Dette er saken: 2 EU-prosjekt ledet av Høgskolen i Gjøvik hvordan skjedde det? Jon Yngve Hardeberg Professor i fargebildeteknologi, Fargelaboratoriet, Høgskolen i Gjøvik, jon.hardeberg@hig.no (styremedlem TEKNA Forskerne) Forskerforbundet, medlemsmøte, 12.2.2014, danskebåten Høgskolen i Gjøvik er blitt koordinator for et stort EU-prosjekt! Marie Curie Initial Training Network (ITN) Colour Printing 7.0: Next Generation Multi- Channel Printing (CP7.0) 4 år - 2011-2015 Cirka 2.16 MEUR, 17 MNOK fra EU They said it could not be done ITN er Marie Curies Champion s league Bare 9% av søknadene ble innvilget det året HiG er jo bare et lite regional college Bare 2 norske statlige høgskoler har tidligere hatt koordinatoransvar for EU-prosjekt Bare 2 ITN-prosjekt koordinert fra Norge før Agenda 3 Introduksjon Litt om selve prosjektet Litt om HiG og Fargelaboratoriet Colour Printing 7.0: Next Generation Multi-Channel l Printing Prof. Jon Y. Hardeberg, Project co-ordinator The Norwegian Colour and Visual Computing Laboratory Gjøvik University College, Gjøvik, Norway CP7.0: The facts 5 CP7.0: The group 6 Colour Printing 7.0: Next Generation Multi-Channel Printing http://www.cp70.org 4 year training and research project Coordinated by Gjøvik University College Funded by the EU, Marie Curie Actions Initial Training Network 2011-2015 Funding of 7 Early Stage Researchers (3 years) PhD students 2 Experienced Researchers (2 year) Postdocs Salary, Training events, conferences, mobility, management costs, etc. Appx 2.16 MEUR, 17 MNOK from the EU Consortium of 6 full partners Gjøvik University College, Norway Jon Y. Hardeberg (co-ordinator) Aditya Sole (project manager) Technische Universität Darmstadt, Germany Philipp Urban (now with Fraunhofer IGD) Voxvil AB, Sweden Ole Norberg University of the West of England Carinna Parraman Linköping University, Sweden Daniel Nyström Océ Print Logic Technologies, France Maria Ortiz And 6 associated partners Metso Board Sverige, MoRe Research Örnsköldsvik, Fraunhofer FOKUS, Mid Sweden University, The National Gallery (London), Clariant Producte GmbH 1
CP7.0: The vision We will take Colour Printing science and technology to its 7th Generation 1. 15th century in Europe (even earlier in China): Gutenberg s invention of movable type and the printing press 2. Intaglio, Screen printing, lithography were invented and popularised; 3. slowly colour printing became more common; 4. 19th century: rotary machines made much greater production volumes and efficiencies possible; 5. 20th century: printing became a large scale production process, 6. 20th century: digital printing 7. 21st century; TBD 7 CP7.0: The research training A new generation of printing scientists 7+2 world class researchers with hands-on experience Innovators who will change the printing business by taking scientific and technological leadership Will make a difference in the European graphic arts sector Training through research Training through education Training events and conferences PhD courses Secondments between partners International and inter-sector experience Industrial visits, networking Complimentary skills training Ethics, language, management, IPR, 8 CP7.0: The events 9 CP7.0: The research 10 6 targeted 1-2 week Training Events TE1: Colour Imaging and Printing: GUC, fall 2012 TE2: Paper Properties: MIUN, winter 2013 TE3: Digital Halftoning: LIU, spring 2013 TE4: Traditional and spectral printing workflow: TUD, fall 2013 TE5: Multi-colour printing: UWE, spring 2014 TE6: Color and image processing: OCE, fall 2014 Special Sessions at international conferences Rond 2013, Örnsköldsvik Electronic Imaging 2014, San Francisco Joint session between Color Imaging XIX and Measuring, Modeling, and Reproducing Material Appearance (MMRMA) 13 oral talks + demonstration table Colour and Visual Computing Symposium 2015, Gjøvik Challenges and opportunities of printing with more than 4 printing channels Four research sub-programmes Spectral modeling of the printer/paper/ink combination Spectral gamut prediction and gamut mapping The effect of paper optical and surface properties on the colour reproduction of multi-channel devices Optimal halftoning algorithms and tonal reproduction characteristics of multi-channel printing Other key topics Real applications such as proofing and art reproduction Quality evaluation Spectral colour management and workflow Fluorescence, gloss, surface structure Flexibility custom ink selection/design Displays softproofing Secure printing Observer and illuminant metamerism 2.5D/relief printing 11 12 Illustration courtesy Phillip Urban Illustration courtesy Phillip Urban 2
CP7.0: 2.5D printing 13. CP7.0: Meet the new generation 14 Physical surface texture by piling up ink on desired locations, giving control over: surface colour surface texture gloss variations Key appearance factors Océ/Canon Atiq Radovan Steven Teun Srikrishna Paula Sepideh Melissa Ludovic Gjøvik University College Established 1994 Ca 3000 students (+75% in 5 years) Ca 300 employees Ca 30 nationalities represented 100+ collaboration agreements with foreign universities 3 Faculties Faculty of Health, Care, and Nursing Faculty of Technology, Economy, and Management Faculty of Computer Science and Media Technology (IMT) Most EU funding among UCs Most research for the money http://www.hig.no/ 15 The Norwegian Colour and Visual Computing Laboratory Well equipped laboratory facilites Colour and spectral measurement, Colour management software, viewing booths, image acquisition and reproduction devices, etc. >200m2 Research group at Faculty of Computer Science and Media Technology at GUC 5 permanent faculty members 8 temporary, visiting, and adjunct faculty 18 PhD students Established at GUC in 2001 to serve the graphic arts industry s need for colour management Fundamental and applied research in Digital Colour Imaging Very strong international, national, and regional network; collaboration with industry and academia Education from Bachelor to PhD http://www.colourlab.no 16 CIMET 17 Colourlab Research Overview 18 Erasmus Mundus Master program Collaborative effort supported by the EU Bringing together the best European forces to attract the best brains to Europe University of Saint-Etienne (France), the University of Granada (Spain), the University i of Joensuu (Finland), and dgjøvik University i College (Norway) Sample of courses Color Science, Image Processing, Algorithms, Data analysis, Optics and photonics, Advanced colorimetry, Video processing, Compression, Pattern Recognition, Spectral Imaging, http://www.master-erasmusmundus-color.eu/ Prestigeous for institutions and students Large number of applications every year Continuation in Erasmus+? Graphic arts industry Color management Print quality evaluation PSO color certification Secure printing Media technology industry Display technology Movie production Photo management Redeye correction Computer vision Bottle recycling automata Coffee bean sorting Multispectral color imaging Acquisition Reproduction Image quality and image difference Metrics Psychophysical experiments Colour and perception Cross-media colour reproduction Appearance measurement Media learning Video surveillance Cultural heritage/museum imaging Medical imaging Video guided surgery 3
19 20 Satsing på forskning, kompetansebygging og internasjonal nettverksbygging gjennom 10+ år Det er ikke bare Mustad og Øveraasen fra Gjøvik som kan være ledende internasjonalt Støtte fra HiGs ledelse Takk til PIU Forskningsrådet særlig flere SHP-prosjekt Prøve, og prøve igjen! ITN-søknad i forrige runde (2010) Vi bestemte oss for å prøve ca to uker før søknadsfristen Katastrofalt dårlig evaluering: 44.80/100 Ting tar tid! Administrativ støtte Prosjektlederansvar for søknadsprosessen Full (og over-) tid Kompetanse og/eller tid fantes ikke i fellesadministrasjonen eller på avdelingen Vi (mis)brukte vår indiske laboratorieingeniør Aditya Sole Ingen erfaring med søknadsskriving eller prosjektledelse, men nøyaktig, og god kjennskap til faget 21 22 Nøye fokus på evalueringskriterier Science & Training Quality (30%), Training (30%), Implementation (20%), Impact (20%) [Forskjellig for forskjellige prosjekttyper] Pass på at ingen punkt og underpunkt er glemt Organiser søknaden mht evalueringskriterier Gjør det lett for evaluatorene Fokus på training og mobilitet mer enn på selve forskningen Marie Curie Evaluatorene sannsynligvis ikke fra ditt spesialfelt Bruk tid på å få et enhetlig prosjekt Riktige partnere Spesifikke roller Søk hjelp! Kurs/seminar og direkte oppfølging NFR Per Magnus Kommandantvold Ekstern konsulenthjelp Yellow Research (Amsterdam) PES Internasjonal, engelskspråklig Professor II Phil Green, ex. University of the Arts, London Resultat: Evaluering: 94.20/100 (mer enn doblet fra 2010 ) Veien videre 23 Blod på tann 24 Levere varene Konsortiumavtale, IPR, pengefordeling, rekruttering, felles verktøy (Basecamp, ) Training Events Rapportering til EU Fokus på doktorgradsstudentene Ikke bli oppspist Bruke prosjektet for alt det er verdt internt og eksternt til videre utvikling og vekst RBO-midler? Nye søknader November 2012 Marie Curie ITN - European Industrial Doctorate HiG og Océ/Canon Ingen suksess April 2014 Marie Curie ITN-ETN med CP7.0 konsortium Marie Curie ITN-EID med europeisk industribedrift Marie Curie ITN-EJD med annet konsortium COST Action - COSCH EEA/Norway Grants Norges Forskningsråd SHP++ Regionalt Forskningsfond Innlandet 4
Spørsmål/diskusjon? 25 E-post: jon.hardeberg@hig.no Web: http://www.hig.no http://www.colourlab.no http://www.cp70.org Thanks to: Aditya Sole CP7.0 prosjektpartnere Kolleger ved fargelaboratoriet 5