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Featured researches published by Matthew Howland.


Antiquity | 2016

Delphi4Delphi: first results of the digital archaeology initiative for ancient Delphi, Greece

Ioannis Liritzis; George Pavlidis; Spyros Vosynakis; Anestis Koutsoudis; Pantelis Volonakis; Nikos Petrochilos; Matthew Howland; Brady Liss; Thomas E. Levy

Digital media and learning initiatives for virtual collaborative environments are contributing to the definition of new (sub-)disciplines in archaeological and heritage sciences. New nomenclature and terminology is emerging such as cyber archaeology, cyber archaeometry, virtual worlds and augmented and immersive realities; and all of them are related to museums and cultural heritage—tangible, intangible or natural (Forte 2010; Liritzis et al. 2015).


Archive | 2017

Delphi4Delphi: Data Acquisition of Spatial Cultural Heritage Data for Ancient Delphi, Greece

Ioannis Liritzis; George Pavlidis; Spyros Vosinakis; Anestis Koutsoudis; Pantelis Volonakis; Matthew Howland; Brady Liss; Thomas E. Levy

For Digital Cultural Heritage, 3D modeling is an essential practice for the identification, monitoring, conservation, restoration, and enhancement of archaeological objects from artifacts to monuments. In this context 3D computer graphics can support archaeology and heritage policy, offering scholars a “sixth sense” for the understanding of the past, as it allows them to almost relive it. In addition, current trends for 3D video gaming (serious games) and scientific storytelling provide a variety of new approaches towards new, enhanced, and realistic experiences of the past. The research project “Digital Enterprise for Learning Practice of Heritage Initiative FOR Delphi” (Delphi4Delphi) targets most of these issues. In particular, it focuses on educational, research, and social implications of digital heritage, through the use of modern technologies such as digital optical documentation, geographical information systems and georeferencing, big data, video and interactive content production for education, virtual and augmented reality, cyber archaeometry, and Cyber-Archaeology. This chapter presents an overview of Delphi4Delphi in relation to the issues of acquisition, curation, and dissemination of spatial cultural heritage data.


Journal of Archaeological Science | 2018

Quantifying the effects of erosion on archaeological sites with low-altitude aerial photography, structure from motion, and GIS: A case study from southern Jordan

Matthew Howland; Ian W.N. Jones; Mohammad Najjar; Thomas E. Levy


2015 Digital Heritage | 2015

Digital archaeology field recording in the 4th dimension: ArchField C++ a 4D GIS for digital field work

Neil Smith; Matthew Howland; Thomas E. Levy


Journal of Archaeological Science: Reports | 2017

Testing Google Earth Engine for the automatic identification and vectorization of archaeological features: A case study from Faynan, Jordan

Brady Liss; Matthew Howland; Thomas E. Levy


2015 Digital Heritage | 2015

GIS-based mapping of archaeological sites with low-altitude aerial photography and structure from Motion: A case study from Southern Jordan

Matthew Howland; Brady Liss; Mohammad Najjar; Thomas E. Levy


Archive | 2014

THE ART OF IMPLEMENTING SFM FOR RECONSTRUCTION OF ARCHAEOLOGICAL SITES IN GREECE: PRELIMINARY APPLICATIONS OF CYBER-ARCHAEOLOGICAL RECORDING AT CORINTH

Thomas E. Levy; Matthew L. Vincent; Matthew Howland; Falko Kuester; Neil G. Smith


The 82nd Annual Meeting of the Society for American Archaeology | 2018

Digital Deforestation: DTM Generation with Agisoft Photoscan

Matthew Howland; Thomas E. Levy


The 82nd Annual Meeting of the Society for American Archaeology | 2018

Testing Google Earth Engine for Remote Sensing in Archaeology: Case Studies from Faynan, Jordan

Brady Liss; Matthew Howland; Thomas E. Levy


The 80th Annual Meeting of the Society for American Archaeology | 2015

Investigating the Social Dynamics of Iron Age Copper Production: Preliminary Results from New Excavations at Khirbat al-Jariya, Jordan

Matthew Howland; Brady Liss; Craig Smitheram; Mohammad Najjar; Thomas E. Levy

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Thomas E. Levy

University of California

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Brady Liss

University of California

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Falko Kuester

University of California

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Ian W.N. Jones

University of California

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