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The technics of executing the smart facades

تقنيات تنفيذ الواجهات الذكية

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 Publication date 2016
and research's language is العربية
 Created by Shamra Editor




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In this research, we will retrace the types of the smart facades and the ways of its execution for the huge range in which they have occupied in modern constructions due to the accelerated development in the used technics to reach the functional, aesthetic ,beneficial of the construction.

References used
Michelle Addington and Daniel Schodek,2005-Smart materials and new technologies for architecture and design professions, Architectural press, UK
Russell fortmeyer,2014-kinetic architecture: designs for active envelopes, images publishing, UK
Terri meyerboake,2014-diagrid structres ,birkhauser ,Berlin
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الشبكة الذكية هي مفهوم تحديث الشبكة الكهربائية ؛ تضم الشبكة الذكية كل ما يتعلق بالنظام الكهربائي بين أي نقطة توليد وأي نقطة استهلاك. من خلال إضافة تقنيات Smart Grid , تصبح الشبكة أكثر مرونة وتفاعلية وقادرة على توفير تغذية راجعة في الوقت الفعلي.
With the increasing trend towards the adoption of the modern data of building technology in architecture represented by the so-called smart buildings in an exaggerated and sometimes concise manner governed by the reality of the architectural state of the target, the question arises between the extent of the inevitability of the application of these data and their long-term feasibility? And the extent of the realistic consensus dimension for its actual adoption and the move towards a smart architectural future with its inputs and outputs? Therefore, the research aims to highlight the intelligent buildings concept and direction to reach a qualitative understanding of the need to adopt them as a future direction for our local economy in an integrated manner can be directed and formulated in proportion to the possibility of maintaining an architectural safety distance through which can ensure positive change in the direction of the future.
This search aims to introduce the voronoi diagram, its history and its characteristics of space wayfinding, occupation analysis and space evolution. In addition to introducing the most important applications in architecture : urban planning , arch itectural design, landscape and even construction, and the benefits in terms of the effective and orderly division of the land and integration with nature and achieve tectonic. The search turns into studying the Voronoi diagram applications on facades by analyzing and comparing a range of contemporary architectural projects adopted Voronoi in designing facades, and is reached through the comparative study of Voronoi applications on facades to the standards in terms of function, form, construction and sustainability. Research concludes with a set of recommendations.
Most current neural machine translation models adopt a monotonic decoding order of either left-to-right or right-to-left. In this work, we propose a novel method that breaks up the limitation of these decoding orders, called Smart-Start decoding. Mor e specifically, our method first predicts a median word. It starts to decode the words on the right side of the median word and then generates words on the left. We evaluate the proposed Smart-Start decoding method on three datasets. Experimental results show that the proposed method can significantly outperform strong baseline models.
After that automation electrical power transfer stations towards to use intelligent electronic devices that are performing multiple functions : process protection, monitoring, control and use private companies manufacturers of equipment communicat ion protocols, so that need to build electrical smart grid that coordinate his parameters and support his devices. Search begins definition electrical smart grid and its importance, and includes the benefit of this electrical smart grid, the requirements and the careers then the specifications of electrical smart grid, at the end of the search: we compare between the electrical power transfer stations in electrical traditional grid and electrical smart grid.
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