#Moneyhouse youtube series

For many cities they give one of the first geometrical surveys, linking precise parcels with identification numbers. The cadastres established during the first years of the 19th century cover a large part of Europe. This article presents a fully automatic pipeline to transform the Napoleonic Cadastres into an information system. DOI : 10.17645/up.v5i2.3133.Ī deep learning approach to Cadastral Computing Most of our future planning activities will use it as a way not only to have smooth access to the past but also to plan collectively shared scenarios for the future. On this 4D skeleton, information of cadastral maps, BIM data, or any other specific layers of a geographical information system can be easily articulated.

#Moneyhouse youtube series

The 4D world emerges as a series of sparse spatiotemporal zones that are progressively connected, forming a denser fabric of representations. Through the automatic recognition of “homologous points,” the photographic material gets connected in time and space, enabling the geometrical computation of hypothetical reconstructions accounting for a perpetually evolving reality. The technology that currently permits the advent of the 4D World through new articulations of dense photographic material combining aerial imagery, historic photo archives, huge video libraries, and crowd-sourced photo documentation precisely exploits this latent potential. The underlying assumption of the early large-scale photographic campaign was that image archives had deeper depths of latent knowledge still to be mined. It retraces how large-scale photographic surveys served to build the first 3D models of buildings, cities, and territories, how these models got shaped into physical and virtual globes, and how eventually the temporal dimension was introduced as an additional way for navigating not only through space but also through time. This commentary gives an overview of the history of the converging trends that have progressively shaped this concept.

The 4D Mirror World is considered to be the next planetary-scale information platform. Revue Histoire de l’art : Humanités numériques. If the Mirror World transforms access to knowledge for new generations, as the Web and Social Networks did in their time, it is our responsibility to understand and, if need be, bend its technological trajectory to make this new platform an environment for the critical knowledge of the past and the creative imagination of the future. The economic and cultural stakes of this third platform are immense.

It is a new giant computational object, opening the way to new research methods or even probably to a new type of science. The Mirror World, in its asymptotic form, presents a quasi-continuous representation of the world in motion, integrating, virtually, all photographic perspectives. In Europe, Asia and on the American continent, large companies and the best universities are working to build the infrastructures, to define their functionalities, to specify their logistics. The Mirror World is no longer an imaginary device, a mirage in a distant future, it is a reality under construction.