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In a VR model all parts of a scene has to be digitally constructed, which requires extensive work for the making of the model and highly specified and expensive hardware for the regeneration of them. Orientation in a VR model is not intuitive, the feeling of presence is hard to achieve and the problem of scale is still not solved in screen based systems. That is, even though one moves through digital models that closely resembles a reality, it is experienced as a scale model on a screen. Advantage with VR-models is that they can be easily shared and distributed.
Augmented Reality is a further development of the technology and is understood as a combination of digital models and the physical world. An AR system generates a composite view with a combination of a virtual model or scene and the physical, real life setting in which the viewer is located. The technology has until recently been expensive, resource demanding and requiring advanced knowledge in the field. Due to these factors the use has been limited mainly to military use, medical research and other highly specialised applications
Page 1 and 2: AR in architectural and urban plann
Page 3 and 4: Architectural practice Urban planni
Page 5: Current representation of the man-m
Page 9: Sensorama Simulator, US Patent #3,0
Page 15 and 16: example 1: Augmented Urban Planning
Page 17 and 18: aho and ife
Page 19 and 20: aho and ife AR projects: (syn)aesth
Page 21 and 22: proof of concept 2 halvor høgset:
Page 23 and 24: ar-lab, norway contributions: ife h

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