation --- numerical analysis --- manipulation platform --- 3D deformable object --- grasping --- robust manipulation --- robot hand --- Matlab --- CoppeliaSim Edu --- V-Rep --- SolidWorks --- kinematics --- inverse kinematics (IK) --- manufacturing technology --- modular robots --- coordinate transformation --- industrial robot --- renishaw Ballbar QC20–W --- positional analysis --- measurement --- visual semantic SLAM --- semantic segmentation --- FPGA --- hardware acceleration --- mobile robots --- automated machining --- milling strategies --- geometrical tolerances --- assisted assembly --- mixed reality --- collaborative robot --- digital twin --- convolutional neural networks --- planar robotic arm --- pneumatic artificial muscle (PAM) --- gravity test --- dynamic model --- validation --- optimization --- trust region algorithm --- chimney --- cleaning --- in-pipe robot --- pneumatic actuator --- simulation --- pre-identification --- least squares method --- instrumental variable method --- robotics --- sensor --- antagonistic system --- pneumatic artificial muscles --- function --- model --- trajectory planning method --- hexapod robots --- legged robots --- triangle gait --- automation --- drives --- actuators --- sensors --- diagnostics --- holography --- virtual instrumentation --- control systems --- robot navigation --- reverse validation --- trajectory control
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