berniejenny.info

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Bernie Jenny | Monash University

 Generado el 28 Marzo 2026 19:41 PM

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Título

Bernie Jenny | Monash University

Longitud : 32

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Descripción

Bernie Jenny, Associate Professor of Immersive Visualisation, Faculty of Information Technology, Monash University, Melbourne

Longitud : 125

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Propiedad Contenido
type website
site_name Bernie Jenny
title Bernie Jenny | Monash University
description Bernie Jenny, Associate Professor of Immersive Visualisation, Faculty of Information Technology, Monash University, Melbourne
url http://berniejenny.info/index.html

Titulos

H1 H2 H3 H4 H5 H6
10 52 89 0 0 0
  • [H1] Bernie Jenny
  • [H1] Bernie Jenny
  • [H1] Immersive Geovisualisation
  • [H1] 2D Terrain
  • [H1] 3D Maps
  • [H1] Map Design
  • [H1] Map Projections
  • [H1] Distortion Analysis
  • [H1] Software
  • [H1] Maps
  • [H2]
  • [H2] 3D Gaussian Splatting for Archival of Balinese Temples from Community-Sourced Videos
  • [H2] From Diagrams to Experience: Data Visceralisation of Ecosystem State-and-Transition Models in Virtual Reality
  • [H2] Visualization Placement for Outdoor Augmented Data Tours
  • [H2] Drawing Connections: Designing Situated Links for Immersive Maps
  • [H2] Deimos: A Grammar of Dynamic Embodied Immersive Visualisation Morphs and Transitions
  • [H2] Tangible Globes for Data Visualisation in Augmented Reality
  • [H2] A Design Space For Data Visualisation Transformations Between 2D And 3D In Mixed-Reality Environments
  • [H2] Proxemic Maps for Immersive Visualisation
  • [H2] Virtual Ecology
  • [H2] Embodied gesture interaction for immersive maps
  • [H2] The MADE-Axis: a modular actuated device to embody the axis of a data dimension.
  • [H2] A Design Space Exploration of Worlds in Miniature
  • [H2] Maps Around Me: 3D Multiview Layouts in Immersive Spaces
  • [H2] Shared surfaces and spaces: collaborative data visualisation in a co-located immersive environment
  • [H2] Transitions between 2D choropleth map, 3D prism map and bar chart in immersive environments
  • [H2] Immersive Visualisation with Bar Graphics
  • [H2] Gesture Interaction for Maps in Augmented Reality
  • [H2] Immersive Flow Maps
  • [H2] Maps and Globes in Virtual Reality
  • [H2] Ambient Occlusion for Terrain Shading
  • [H2] Cartographic Relief Shading with Neural Networks
  • [H2] Elevation Models for Reproducible Evaluation of Terrain Representation
  • [H2] Terrain Generalisation for Maps
  • [H2] Supplementary Contour Lines
  • [H2] Natural-colour Maps
  • [H2] Coloured Relief Shading
  • [H2] Relief Shading
  • [H2] Illuminated Contour Lines
  • [H2] Rock and Scree Drawing
  • [H2] Spot Heights
  • [H2] Hypsometric Tinting
  • [H2] Look-From Camera Control for 3D Terrain Maps
  • [H2] Animated Relief Shearing
  • [H2] Plan Oblique Relief
  • [H2] 3D Natural Hazard Maps
  • [H2] Projections for 3D Maps
  • [H2] Quantitative Data Visualisation on Virtual Globes
  • [H2] Video Maps
  • [H2] Flow Maps
  • [H2] Color Oracle
  • [H2] Automatic Legends for Proportional Symbol Maps
  • [H2] Dot Maps
  • [H2] Altases for E-books
  • [H2] Game Devices
  • [H2] Equal Earth Map Projection
  • [H2] Adaptive Composite Map Projections
  • [H2] Selecting Map Projections
  • [H2] Flex Projector
  • [H2] New Map Projections for World Maps
  • [H2] MapAnalyst
  • [H2] Cartographic Heritage
  • [H3]
  • [H3]
  • [H3]
  • [H3]
  • [H3]
  • [H3]
  • [H3]
  • [H3] Transforming map geometry with proximity to the user
  • [H3] Exploring Australian landscape dynamics in virtual reality
  • [H3]
  • [H3] Immersive maps in which the user is closer to the data
  • [H3] Composable controller units with two actuated sliders and a rotary encoder for creating multi-dimensional visualisations in VR and AR.
  • [H3]
  • [H3]
  • [H3] An exploration of Immersive Multiview Maps in Virtual Reality
  • [H3]
  • [H3] Collaborative visualisation and analysis of multidimensional data in VR with FIESTA
  • [H3]
  • [H3] Tilt Map transitions from 2D choropleth maps to 3D prism maps to 2D bar charts
  • [H3]
  • [H3] Bar Charts and Maps with Bars for Immersive and Situated Visualisation
  • [H3]
  • [H3] Gestures for immersive maps
  • [H3]
  • [H3] Origin-Destination Flow Maps in Immersive Environments
  • [H3]
  • [H3] Mapping the world in VR
  • [H3]
  • [H3]
  • [H3] Replication of hand-drawn relief shading with U-Net neural networks
  • [H3]
  • [H3] Elevation models to promote, evaluate, and compare terrain representation techniques
  • [H3]
  • [H3] Simplifying terrain to better see it
  • [H3]
  • [H3] Automated creation of supplementary contours
  • [H3]
  • [H3] A hyperrealistic map style
  • [H3]
  • [H3] Modulating terrain colour with exposure to illumination
  • [H3]
  • [H3] Improving the perception of terrain on 2D maps
  • [H3]
  • [H3] Tanaka contours
  • [H3]
  • [H3] Swiss-style mountain mapping
  • [H3]
  • [H3] Elevations of peaks, saddles and depressions on topographic maps
  • [H3]
  • [H3] Showing elevation with colour
  • [H3]
  • [H3] Lightweight interactive camera control techniques for 3D terrain maps
  • [H3]
  • [H3] Enhancing terrain perception for interactive maps
  • [H3]
  • [H3] Seeing the third-dimension on flat maps
  • [H3]
  • [H3] Communicating natural hazards with 3D maps
  • [H3]
  • [H3] Manipulating terrain to increase its readability
  • [H3]
  • [H3]
  • [H3]
  • [H3] Extending web maps with video layers
  • [H3]
  • [H3] Design principles and algorithms for origin-destination flow maps
  • [H3]
  • [H3] Design for colour-deficient vision
  • [H3]
  • [H3]
  • [H3] Graduated dot maps: a new mapping technique
  • [H3]
  • [H3] Map design for tablet computers
  • [H3]
  • [H3] Navigating geovisualisation with gamepads
  • [H3]
  • [H3] A projection for world maps that does not distort area
  • [H3]
  • [H3] A replacement for the web Mercator projection
  • [H3]
  • [H3] Projection Wizard for choosing the best projection
  • [H3]
  • [H3] Designing custom map projections
  • [H3]
  • [H3] Balancing between areal and angular distortion
  • [H3]
  • [H3] Analysing distortion patterns in old and schematic maps
  • [H3]
  • [H3] Geometryic analysis for the history of cartography

Imagenes

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Enlaces en página

Hemos encontrado un total de 219 enlaces incluyendo 26 enlace(s) a ficheros

Ancla Tipo Jugo
- Interna Pasando Jugo
Immersive Geovisualisation Interna Pasando Jugo
2D Terrain Interna Pasando Jugo
3D Maps Interna Pasando Jugo
Map Design Interna Pasando Jugo
Map Projections Interna Pasando Jugo
Distortion Analysis Interna Pasando Jugo
Embodied Visualisation Lab Externo Pasando Jugo
Publications on Google Scholar Externo Pasando Jugo
Maps Interna Pasando Jugo
Software Interna Pasando Jugo
Globes Externo Pasando Jugo
Eduard Externo Pasando Jugo
Color Oracle Externo Pasando Jugo
MapAnalyst Externo Pasando Jugo
Pyramid Shader Externo Pasando Jugo
Flex Projector Externo Pasando Jugo
Scree Painter Externo Pasando Jugo
Flox Externo Pasando Jugo
Bali Digital Heritage Initiative Externo Pasando Jugo
3D Gaussian splatting for archival of Balinese temples from community-sourced videos. Externo Pasando Jugo
From diagrams to experience: Data visceralisation of ecosystem state-and-transition models in virtual reality Externo Pasando Jugo
ACM DIS'25 Teaser Externo Pasando Jugo
Visualization Placement for Outdoor Augmented Data Tours Externo Pasando Jugo
Drawing Connections: Designing Situated Links for Immersive Maps Externo Pasando Jugo
Deimos: A Grammar of Dynamic Embodied Immersive Visualisation Morphs and Transitions Externo Pasando Jugo
Tangible globes for data visualisation in augmented reality Externo Pasando Jugo
CHI'22 Presentation Externo Pasando Jugo
A design space for data visualisation transformations between 2D and 3D in mixed-reality environments Externo Pasando Jugo
CHI'22 Presentation Externo Pasando Jugo
Proxemic maps for immersive visualization Externo Pasando Jugo
10.1080/15230406.2021.2013946 Externo Pasando Jugo
project page Externo Pasando Jugo
360° video Externo Pasando Jugo
Immersive landscapes: Modelling ecosystem reference conditions in virtual reality Externo Pasando Jugo
Embodied gesture interaction for immersive maps Externo Pasando Jugo
10.1080/15230406.2021.1929492 Externo Pasando Jugo
The MADE-Axis: a modular actuated device to embody the axis of a data dimension Externo Pasando Jugo
10.1145/3488546 Externo Pasando Jugo
ISS 21 Presentation Externo Pasando Jugo
A design space exploration of worlds in miniature Externo Pasando Jugo
CHI 21 Presentation Externo Pasando Jugo
Maps around me: 3D multiview layouts in immersive spaces Externo Pasando Jugo
10.1145/3427329 Externo Pasando Jugo
Maps Around Me: 3D Multiview Layouts in Immersive Spaces Externo Pasando Jugo
Shared surfaces and spaces: collaborative data visualisation in a co-located immersive environment Externo Pasando Jugo
10.1109/TVCG.2020.3030450 Externo Pasando Jugo
Preview Externo Pasando Jugo
Tilt map: Interactive transitions between 2D choropleth map, 3D prism map and bar chart in immersive environments Externo Pasando Jugo
10.1109/TVCG.2020.3004137 Externo Pasando Jugo
Tilt Map demo video Externo Pasando Jugo
Immersive visualization with bar graphics Externo Pasando Jugo
10.1080/15230406.2020.1771771 Externo Pasando Jugo
Elicitation study investigating hand and foot gesture interaction for immersive maps in augmented reality Externo Pasando Jugo
10.1080/15230406.2019.1696232 Externo Pasando Jugo
Augmented reality map navigation with freehand gestures Externo Pasando Jugo
10.1109/VR.2019.8798340 Externo Pasando Jugo
VR 2019 Presentation Externo Pasando Jugo
Origin-destination flow maps in immersive environments Externo Pasando Jugo
10.1109/TVCG.2018.2865192 Externo Pasando Jugo
VIS Preview Externo Pasando Jugo
VIS Presentation Externo Pasando Jugo
Maps and Globes in Virtual Reality. Externo Pasando Jugo
10.1111/cgf.13431 Externo Pasando Jugo
Video Externo Pasando Jugo
EuroVis Preview Externo Pasando Jugo
Ambient occlusion for terrain shading Externo Pasando Jugo
Cartographic relief shading with neural networks Externo Pasando Jugo
10.1109/TVCG.2020.3030456 Externo Pasando Jugo
http://shadedrelief.com/SampleElevationModels/ Externo Pasando Jugo
Elevation models for reproducible evaluation of terrain representation Externo Pasando Jugo
10.1080/15230406.2020.1830856 Externo Pasando Jugo
terrain generalisation with line integral convolution Externo Pasando Jugo
Terrain Sculptor Externo Pasando Jugo
Terrain Equalizer Externo Pasando Jugo
10.1080/15230406.2020.1833762 Externo Pasando Jugo
Terrain generalisation Externo Pasando Jugo
Small-scale and multi-scale relief mapping Externo Pasando Jugo
Terrain generalization with multi-scale pyramids constrained by curvature Externo Pasando Jugo
Generalizing digital elevation models for small scale hypsometric tinting Externo Pasando Jugo
Automated reduction of visual complexity in small-scale relief shading Externo Pasando Jugo
Terrain Sculptor: Generalizing terrain models for relief shading Externo Pasando Jugo
Automated placement of supplementary contour lines Externo Pasando Jugo
ArcGIS Python toolbox for automated placement of supplementary contour lines Externo Pasando Jugo
Natural-color maps via automated coloring of bivariate grid data Externo Pasando Jugo
Challenges in adapting example-based texture synthesis for panoramic map creation: a case study Externo Pasando Jugo
Exploring transition textures for pseudo-natural maps Externo Pasando Jugo
Swiss-style colour relief shading modulated by elevation and by exposure to illumination Externo Pasando Jugo
Aerial perspective for shaded relief Externo Pasando Jugo
10.1080/15230406.2020.1813052 Externo Pasando Jugo
Improving the representation of major landforms in analytical relief shading Externo Pasando Jugo
An interactive approach to analytical relief shading Externo Pasando Jugo
www.reliefshading.com Externo Pasando Jugo
www.shadedreliefarchive.com Externo Pasando Jugo
Automated small-scale relief shading: a new method and software application. Externo Pasando Jugo
Cartographic Relief Presentation by Eduard Imhof Externo Pasando Jugo
Scree Painter Externo Pasando Jugo
Scree Painter Website Externo Pasando Jugo
Design principles for Swiss-style rock drawing Externo Pasando Jugo
Scree representation on topographic maps Externo Pasando Jugo
Digital rock and scree drawing in vector and raster mode Externo Pasando Jugo
A continuous scale-space method for the automated placement of spot heights on maps. Externo Pasando Jugo
Tom Patterson Externo Pasando Jugo
cross-blended hypsometric tinting Externo Pasando Jugo
The development and rationale of cross-blended hypsometric tints Externo Pasando Jugo
Automatic generation of hypsometric layers for small-scale maps Externo Pasando Jugo
Look-from camera control for 3D terrain maps Externo Pasando Jugo
SIG CHI 2019 Honorable Mention Externo Pasando Jugo
ElasticTerrain.xyz Externo Pasando Jugo
Lightweight relief shearing for enhanced terrain perception on interactive maps Externo Pasando Jugo
Study materials and additional information Externo Pasando Jugo
Best paper award Externo Pasando Jugo
Interactive shearing for terrain visualization: an expert study Externo Pasando Jugo
Plan Oblique Europe Interna Pasando Jugo
Introducing plan oblique relief Externo Pasando Jugo
Plan oblique relief for web maps Externo Pasando Jugo
Otto Betschmanns Aerovue-Karten Externo Pasando Jugo
English summary Externo Pasando Jugo
Charles Preppernau Externo Pasando Jugo
Three-dimensional versus conventional volcanic hazard maps Externo Pasando Jugo
Estimated travel time of mudflows at Mount Hood, Oregon Externo Pasando Jugo
Terrain Bender Externo Pasando Jugo
Mt. St. Helens Externo Pasando Jugo
Interactive design of 3D maps with progressive projection Externo Pasando Jugo
Interactive local terrain deformation inspired by hand-painted panoramas Externo Pasando Jugo
Creating panoramic strip format maps using interactive terrain deformation Externo Pasando Jugo
Bringing traditional panorama projections from the painter’s canvas to the digital realm Externo Pasando Jugo
Quantitative data visualisation on virtual globes Externo Pasando Jugo
A Year in the Life of Earth's CO₂ Externo Pasando Jugo
Interactive video maps: A Year in the Life of Earth’s CO₂ Externo Pasando Jugo
Journal of Maps Best Map Externo Pasando Jugo
Visualization Challenge Externo Pasando Jugo
CaGIS Map Design Competition Externo Pasando Jugo
Avenza Award for Electronic Mapping Highly Commended Externo Pasando Jugo
Migration in the United States, 2009–2013 Externo Pasando Jugo
Design principles for origin-destination flow maps Externo Pasando Jugo
Geoprocessing Tool for ArcGIS Pro Externo Pasando Jugo
Force-directed layout of origin-destination flow maps Externo Pasando Jugo
Automated layout of origin-destination flows: U.S. county-to-county migration 2009–2013 Externo Pasando Jugo
http://usmigrationflowmapper.com Externo Pasando Jugo
Journal of Maps Best Map Externo Pasando Jugo
Color design for the color vision impaired Externo Pasando Jugo
More information, paper and corrigendum Interna Pasando Jugo
©Atlas of Switzerland Externo Pasando Jugo
Automation and evaluation of graduated dot maps Externo Pasando Jugo
Point pattern synthesis Externo Pasando Jugo
Atlas of the Polar Regions Externo Pasando Jugo
Atlas of the Columbia River Basin Externo Pasando Jugo
Atlas of Infectious Diseases Externo Pasando Jugo
CaGIS David Woodward Award for Best Electronic Map 2016 Externo Pasando Jugo
NACIS Student Dynamic Map Competition 2015 Externo Pasando Jugo
Best of Show 2014 Externo Pasando Jugo
NACIS Student Dynamic Map Competition 2014 Externo Pasando Jugo
E-book atlases for tablet computers: The Atlas of the Columbia River Basin Externo Pasando Jugo
Modular Web-based Atlas Information Systems Externo Pasando Jugo
Cartography meets gaming: navigating globes, block diagrams and 2D maps with gamepads and joysticks Externo Pasando Jugo
Equal Earth Externo Pasando Jugo
Introducing the Equal Earth projection: NACIS 2018 presentation by Tom Patterson and Bojan Šavrič Externo Pasando Jugo
The Equal Earth map projection Externo Pasando Jugo
10.1080/13658816.2018.1504949 Externo Pasando Jugo
CNN Externo Pasando Jugo
New York Times Externo Pasando Jugo
Washington Post Externo Pasando Jugo
El País Externo Pasando Jugo
Le Monde Externo Pasando Jugo
Die Zeit Externo Pasando Jugo
Reuters Externo Pasando Jugo
The Guardian Externo Pasando Jugo
ArcUser Externo Pasando Jugo
Daily Mail Externo Pasando Jugo
New Scientist Externo Pasando Jugo
Popular Mechanics Externo Pasando Jugo
Newsweek Externo Pasando Jugo
Wikipedia Externo Pasando Jugo
many others > Externo Pasando Jugo
Free high-quality maps Externo Pasando Jugo
Tom Patterson Externo Pasando Jugo
A demo map with adaptive composite map projections Interna Pasando Jugo
Adaptive composite map projections Externo Pasando Jugo
A new pseudocylindrical equal-area projection for adaptive composite map projections Externo Pasando Jugo
A compromise aspect-adaptive cylindrical projection for world maps Externo Pasando Jugo
Automating the selection of standard parallels for conic map projections Externo Pasando Jugo
Enhancing adaptive composite map projections: Wagner transformation between the Lambert azimuthal and the transverse cylindrical equal-area projections Externo Pasando Jugo
Real-time raster projection for web maps Externo Pasando Jugo
Interactive video maps: A Year in the Life of Earth’s CO₂ Externo Pasando Jugo
Projection Wizard Externo Pasando Jugo
Bojan Šavrič Externo Pasando Jugo
Projection Wizard Externo Pasando Jugo
Projection Wizard – An online map projection selection tool. Externo Pasando Jugo
A guide to selecting map projections for world and hemisphere maps Externo Pasando Jugo
User preferences for world map projections Externo Pasando Jugo
Flex Projector Externo Pasando Jugo
Flex Projector—Interactive software for designing world map projections Externo Pasando Jugo
Graphical design of world map projections Externo Pasando Jugo
Blending world map projections with Externo Pasando Jugo
Combining world map projections Externo Pasando Jugo
Patterson Cylindrical Externo Pasando Jugo
https://bojansavric.projectionwizard.org/Hufnagel.html Externo Pasando Jugo
A polynomial equation for the Natural Earth projection Externo Pasando Jugo
The Natural Earth II world map projection Externo Pasando Jugo
Introducing the Patterson cylindrical projection Externo Pasando Jugo
A computational method for the Hufnagel pseudocylindric map projection family Externo Pasando Jugo
MapAnalyst Externo Pasando Jugo
reviewed Externo Pasando Jugo
study of old maps Externo Pasando Jugo
Studying cartographic heritage: analysis and visualization of geometric distortions Externo Pasando Jugo
Visualizing the planimetric accuracy of historical maps with MapAnalyst Externo Pasando Jugo
MapAnalyst - A digital tool for the analysis of the planimetric accuracy of historical maps Externo Pasando Jugo
New features in MapAnalyst Externo Pasando Jugo
Geometric distortion of schematic network maps Externo Pasando Jugo
A cartometric analysis of the terrain models of Joachim Eugen Müller (1752–1833) using non-contact 3D digitizing and visualization techniques Externo Pasando Jugo
MapAnalyst – Analyse und Visualisierung zur Genauigkeit der Mappa critica des Tobias Mayer (1750) Externo Pasando Jugo
Flox Externo Pasando Jugo
Color Oracle Externo Pasando Jugo
FlexProjector Externo Pasando Jugo
MapAnalyst Externo Pasando Jugo
Pyramid Shader Externo Pasando Jugo
Scree Painter Externo Pasando Jugo
bernie.jenny@monash.edu Interna Pasando Jugo

Palabras Clave SEO

Nube de Palabras Clave

mapanalyst old map distortion analysis maps jenny accuracy geometric historical

Consistencia de las Palabras Clave

Palabra Clave (Keyword) Contenido Título Palabras Claves (Keywords) Descripción Titulos
map 21
maps 13
mapanalyst 13
jenny 8
old 8

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Longitud : 16

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