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2008年1月18日 · Description. "The Chord project aims to build scalable, robust distributed systems using peer-to-peer ideas. The basis for much of our work is the Chord distributed hash lookup primitive. Chord is completely decentralized and symmetric, and can find data using only log (N) messages, where N is the number of nodes in the system. Chord's lookup ...
Description. John Robb: "One of the solutions to growing food during more frequent and severe droughts is to use aquaponics. Aquaponics is a gardening system that combines both fish farming and hydroponics. It very good system to use during a drought, since it uses much less water than traditional gardening (more on aquaponics automation and ...
2020年10月10日 · One Earth presents a novel biogeographical framework called Bioregions 2020, which builds upon the world’s 846 terrestrial ecoregional divisions (Dinerstein et al. 2017) to delineate 184 discreet bioregions. Two years in development, with input from an array of field scientists, conservation experts, and geographers, the Bioregions 2020 ...
Description. "Agri POD is a design and Sola Roof application created jointly by Richard Nelson, inventor and Bruce Edgar, Architect who have also collaborated for the conceptual development of the Vertical Greenhouse. The Agri POD is a modular building system that can serve for many kinds of building use; it is a product providing one ...
Bio. “Arran Gare is Associate Professor (Reader) in Philosophy and Cultural Inquiry at Swinburne University, and founder of the Joseph Needham Centre for Complex Processes Research. The focus of his research is transforming culture to create a global ecological civilization. He has published widely on environmental philosophy, process ...
2020年12月28日 · 3.1 In Phyles, Community precedes Enterprise. 3.2 Phyles are Transnational. 3.3 Phyles are marked by Abundance Logic. 3.4 Phyles are marked by interconnection. 3.5 Deliberation creates community and constitutes the 'politics' of the phyle. 4 Discussion. 4.1 A short definition of phyles.
2. Autopoiesis and Sympoiesis: "Autopoietic (self-producing) systems are autonomous units with self-defined boundaries that tend to be centrally controlled, homeostatic, and predictable. Sympoietic (collectively-producing) systems do not have self-defined spatial or temporal boundaries. Information and control are distributed among components.
