ApPEARS – Appearance Printing European Advanced Research School

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ApPEARS

Appearance Printing
Advanced European Research School

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2

Countries

8

Beneficiaries

8

Partners

6

ESRs

15

Meet our Early Stage Researchers (ESRs)

Latest News

Jon Hardeberg (NTNU) and Philipp Urban (FHG) are invited to talk at the online London Imaging Meeting 2020
UWE Bristol project to create lifelike organ simulators using 3D printing
Vacant Position as Early Stage Researcher
CIE online tutorials on Colorimetry and Visual Appearance
ApPEARS Training Event Norway
Colours of Paris
Colour and Visual computing symposium, coming on 2020!
ApPEARS School Norway 2020!
Presentation at ColourLunch
Poster presentation at the GDR-APPAMAT workshop

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Today, Alina Pranovich presented her resent work w

Today, Alina Pranovich presented her resent work within the ApPEARS project at the Colour and Visual Computing Symposium (CVCS 2020) 👏👌
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#appearsitn #msca #h2020 #researchimpacteu #linkopinguniversity #cvcs2020

Finally, PhD fellow Dipanjana Saha is back to her

Finally, PhD fellow Dipanjana Saha is back to her second home after three months! Though very irregular schedule, she can start her work at least, which is a big relief! 😅

She is setting up the micro-goniospectrophotometer for measurement of material appearance (BRDF) at micron to cm scale. Currently she is building the optical set-up which will provide the illuminating beam of micron order and this system will be integrated with our CONDOR facility (gonio-spectrophotometer) to measure the BRDF. They will measure different optical parameters and compare them with visual perception 👏👏
#msca #ResearchImpactEU #h2020 #appearsitn

Can you say of which color is this beautiful Jagua

Can you say of which color is this beautiful Jaguar? 🎨 Yellow, green, or blue? 🤔 Different colors in different angles? That’s right! 😎 Every object ApPEARS different in different angles and under various conditions, and it makes it difficult to communicate total appearance of materials. In the ESR1’s project, we aim to develop a device to physically measure and model appearance of surfaces in all the possible angles. It enables a complete characterization of the surface and easier appearance communication. The initial application is 2.5D print technology but the device can be used in any related work.
#MSCA #ResearchImpactEU #H2020 #appearsitn

One of our Early Stage Researchers has finished th

One of our Early Stage Researchers has finished the designing stage of 2.5D prints🤩👏. 2.5D prints have a surface elevation in comparison with 2D prints and the elevation adds complexity into the design and printing aspects of 2.5D prints. Various designs are prepared and ready for quality assessment of 2.5D prints 🧐
#msca #researchimpacteu #h2020 #appearsitn #3dprinting

In this picture you can see the happiness of who j

In this picture you can see the happiness of who just handed in the lab journal of the course “Physically Based Rendering and Material Appearance Modelling” 😅🤩 This course is a milestone to effectively understand how computer vision can be fundamental to 3D print the appearance (I really like the words 3D printing the Appearance😎).

In ESR 15 Riccardo Tonello's project, in particular, rendering techniques are important to improve the control of the projectors and the 3D reconstruction of the image before and during the printing process.
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#msca #ResearchImpactEU #h2020 #appearsitn #3dprinting

Research can also be conducted at home during lock

Research can also be conducted at home during lockdown! 🧐 Marine Shao (ESR12) is exploring how 3D technology can be used to improve surgical training by creating organ simulations which look and feel like real body parts. 3D printing of moulds allows the use of a broad range of soft materials able mimic the texture of organs. The moulds are created by digitally subtracting the organ model volume obtained by medical imaging from a larger rectangular volume using CAD software 👏
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#msca #researchimpacteu #H2020 #appearsitn #3dprinting

Throwback to Training School Norway in February wh

Throwback to Training School Norway in February when our researchers designed psychophysical experiments👩‍🔬Dealing with data and interpreting the results based on observations challenged their creativity and knowledge 🤔📚 - despite a setup with limited sources, they came up with very interesting observations 🧐👨‍🏫. 📸: @paulineha #msca #researchimpacteu #h2020 #appearsitn

Do robots paint? One of the aims of ApPEARS proje

Do robots paint?
One of the aims of ApPEARS projects is to develop methods and inks for 2.5D printing.
#robot #arm #brushstrokes #art #reproduction #design #science #color #ink

#printing #2.5dprinting #art #design #visual #expe

#printing #2.5dprinting #art #design #visual #experience #texture #pattern #colour #science #design #3dprinting #gold

How do we perceive ? #vision #appearance of artw

How do we perceive ?

#vision #appearance of artworks
#painting #art #texture #colour #replica #facsimile #landscape #science #relief #museum #applications

Meet John and Marta. "They are manikins but they s

Meet John and Marta.
"They are manikins but they suppose to be superstars because they pose for photos all the day" - ESR
#superstars #manekins #robots #IA #research #3Dprinting #scifi #appearsproject #star #male #female #color

Great time @ C2RMF #appearsitn #H2020 #Paris #C2RM

Great time @ C2RMF #appearsitn #H2020 #Paris #C2RMF

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No. 814158.

Norwegian University of Science & Technology
The Norwegian Colour and Visual Computing Laboratory
Department of Computer Science
Teknologivegen 22, 2815 Gjøvik, Norway

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