Academic literature on the topic 'Edificio intelligente'

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Journal articles on the topic "Edificio intelligente"

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Fattorini, Gabriele. "Pio II, Pienza e la descrizione di una città intelligente: un'ecfrasi senza retorica." Quaderns d’Italià 26 (December 3, 2021): 37–58. http://dx.doi.org/10.5565/rev/qdi.519.

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Ripercorrendo la lunga e ben nota ecfrasi che Pio II dedicò a Pienza nei Commentarii, il contributo intende evidenziare che Enea Silvio Piccolomini progettò e mise in atto - tramite Bernardo Rossellino - un progetto di città in carne e ossa estremamente razionale, che egli seppe finanziare e costruire mattone per mattone, pietra per pietra, edificio per edificio; una città che innalzò a centro di una nuova diocesi e descrisse senza alcuna retorica. Più che il sogno umanistico di una città “ideale” - come di norma si usa dire - Pienza può dunque apparire come un modello pragmatico e virtuoso di grande attualità, particolarmente a fronte delle elaborazioni troppo spesso fumose e tutte concettuali sul tema della “smart city” che tanta fortuna tendono a riscuotere nella società contemporanea.
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Villareal, Henry, Leydy Zamora, Gabriela Sánchez, Ricardo Quezada, and Jim Vigo. "Intelligent building for the computer labs of the San Pedro University." Conocimiento para el Desarrollo 10, no. 1 (June 29, 2019): 131–35. http://dx.doi.org/10.17268/cpd.2019.01.20.

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Novak-Marcincin, Jozef, Adrian Nicolescu, and Mirela Teodorescu. "Information from Theory towards Science." International Letters of Social and Humanistic Sciences 45 (January 2015): 1–7. http://dx.doi.org/10.18052/www.scipress.com/ilshs.45.1.

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Information from Theory towards Science, the professor Stefan Vlăduţescu’s book from University of Craiova, is a confirmation of high intelligence level and propensity of author’s cognition. From various semiotic materials (words, images, gestures, drawings, etc.), following certain principles, under different procedures (operations, actions, movements, maneuvers, mechanisms, strategies) using means (languages​​, codes, subcodes) and specific tools (knowledge, concepts, categories) adapted aim between earth (with autocorrection by feedback) and firmament (as anticipation by feed-forward) rises an imposing edifice, a cognitive construction: this is information. It has systemic and procedural character and is organized on four coordinates: metric, semantic, structural and pragmatic.
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Brennan, Timothy. "EDWARD SAID AND COMPARATIVE LITERATURE." Journal of Palestine Studies 33, no. 3 (2004): 23–37. http://dx.doi.org/10.1525/jps.2004.33.3.023.

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Between 1969 and 1979, Edward Said redefined American comparative literature, coining phrases, supplying a new critical pantheon (Vico, Schwab), and, above all, devising a method. Falling between generations and facing two different kinds of continental èèmigrèè——one philological, the other textualist——Said outmaneuvered the latter by reinterpreting the former. In a two-pronged move, he unleashed an arsenal of arguments against both new critical formalism and its latter-day avatars in ““theory.”” With these arguments, his authority was penetrating and atmospherically felt as he chipped away at the edifice of traditional comparative literature by emphasizing the situatedness of form and the transitive intelligence of humanist intellectuals.
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Ruiz Gorrindo, Felix, Pau Martí Colom, and Ariadna Llorens Garcia. "Análisis coste-beneficio de las estructuras inteligentes = Cost-benefit analysis of intelligent structures." Anales de Edificación 4, no. 2 (September 10, 2018): 9. http://dx.doi.org/10.20868/ade.2018.3773.

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Resumen Definimos estructura inteligente como aquella estructura dotada de unos sensores (en especial continuos y de fibra óptica), de manera que es capaz de transmitir datos de interés sobre su estado de salud (deformaciones, fisuraciones, oxidaciones, etc.). Esta tecnología puede facilitar el mantenimiento preventivo de los edificios y la gestión de su salud estructural. Por ello, un aspecto de interés necesario a analizar para saber si la tecnología es aplicable o no, es evaluar su rentabilidad. Así, el objeto de este artículo es realizar un análisis coste-beneficio de las estructuras inteligentes, estudiando por un lado cuál es el incremento de coste inicial que supone la implementación de la propuesta, y por otro lado evaluar cuál es el ahorro de dinero a lo largo del tiempo que supone la aplicación de la misma, lo que permite establecer el periodo de retorno de la inversión inicial, y a partir de qué momento se pueden esperar beneficios netos. Abstract Smart structure is defined as that structure equipped with sensors (especially continuous and composed of fiber optic), so that it is capable of transmitting data of interest about its state of health (deformations, cracks, oxidations, etc.). This technology can facilitate the preventive maintenance of buildings and the management of their structural health. Therefore, an aspect of interest necessary to analyze in order to know if the technology is applicable or not, is to evaluate its profitability. Thus, the objective of this article is to perform a cost-benefit analysis of smart structures, studying on the one hand which is the initial cost increase involved in the implementation of the proposal, and on the other hand to evaluate which is the saving of money to over the time that the application of it represents, what allows to establish the payback period of the initial investment, and from which moment you can expect net benefits.
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Maria Grazia Ortoleva. "ARTIFICIAL INTELLIGENCE: A «DANGEROUS» TOOL IN THE HANDS OF THE ITALIAN TAX ADMINISTRATION FOR FIGHTING THE ABUSIVE EXPLOITATION OF TAX RELIEF: Inteligencia artificial: una herramienta «peligrosa» en manos de la administración fiscal italiana para luchar contra la explotación abusiva de las deducciones fiscales." Revista Técnica Tributaria 4, no. 139 (February 2, 2023): 175–96. http://dx.doi.org/10.48297/rtt.v4i139.2329.

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El uso de la IA está provocando, también en Italia, una metamorfosis de la relación entre el contribuyente y la Administración tributaria tanto en la fase de aplicación de los impuestos (por ejemplo, los borradores del impuesto sobre la renta y del IVA) como en los procesos de verificación y control. Este cambio, si no se «gobierna» adecuadamente, podría sin embargo tener un alto coste en términos de vulneración de algunos derechos fundamentales de los contribuyentes, sobre todo cuando se «confía» a sistemas de inteligencia artificial la adopción de decisiones que tienen efectos inmediatos sobre la situación jurídica de los destinatarios. Esta es la característica que distingue a la medida introducida por el legislador italiano para atajar el fraude perpetrado a través de la transferencia de créditos fiscales por intervenciones destinadas a mejorar la eficiencia energética de los edificios y que es objeto de investigación en este trabajo.
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Malizia, Matilde, and Pablo Paolasso. "Countries y barrios privados en Yerba Buena, Gran San Miguel de Tucumán, Argentina: nuevas formas de expansión urbana / Countries and Private Neighborhoods in Yerba Buena, Gran San Miguel de Tucumán, Argentina: New Forms of Urban Expansion." Estudios Demográficos y Urbanos 24, no. 3 (September 1, 2009): 583. http://dx.doi.org/10.24201/edu.v24i3.1329.

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Las metrópolis latinoamericanas han experimentado el surgimiento de nuevas formas de apropiación del espacio urbano. Aparecen en el espacio la construcción de edificios inteligentes, urbanizaciones cerradas y proyectos de elitización residencial. Si bien estos elementos se estudiaron para caracterizar las grandes metrópolis, es poco lo que se conoce respecto a las ciudades intermedias.En este estudio se examina si los caracteres desarrollados para definir el avance de las urbanizaciones cerradas en las grandes metrópolis pueden adaptarse al análisis de una ciudad intermedia como el Gran San Miguel de Tucumán (Argentina). Dada su dotación de infraestructura y servicios, esta ciudad es la más importante del noroeste de Argentina y a menudo funciona como capital regional. AbstractLatin American metropolises have experienced the emergence of new forms of appropriation of urban space. This space has witnessed the construction of intelligent buildings, closed urbanizations and residential elitization projects. Although these elements were studied to characterize large metropolises, little is known about intermediate cities.This study examines whether the characters developed to define the advance of gated communities in large metropolises can adapt to the analysis of an intermediate city such as Gran San Miguel de Tucumán (Argentina) Its supply of infrastructure and services makes this the most important city in the northeast of Argentina and it often functions as a regional capital.
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Tripathi, Manorama. "Integrity in Education and Research." DESIDOC Journal of Library & Information Technology 39, no. 2 (March 11, 2019): 57–59. http://dx.doi.org/10.14429/djlit.39.2.14215.

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Universities and higher educational institutions, in the country or across the globe create new knowledge through their study of the existing ecosystems along with the constraints and challenges that lie therein. The most crucial tool in the box towards solving these gaping issues happens to be academic research. The knowledge generated at these epicentres address the problems, related to health, climate change, sustainability among many others. The findings of the research offer substantial breakthroughs to enhance the living standards of the people, better utilization of the limited resources and preservation of the planet. With the changing and ever-growing role of the institutions of higher learning and universities in particular research has become all the more crucial. There is hardly any domain where universities and the scholars don’t have a role to play. With spectacularly arrayed disciplines coming under the ambit of education, the researchers have a ringside view of the world problems. If we pick up any instance of authorities dealing with contemporary issues, we are sure to find a few academics in the core team. Academics and particularly the hard research has emerged as the new go-to guy. With so much riding on the research, any dilution of its sanctity would bring down the entire edifice of progress and development. Any laxity on the rigorous methodologies or standards procedures may prove very catastrophic for all the stakeholders and the community as a whole. Sadly it has been observed worldwide that researchers often indulge in misconduct while pursuing their education and research enterprises. Misconduct refers to a gamut of wrong practices like plagiarizing, fabricating or falsifying data, manipulating images or pictures to substantiate their finding; reporting selectively to support their research objectives. The menace of gift and ghost authorship is also prevalent across academic and research intelligence. Any of this dilutes the quality of research and questions the authenticity of the resulting knowledge.
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García Sánchez, Carmen. "Building an architectural model linked to Nature: A new teaching and learning strategy = Construcción de un modelo arquitectónico vinculado a la Naturaleza: Una nueva estrategia de docencia y aprendizaje." Advances in Building Education 4, no. 1 (June 8, 2020): 73. http://dx.doi.org/10.20868/abe.2020.1.4417.

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AbstractInnovative teaching and learning methodologies challenge conventional architectural design education for improved students´ creativity, knowledge, skills and competences. These new strategies can improve students´ engagement, motivation, and attainment, but they also demand a teaching team´s great effort and are linked to a set of difficulties. This article analyses and unfolds the keys of an innovative teaching project proposal conceived as a workshop, which promotes Nature´s interaction with the architecture of the future. The proposal has been devised and planned by me to be developed as a lecturer and postdoctoral researcher, at an Architecture Research and Educational Institution. The project, where the classroom is understood as an architectural laboratory in which the meeting between the subjects Architectural Design and Building Construction takes place, integrates a variety of innovative education methodologies: Gamification, Flipped Classroom, Learning Based on Challenges, Design Thinking and Collective Intelligence. Through it, architecture students are able to improve their creativity and achieve diverse knowledge, strengths and complementary skills. This offers resources for innovative teaching good practice and implementation, to facilitate innovation at the classroom level. It presents tools to overcome the challenges facing innovative learning models in Architecture education. Above all, it aims to foster innovation in architectural design education by empowering and inspiring teachers and other education staff to use innovative teaching methods while sharing best practices and experiences.ResumenLas metodologías innovadoras de educación y aprendizaje desafían la educación convencional del diseño arquitectónico para mejorar la creatividad, el conocimiento, las habilidades y las competencias de los estudiantes de arquitectura. Estas nuevas estrategias pueden mejorar el compromiso, la motivación y los resultados de los estudiantes, además de lograr la permanencia en el tiempo de lo aprendido. Sin embargo, exigen un gran esfuerzo por parte del equipo docente e implican un conjunto de dificultades. Este artículo analiza y revela las claves de una propuesta de proyecto de innovación educativa concebido como taller, que promueve la interacción con la Naturaleza de las arquitecturas del futuro. La misma ha sido ideada por mí para ser desarrollada como profesora e investigadora postdoctoral en una Institución de Educación e Investigación de la Arquitectura. El proyecto, donde el aula se entiende como un laboratorio arquitectónico lugar de encuentro entre las asignaturas de Diseño Arquitectónico y Construcción de Edificios, integra una variedad de metodologías educativas innovadoras: Gamificación, Aula Invertida, Aprendizaje Basado en Retos, Pensamiento de Diseño e Inteligencia Colectiva. A través de él los estudiantes de arquitectura son capaces de mejorar su creatividad y adquirir diversos conocimientos, fortalezas y habilidades complementarias. Este ofrece recursos para la buena práctica e implementación de la innovación educativa, para facilitar la innovación a nivel del aula. Presenta herramientas para superar los desafíos que enfrentan los modelos de aprendizaje innovadores en la educación de Arquitectura. Pero sobre todo fomenta la innovación en la educación del diseño arquitectónico al empoderar e inspirar a los profesores y otros miembros del personal educativo, para que utilicen métodos de enseñanza innovadora mientras comparten su mejor praxis y experiencia.
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García Sánchez, Carmen. "Diseño Arquitectónico de una Edificación Conectada con la Naturaleza: Un Proyecto Innovador de Educación y Aprendizaje = Architectural Design of a Building Connected with Nature: An Innovative Project of Education and Learning." Advances in Building Education 5, no. 1 (April 16, 2021): 39. http://dx.doi.org/10.20868/abe.2021.1.4568.

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Este artículo analiza y revela las claves de una propuesta de proyecto de innovación educativa, ideada y planeada por mí para ser desarrollada, como profesora e investigadora postdoctoral, en la Escuela de Arquitectura integrada en la Royal Danish Academy of Fine Arts de Copenhague (KADK), en el Instituto de Arquitectura y Diseño (IAD). El proyecto, donde el aula se concibe como un laboratorio de arquitectura lugar de encuentro entre las asignaturas de Diseño Arquitectónico y Construcción de Edificios, integra una variedad de metodologías educativas innovadoras: Gamificación, Aula Invertida (Flipped Classroom), Aprendizaje Basado en Retos, Pensamiento de Diseño (Design Thinking), Inteligencia Colectiva, etc… A través de él, los estudiantes de arquitectura son capaces de mejorar su creatividad y adquirir diversos conocimientos, fortalezas y habilidades complementarias, entre ellas: La creación de un espacio privado, la reflexión sobre la idea de habitar; la exploración del diseño arquitectónico conectado con la naturaleza; nociones acerca de diseño sostenible y reciclaje; la progresión de su pensamiento crítico y creativo; el desarrollo de sus habilidades de comunicación gráfica, escrita y oral; la activación de su pensamiento independiente y original; y la mejora de sus habilidades de liderazgo y organización, co-diseño, gestión del tiempo, habilidades de resolución de conflictos/problemas y toma de decisiones. El artículo ofrece recursos para la buena práctica e implementación de la innovación educativa, y, por lo tanto, para facilitar la innovación a nivel del aula. Facilita herramientas para superar los desafíos que enfrentan los modelos de aprendizaje innovadores en la educación de Arquitectura. Pero sobre todo tiene como objetivo fomentar la innovación en la educación del diseño arquitectónico al empoderar e inspirar a los profesores y otros miembros del personal educativo para que utilicen métodos de enseñanza innovadora, mientras comparten su mejor praxis y experiencia con sus colegas.AbstractThis article analyzes and reveals the keys to an educational innovation project proposal, conceived and planned by me to be developed, as a professor and postdoctoral researcher, at the Integrated School of Architecture at the Royal Danish Academy of Fine Arts in Copenhagen (KADK) , at the Institute of Architecture and Design (IAD). The project, where the classroom is conceived as an architecture laboratory, a meeting place between the subjects of Architectural Design and Building Construction, integrates a variety of innovative educational methodologies: Gamification, Flipped Classroom, Challenge-Based Learning, Thinking of Design (Design Thinking), Collective Intelligence, etc ... Through it, architecture students are able to improve their creativity and acquire various knowledge, strengths and complementary skills, including: The creation of a private space, reflection on the idea of inhabiting; the exploration of architectural design connected with nature; notions about sustainable design and recycling; the progression of your critical and creative thinking; the development of your graphic, written and oral communication skills; the activation of your independent and original thinking; and improving your leadership and organization skills, co-design, time management, conflict / problem solving skills, and decision making. The article offers resources for good practice and implementation of educational innovation, and therefore to facilitate innovation at the classroom level. It provides tools to overcome the challenges faced by innovative learning models in Architecture education. But above all it aims to foster innovation in architectural design education by empowering and inspiring teachers and other educational staff to use innovative teaching methods, while sharing their best practice and experience with their colleagues
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Dissertations / Theses on the topic "Edificio intelligente"

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Cimmino, Maria Chiara. "Ottimizzazione energetica degli edifici esistenti: lo sviluppo di schermature solari intelligenti e innovative in tecnologia tensegrity." Doctoral thesis, Universita degli studi di Salerno, 2017. http://hdl.handle.net/10556/3176.

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2015 - 2016
Sustainable building is one area where innovation is constantly being challenged. Innovation means offering something new or changing what exists in order to achieve new results. At present the hardest goal is transforming the current situation where the construction sector has the highest fossil fuel consumption, is the largest producer of non-reusable waste and the biggest polluter. In fact, the environmental impact of building design and construction is enormous: in Europe buildings are responsible, directly or indirectly, for approximately 40% of total primary energy consumption and for around 36% of CO2 total emissions. Sustainability criteria can minimize or eliminate negative environmental impacts through a conscious choice of design and constructive practices better than those commonly in use. This design approach allows a reduction in operating costs, an increase in market value and users' productivity. ... [edited by Author]
XXIX ciclo
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Corsetti, Mauro. "Mediabuilding2. L'evoluzione degli edifici multimediali conseguente all'avanzamento delle modalità di informazione, gestione e controllo attraverso i sistemi tecnologici avanzati." Doctoral thesis, La Sapienza, 2006. http://hdl.handle.net/11573/917208.

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Gomazako, Marcone Susumo. "Conservação de energia em edificios comerciais atraves da implementação de dispositivos de automação." [s.n.], 2007. http://repositorio.unicamp.br/jspui/handle/REPOSIP/258228.

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Orientador: Carlos Alberto Mariotoni
Tese (doutorado) - Universidade Estadual de Campinas, Faculdade de Engenharia Civil, Arquitetura e Urbanismo
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Resumo: Este trabalho vem apresentar um panorama do sistema elétrico geralmente encontrado em construções comerciais de grande porte, com cerca de trinta anos de funcionamento, que operam de forma pouco eficiente para os parâmetros atuais, principalmente no seu sistema de ar condicionado central. Nessa construção (estudo), seu sistema de condicionamento ambiental representa um acréscimo na demanda energética de cerca de 60%, passando de 450.000 kWh/mês para 750.000 kWh/mês, e a troca desses equipamentos por mais modernos e eficientes, significaria grandes investimentos, tornando-se inviável no curto prazo. Com isso, elaborou-se um protótipo contendo dispositivos de automação, que podem ser incorporados ao sistema existente, sem grandes dificuldades, e minimizando os custos operacionais com o sistema. Esses dispositivos permitem um monitoramento mais eficiente, sem a necessidade desses investimentos, como a substituição de grandes equipamentos (compressores, chillers, etc.) que fazem parte do sistema de ar condicionado central. Esse protótipo permitiu demonstrar que com a aplicação desses dispositivos incorporados nesses sistemas, podem gerar uma economia de cerca de 20% no consumo de energia elétrica, que representa uma economia bastante significativa de 60.000 kWh/mês (neste caso) quando operado o sistema de ar condicionado, além de aliviar os recursos humanos disponibilizados para esse tipo de monitoramento
Abstract: This work comes to present a panorama of the electric system found usually in commercial constructions of great load, with about thirty years of operation, that operate in way a little efficient for the current parameters, mainly in her air conditioning system. In that construction (in study), her system of environmental conditioning represents an increment in the energy demand of about 60%, passing to the 450.000 kWh/month for 750.000 kWh/month, and the change of those equipments for more modern and efficient, it would mean great investments, becoming unviable in the short period. With that, a prototype was elaborated containing automation devices, that can be incorporate to the existent system, without great difficulties, and minimizing the operational costs with the system. Those devices allow a more efficient monitoring, without the need of those investments, as the substitution of great equipments (compressors, chillers, etc.) that they part of the system of air conditioned central. That prototype allowed to demonstrate that with the application of those incorporate devices in those systems, they can generate an economy of about 20% in the electric power consumption, that represents a quite significant economy of 60.000 kWh/month, (this case) when operated the system of conditioned air, besides relieving the human resources made available for that monitoring type
Doutorado
Recursos Hidricos, Energeticos e Ambientais
Mestre em Engenharia Civil
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Carvalho, Marcos Correa de. "Proposta de metodologia para integração de sistemas de automação predial." [s.n.], 2009. http://repositorio.unicamp.br/jspui/handle/REPOSIP/264967.

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Orientador: João Mauricio Rosario
Dissertação (mestrado) - Universidade Estadual de Campinas, Faculdade de Engenharia Mecanica
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Resumo: Automação Predial é uma área da Engenharia que envolve a integração de diferentes conhecimentos, e através do crescimento explosivo da Internet e investimentos em infra-estrutura de comunicações, tem estimulado a incorporação de soluções tecnológicas inovadoras para automação em novos e já existentes empreendimentos, baseadas na busca do conforto, segurança, entretenimento e acessibilidade que se tornam disponíveis a um grande número de usuários. Neste contexto, este trabalho tem como principal objetivo apresentar uma proposta de metodologia para integração de sistemas de automação predial, baseados em conceitos já utilizados para sistemas automatizados industriais, direcionando a área de Automação Predial, a partir da integração dos sistemas independentes e modulares, visando a melhoria da qualidade de vida através da sistematização e planejamento de recursos, otimização de tempos, segurança, racionalização de serviços, qualidade, utilização do espaço, e uso eficiente de energia e recursos naturais. A comprovação experimental deste trabalho será realizada através de três aplicações industriais que mostram vantagens e benefícios dos conceitos apresentados, estruturação do problema, especificação de sensores e atuadores, sistema de supervisão e controle remoto (WeLlab) e integração de soluções em automação predial.
Abstract: Building automation is an engineering area that integrates others such as the ones of electrical, mechanics, electronics and computer science. It is thanks to the internet vast growth and communication infrastructure investments that innovative technical solutions for automation have taken place in the search for guaranteeing user's comfort, security, entertaining and accessibility. From the previous perspective, this work establish as main objective, the presentation of a methodology for systems integration in building automation based on industrial automation concepts applied to the building area. This allows the integration of independent and modular systems for offering an improved life quality thanks to the time, space and security handling and planning through the efficient use of natural and energetic resources. The experimental validation is done through three industrial applications which allow analyzing from the proposed methodology, how the problem structure, sensor and actuator selection, supervisory system and remote control (WebLab) can be integrated within a building automation solution.
Mestrado
Mecanica dos Sólidos e Projeto Mecanico
Mestre em Engenharia Mecânica
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Bunemer, Ricardo 1949. "Domótica assistiva utilizando sistemas integrados de supervisão e controle." [s.n.], 2014. http://repositorio.unicamp.br/jspui/handle/REPOSIP/265887.

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Orientador: João Maurício Rosário
Dissertação (mestrado) - Universidade Estadual de Campinas, Faculdade de Engenharia Mecânica
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Resumo: Visando melhorar a qualidade de vida dos idosos e portadores de necessidades especiais no seu ambiente doméstico, a Domótica Assistiva destina-se a obter sistemas adequados que possam lhes permitir viver em seu próprio ambiente de casa em plena liberdade, com o monitoramento automático constante de suas ações e suas condições físicas e com a oportunidade de contato direto com os fornecedores de serviços e assistência. Tornou-se desse modo em uma área da Engenharia que envolve a integração de diferentes conhecimentos, e sua utilização vêm se tornando cada vez mais frequente com soluções tecnológicas baseadas na busca do conforto, segurança, entretenimento e acessibilidade que se tornam disponíveis a um grande número de usuários. O objetivo principal deste trabalho é demonstrar a viabilidade técnica e econômica da utilização de ferramentas tradicionais de integração de sistemas automatizados na área da Domótica. A partir da integração dos sistemas independentes e modulares, acarretando melhoria da qualidade de vida através da sistematização e planejamento de recursos, otimização de tempos, segurança, racionalização de serviços, qualidade, utilização do espaço, e uso eficiente de energia e recursos naturais. A validação dos conceitos é apresentada através de duas aplicações que mostram as vantagens e benefícios dos conceitos apresentados, estruturação do problema, especificação de sensores e atuadores, sistema de supervisão e controle remoto (weblab) e integração de soluções em Domótica
Abstract: To improve the quality of life of elderly and people with special needs in their home environment, the Assistive Domotics aims to get appropriate systems that can allow them to live in their own home environment in complete freedom, with the constant automatic monitoring of their actions and their physical and with the opportunity for direct contact with service providers and service conditions. Became thus in an area of engineering that involves the integration of different knowledge and its use are becoming increasingly frequent with technology-based solutions in search of safety, comfort, entertainment and accessibility that become available to a large number users. The main objective of this work is to demonstrate the technical and economic feasibility of using traditional tools of integration of automated systems in the area of Home Automation. From the integration of independent and modular systems, resulting in improved quality of life through systematic planning and resource optimization, time, security, rationalization of services, quality, space utilization, and efficient use of energy and natural resources. The validation of the concepts is presented through two applications that show the advantages and benefits of the concepts presented, structuring the problem, specification of sensors and actuators, the supervision system and remote control (weblab) and integration solutions in Domotics
Mestrado
Mecanica dos Sólidos e Projeto Mecanico
Mestre em Engenharia Mecânica
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6

Almeida, Gerônimo Santos 1984. "As consultorias imobiliárias para empresas e os ¿Edifícios Inteligentes¿ : uma análise para a cidade de São Paulo." [s.n.], 2012. http://repositorio.unicamp.br/jspui/handle/REPOSIP/287409.

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Orientador: Adriana Maria Bernardes da Silva
Dissertação (mestrado) - Universidade Estadual de Campinas, Instituto de Geociências
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Resumo: A cidade de São Paulo vivencia hoje uma nova etapa no seu processo de urbanização e uma nova fase relativa ao seu papel na formação sócio-espacial brasileira. Novos conteúdos técnicos e normativos garantem à cidade o papel de metrópole onipresente no território nacional, pois a cidade assenta as bases de um centro produtor e irradiador de informação para todo o país. Nesse contexto, São Paulo permanece estruturando-se para abrigar sedes de grandes corporações nacionais e internacionais que tem na cidade um importante nó de suas redes. Destacam-se, na organização de um mercado imobiliário para atender as demandas destas grandes corporações, três empresas transnacionais de consultoria imobiliária: a Jones Lang LaSalle, a Cushman & Wakefield e a CB Richard Ellis. A partir da produção de informação sobre e para o mercado de imóveis corporativos, estas empresas concorrem para a conformação de um "Novo Centro de Negócios" na cidade. A produção de informação e os serviços prestados por essas empresas se posicionam no sentido de induzir um novo arranjo de objetos técnicos, representados pelos "edifícios inteligentes". Esses edifícios apresentam características técnicas bastante distintas de gerações de edifícios comerciais precedentes, privilegiando, por exemplo, grandes lajes e componentes relacionados a transmissão de dados e informações a partir de uma rede de telecomunicações neles instalada. O arranjo espacial desses edifícios na cidade de São Paulo nos revelou uma elevada concentração em seu "Novo Centro de Negócios". Atualmente, essa área, localizada no quadrante sudoeste do município, renova sua estrutura viária e comunicacional para atender as demandas de grandes empresas ali localizadas, por meio de coalizões público-privadas. Esses pactos se evidenciam, dentre outras maneiras, a partir de duas Operações Urbanas Consorciadas em curso na área: a Operação Urbana Consorciada Faria Lima e a Água Espraiada. Esses instrumentos de intervenção urbana evidenciaram a atualização do uso corporativo e da fragmentação do território na cidade de São Paulo em favor do mercado imobiliário
Abstract: The city of São Paulo experiences today a new step in its process of urbanization and a new stage concerning its role in the Brazil's socio-spatial shapping. Furthermore, new technical and regulatory content ensures the city the role of ubiquitous metropolis in the national territory, as the city builds the foundation of a manufacturing center and information radiator for the whole country. In this context, São Paulo remains structuring itself to carry on the headquarters of large national and international corporations that have in the city an important node of their networks. In the organization of a real estate market to meet the demands of these large corporations stand out three transnational companies of real estate consulting: Jones Lang LaSalle, Cushman & Wakefield and CB Richard Ellis. From the production of information on and for the corporate real estate market, these companies compete for the conformation of a new business centre in the city. Also the production of information and the services provided by these companies position themselves in order to induce a new arrangement of technical objects, represented by "intelligent buildings". These buildings have been using feature technical characteristics quite distinct from early generations of commercial buildings, focusing, for example, large slabs and components related to transmission of data and information from a telecommunications network installed in them. On the other hand, the spatial arrangement of buildings in the city of São Paulo revealed a high concentration in its new business center. Currently, this area, located in the southwest quadrant of the city, renew your road and communicational structure to meet the demands of large enterprises there located, through coalitions between the private sector and the public sector. These pacts turn out remarkable, among other ways, by two urban operations ongoing in the area: the Urban Operation Intercropped Faria Lima and Água Espraiada. The implementations of these new instruments of urban intervention have marked a process of updating the corporate use and fragmentation of the territory in São Paulo city, favoring real estate market
Mestrado
Análise Ambiental e Dinâmica Territorial
Mestre em Geografia
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7

Canato, Decio Albino. "Utilização de conceitos de integração de sistemas direcionados a domotica : estudo de caso para automação residencial." [s.n.], 2007. http://repositorio.unicamp.br/jspui/handle/REPOSIP/265350.

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Orientadores: Joao Mauricio Rosario, Carlos Alberto Mariotoni
Dissertação (mestrado) - Universidade Estadual de Campinas, Faculdade de Engenharia Mecanica
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Resumo: A automação residencial é uma modernidade cada vez mais presente nas residências. As soluções tecnológicas disponíveis no mercado deixaram de ser vistas como um luxo para poucos e se tornaram sinônimo de conforto e segurança acessível a todos os usuários interessados. Para construtores e incorporadores, o diferencial é oferecer aos clientes uma infraestrutura de automação de modo a permitir que o morador possa adequar o conforto e a segurança às suas necessidades e orçamento. Programar as luzes e cortinas para criar um cenário agradável no ambiente, ou ainda acessar os sistemas de segurança de sua residência, seja por telefone ou através da internet, são algumas das soluções existentes e acessíveis no mundo da automação. Atualmente, para formar um mecanismo automático em uma residência basta ir a qualquer loja de construção civil e comprá-los sem muita dificuldade. A dúvida que gera quando se faz este tipo de automação, compradas em lojas faça você mesmo, ou seja, montadas em blocos e sem planejamento prévio, é a questão da integração entre os dispositivos automáticos, não existe uma comunicação entre eles, agindo de forma independente, criados sem uma modelagem pré-definida, gerando gastos e transtornos nos projetos atuais e futuros. Para que as diversas opções possam ser integradas de maneira única e pessoal, ou seja, de acordo com a escolha de quem irá utilizá-las, é necessária a criação de uma infra-estrutura adequada. Isto significa prever em projeto o cabeamento, a instalação elétrica e seus acessórios responsáveis pela distribuição de sinais de dados, voz e imagens pela residência O compromisso deste trabalho é a realização de uma integração de sistemas domésticos automatizados baseados na vasta experiência locada na indústria, visto através das modelagens e integrações de sistemas complexos, ou seja, transportar a tecnologia já dominada da automação industrial para uma tecnologia já não tão recente que é a automação doméstica
Abstract: Home autonomation is a modern feature that is becoming more common, nowadays technological solutions available are synonym of comfort and safety instead of being considered an expensive luxury. Different autonomation options are now acquirable for general costumers. For contractors and incorporate, the main issue is to offer an autonomation structure allowing the costumer to suit comfort and safety to the family budget. Programming light intensity and curtains for a nicer atmosphere, being able to reach home security system either using phone or internet are some of the solutions available for home autonomation. Nowadays, autonomation systems can be purchased in many different stores. The main issue related to this kind of commercially available autonomation is that the different parts of the system are not integrated and are not able to communicate, being a potential source of extra costs and problems. On the other hand, if the autonomation system is planned for a specific house, considering who is going to use the system, most problems could be avoided. Creating a specific autonomation project means plan the electric installation, the wires design and related accessories responsible for data distribution, voice and image storage. The aim of this work is to provide an integration of home systems based on the wide experience accumulated by industrial autonomation, exporting the well-known technology for home autonomation
Mestrado
Mecanica dos Sólidos e Projeto Mecanico
Mestre em Engenharia Mecânica
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8

BOTTICELLI, MARTINA. "Analisi e sviluppo di metodologie di diagnosi, telecontrollo e gestione energetica di Smart Building Networks, in ambito residenziale e terziario." Doctoral thesis, Università Politecnica delle Marche, 2021. http://hdl.handle.net/11566/291954.

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Il Dottorato svolto è di tipo applicativo sperimentale e nasce dall’esigenza di risolvere problemi reali. In linea con il Strategy Energy Technology Plan, il coinvolgimento dell’utente nelle politiche energetiche è diventata la prima priorità. Questo lavoro si inerisce nelle attività svolte congiuntamente da ENEA, l’Università Politecnica Delle Marche e l’azienda Apio. Le attività del mio dottorato, hanno riguardato principalmente due ambiti applicativi: “Smart Buildings” e “Smart Homes Network”. Dopo uno studio preliminare dello stato dell’arte, si procederà alla configurazione, implementazione, gestione e controllo di un dimostrativo sperimentale di una rete di Smart Homes in un quartiere di Roma. All'utente e alla comunità verranno forniti una serie di feedback costruttivi. L’obiettivo sarà quello di incentivare la consapevolezza energetica e trasformare ogni utente da semplice consumatore in un attore attivo nel mercato dell'energia. L’analisi dei dati di tali edifici residenziali pilota, evidenzierà una media di -8% dei consumi elettrici ottenuti. Al fine di incentivare il risparmio energetico, migliorare l’accettabilità del sistema e la qualità della vita degli utenti finali, si introdurranno una serie di servizi aggiuntivi, in particolare in ambito Assisted Living per la misurazione dei parametri vitali e la condivisione direttamente con l’esterno tramite lo sviluppo di un’interfaccia adattiva; in ambito sicurezza domestica, gestendo situazioni di potenziale rischio; ed infine, introduzione dei comandi vocali. Sarà poi condotto uno studio e progettazione di sevizi sulla flessibilità elettrica dell'utente per modellare la propria richiesta di energia in base alla domanda del mercato elettrico. Sarà effettuato uno studio di Diagnostica Low Level per il riconoscimento di malfunzionamenti. Sarà implementato anche l’interfacciamento con una “Smart City Platform” di livello superiore, definendo anche i casi d’uso per gli scambi di dati per l’interoperabilità. Sarà, inoltre sviluppata una proposta brevettuale su un Idro Smart meter che si prefiggerà vari obiettivi innovativi,trai quali quello di disaggregare sia i consumi idrici che quelli delle altre utenze. Infine, sarà condotto uno studio e implementazione di prediction sulla domanda elettrica al fine di prevedere la domanda elettrica trioraria delle abitazioni, partendo da dati reali di energia generale trioraria. I migliori risultati si otterranno utilizzando reti di deep learning con memoria a lungo termine LSTM. In ambito “Smart Buildings”,si lavorerà dapprima su un edificio terziario reale simulato, studiando scenari futuri di demand/response. In particolare sarà studiata l’ottimizzazione della climatizzazione dell’edificio, riscontrando un risparmio medio “teorico” di 16% rispetto al caso di riferimento. Successivamente, lo stesso edificio simulato, sarà equipaggiato con vari sensori sia a livello di quadro che di singola stanza, che renderanno possibile l’introduzione di regole di controllo. Si proseguirà con la definizione di una procedura di Fault Detection per verificare la corretta implementazione dei comandi sequenziali impartiti dal sistema di controllo. Saranno esaminati i casi più innovativi in ambito Blockchain e DLT (Distributed Ledger Technologies), riassunti da una swot analysis. Inoltre, sarà realizzato un “Proof of Concept” basato su tecnologia Blockchain per la certificazione della flessibilità energetica degli utenti elettrici. Sarà inoltre sviluppata un’interfaccia interattiva per controllare real time, tramite la visualizzazione su planimetria, i dispositivi installati nell’edificio. Si implementerà inoltre l’interfacciamento tra il sistema FV e il sistema di gestione dello smart building. Infine sarà realizzata un’applicazione di smart Windows nell’edificio F40,ottenendo livelli termici complessivi circa 2°C inferiori. 
The doctorate carried out is of an experimental application type and arises from the need to solve real problems. In line with the Strategy Energy Technology Plan, user involvement in energy policies has become the first priority. This work is inherent in the activities carried out jointly by ENEA, the Polytechnic University of Marche and the Apio company. My PhD activities mainly concerned two application areas: “Smart Buildings” and “Smart Homes Network”. After a preliminary study of the state of the art, we will proceed with the configuration, implementation, management and control of an experimental demonstration of a network of Smart Homes in a neighborhood of Rome. Constructive feedback will be provided to the user and community. The goal will be to encourage energy awareness and transform every user from a simple consumer into an active player in the energy market. The analysis of the data of these pilot residential buildings will show an average of -8% of the electricity consumption obtained. In order to incentivize energy saving, improve the acceptability of the system and the quality of life of end users, a series of additional services will be introduced, in particular in the Assisted Living area for the measurement of vital parameters and the sharing directly with the external by developing an adaptive interface; in the field of home security, managing situations of potential risk; and finally, introduction of voice commands. A study and design of services will then be conducted on the electrical flexibility of the user to model their energy demand based on the demand of the electricity market. A Low Level Diagnostic study will be carried out for the recognition of malfunctions. Interfacing with a higher level "Smart City Platform" will also be implemented, also defining use cases for data exchanges for interoperability. A patent proposal will also be developed on a Hydro Smart meter that will set various innovative objectives, including that of disaggregating both water consumption and that of other users. Finally, a study and implementation of prediction on electricity demand will be carried out in order to predict the three-hour electricity demand of homes, starting from real three-hour general energy data. The best results will be obtained using deep learning networks with LSTM long-term memory. In the field of “Smart Buildings”, we will first work on a simulated real tertiary building, studying future demand / response scenarios. In particular, the optimization of building air conditioning will be studied, finding an average "theoretical" saving of 16% compared to the reference case. Subsequently, the same simulated building will be equipped with various sensors both at the switchboard and single room level, which will make it possible to introduce control rules. We will continue with the definition of a Fault Detection procedure to verify the correct implementation of the sequential commands given by the control system. The most innovative cases in Blockchain and DLT (Distributed Ledger Technologies) will be examined, summarized by a swot analysis. Furthermore, a “Proof of Concept” based on Blockchain technology will be created to certify the energy flexibility of electricity users. An interactive interface will also be developed to control the devices installed in the building in real time, through the visualization on the floor plan. The interface between the PV system and the smart building management system will also be implemented. Finally, a smart Windows application will be implemented in the F40 building, obtaining overall thermal levels about 2 ° C lower. 
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Sanchez, Maguiña Mildred Madeleine, and Feliz Pool Rusbel Vidal. "Optimización de dimensiones de elementos estructurales mediante el uso de redes neuronales para la reducción de sobrecostos en edificios multifamiliares de 6 pisos ubicado en el distrito de Miraflores." Bachelor's thesis, Universidad Peruana de Ciencias Aplicadas (UPC), 2021. http://hdl.handle.net/10757/655741.

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Los sobrecostos en la construcción de edificaciones de concreto armado representan pérdidas de un 28% de la inversión (Flyvbjerg, 2002), esto se debe a que las secciones de los elementos estructurales son sobredimensionadas y generan mayor costo en el concreto y acero. Por ello, se realizó la presente investigación en la que se empleó una metodología capaz de optimizar las dimensiones de los elementos estructurales (columnas, vigas y placas) en edificios multifamiliares regulares de 6 pisos. La metodología empleada se basó en el uso de redes neuronales del tipo feedforward, en la que se estableció como variables de entrada, los datos preliminares que se tienen de una edificación y como variables de salida las dimensiones de cada elemento estructural. Para ello, se elaboraron 30 edificios de 6 pisos como base de datos y en cada uno de estos se realizaron las verificaciones de derivas según la Norma Técnica Peruana E 0.30 y la resistencia de cada elemento estructural. De la base de datos se usaron 22 como entrenamiento y 8 para la validación interna de la red neuronal. La estructura de la red neuronal se estableció luego de ejecutar 10 diferentes redes neuronales y se seleccionó la red con un coeficiente de correlación más homogéneo y cercano a 1, en esta investigación fue de 0.98. Finalmente, se realizó la comparación del volumen de concreto que se emplea en una edificación dimensionada con métodos convencionales con el uso del software ETABS y los obtenidos con el uso de la metodología empleando redes neuronales artificiales, según esto, se calculó la diferencia de concreto entre ambos casos. Con los resultados obtenidos se comprobó que la metodología aplicada en esta investigación brinda un ahorro eficaz cercano al 10%.
Cost overruns in the construction of reinforced concrete buildings represent losses of 28% of the investment (Flyvbjerg, 2002), this is due to the fact that the sections of the structural elements are oversized and generate higher costs in concrete and steel. Therefore, the present research was carried out using a methodology capable of optimizing the dimensions of structural elements (columns, beams and slabs) in regular 6-story multifamily buildings. The methodology used was based on the use of feedforward neural networks, in which the preliminary data of a building were established as input variables and the dimensions of each structural element as output variables. For this purpose, 30 6-story buildings were prepared as a database and in each one of them the drift verifications were performed according to the Peruvian Technical Standard E 0.30 and the resistance of each structural element. From the database, 22 were used for training and 8 for the internal validation of the neural network. The structure of the neural network was established after running 10 different neural networks and the network with the most homogeneous correlation coefficient close to 1 was selected; in this research it was 0.98. Finally, a comparison was made between the volume of concrete used in a building dimensioned with conventional methods with the use of ETABS software and those obtained with the use of the methodology employing artificial neural networks, according to this, the difference of concrete between both cases was calculated. With the results obtained, it was proved that the methodology applied in this research provides an effective saving close to 10%.
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Silva, Naira Vincenzi da. "Estudos para uma métrica da aprendizagem do curso Domus Procel Edifica: integrando mapas conceituais e taxonomia revisada para um sistema inteligente de avaliação na web." Universidade Federal de Uberlândia, 2013. https://repositorio.ufu.br/handle/123456789/13920.

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This study is a qualitative research project classified as practical and participatory action research designs, which has as its aim the creation of an instructional design, used as a learning metric for Domus Software - Procel Edification, which integrates concept maps and the revised Bloom taxonomy into an intelligent web assessment system. This metric aligns curriculum concept maps along with conceptual and procedural knowledge of the Domus software - Procel edifies the retaining cognitive processes, provides understanding and application, through offering a model of instructional design, which assigns weights to those cognitive processes attained by students and identifies principles to be used in its applicability for the evaluation of distance learning. The authors also present the results for alignment, inferring weights as well as an outline of the logical sequence along with steps for the implementation of the intelligent system through the association of some exemplification slides.
O presente trabalho é uma pesquisa qualitativa e classificada como practical and participatory action research designs (desenho de pesquisa de prática e ação participativa), que tem como intuito criar um desenho instrucional para uma métrica da aprendizagem do Software Domus Procel Edifica, integrando mapas conceituais à taxonomia revisada de Bloom em um sistema inteligente de avaliação na Web. Essa métrica alinha mapas conceituais curriculares, conhecimentos procedimentais e conceituais do software Domus − Procel Edifica aos processos cognitivos de retenção, entendimento e aplicação, oferecendo um modelo de desenho instrucional, que atribui pesos aos processos cognitivos alcançados pelos estudantes e identifica alguns princípios para sua aplicabilidade na avaliação da aprendizagem a distância. Apresenta-se ainda, resultados de alinhamento, inferência de pesos e um esboço da sequência lógica e etapas de execução do sistema inteligente, associando-se algumas telas de exemplificação.
Mestre em Educação
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Books on the topic "Edificio intelligente"

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International Federation of Library Associations and Institutions. Section on Library Buildings and Equipment. Seminar. Intelligent library buildings: Proceedings of the Tenth Seminar of the IFLA Section on Library Buildings and Equipment, The Hague, Netherlands, 24-29 August 1997. München: K.G. Saur, 1999.

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Eugenio, Bettinelli, and Associazione nazionale industrie elettrotecniche ed elettroniche (Italy). Gruppo 26., eds. Progetto, edificio, servizi: Linee guida per le "costruzioni intelligenti" : studi in ambito Anie, Gruppo 26o. Milano, Italy: Dipartimento di programmazione, progettazione e produzione edilizia, Politecnico di Milano, 1993.

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Iliopoulos-Strangas, Julia, Egils Levits, Michael Potacs, and Jacques Ziller, eds. Die Herausforderungen der digitalen Kommunikation für den Staat und seine demokratische Staatsform | The Challenges of Digital Communication for the State and its Democratic State Form | Les défis de la communication numérique pour l’État et sa forme démocratique. Nomos Verlagsgesellschaft mbH & Co. KG, 2021. http://dx.doi.org/10.5771/9783748923787.

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Constitutional law must integrate the changes in the structure of social communication in the course of the digital revolution into the edifice of constitutional law and general constitutional doctrine, just as it must integrate the increasing dehumanisation of decisions by algorithms and artificial intelligence in both the public and private law spheres. The discussion on these multi-layered and complicated issues were lively debated by experts from theory and practice at the Societas Iuris Publici Europaei (SIPE) conference. Another topic of the conference was the acceptance of the primacy of Union law by the national supreme courts and the question of whether and how a convergence of the different points of view would be possible here.
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Progetto, edificio, servizi: Linee guida per le "costruzioni intelligenti" : Studi in ambito Anie, Gruppo 26o (Studi e ricerche del Dipartimento di programmazione, ... edilizia del Politecnico di Milano). FrancoAngeli, 1993.

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Book chapters on the topic "Edificio intelligente"

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Reed, S. Alexander. "Too Big to Fail." In Laurie Anderson's Big Science, 16–29. Oxford University Press, 2021. http://dx.doi.org/10.1093/oso/9780190926014.003.0002.

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This chapter explores the importance of magnitude as a theme in Laurie Anderson’s work, particularly Big Science. It begins by tracing histories of the titular phrase and then investigates the semiotics of bigness. Particularly with reference to individual identity, big systems, big edifices, and big collections of data all suggest superhuman states of consciousness. Accordingly, big knowledge systems such as linguistics, artificial intelligence, and the occult are all discussed. The chapter then reconciles their superhuman scale (and the attendant kinds of awareness it implies) with the paradoxical fact that such tokens of bigness are themselves human-made. Throughout, it draws connections between these notions and the album.
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Roque, Paula Cristina. "The Shadow Government." In Governing in the Shadows, 87–128. Oxford University Press, 2022. http://dx.doi.org/10.1093/oso/9780197629895.003.0004.

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Chapter 3 details the shadow government and the edifice of power that was built to ensure the MPLA’s longevity but more importantly the survival of the Presidential circle. It explains the structures upholding the securitized and shadow state, dominated by the Casa de Seguranca (Security Cabinet, SCP) of the Presidency. It briefly describes the central structures and the multiple portfolios it managed which allowed it, via a vertical reporting system, to command the security apparatus and key areas of the cabinet. This chapter explores the contours of the SCP and the parallel army that sustained it. It analyses the role played by the three intelligence services that took on a broader surveillance role, spying on the elites, opposition and infiltrating society. I use the example of three cases – the book club coup, the Kalupeteka religious sect massacre and the assassinations of activists Cassule and Kamulingue – to highlight the dysfunctions, overactions and violent underpinnings of the system.
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Conference papers on the topic "Edificio intelligente"

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S.G., Gino Sophia, Nandha Kumaran K.T., Dino Datson A., Pavithra B., and Suchitra S. "Calculation of Undefined Edifice using Ultrasonic Waves based on Prediction of 3-Dimensional Coordinates." In 2020 4th International Conference on Intelligent Computing and Control Systems (ICICCS). IEEE, 2020. http://dx.doi.org/10.1109/iciccs48265.2020.9120979.

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Basso, Marzia. "Paesaggi in movimento." In International Conference Virtual City and Territory. Roma: Centre de Política de Sòl i Valoracions, 2014. http://dx.doi.org/10.5821/ctv.8037.

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Negli ultimi decenni del secolo scorso si è diffusa nel mondo occidentale una nuova coscienza ambientale ed ecologica che, assieme alla rivoluzione tecnologica ed informatica, ha orientato anche la progettazione architettonica ed urbanistica verso una integrazione/ibridazione di elementi naturali, artificiali e tecnologici, con particolare attenzione per gli aspetti della sostenibilità ambientale e del risparmio energetico, alle varie scale di intervento, dagli edifici “intelligenti” alla rete delle smart cities. Ogni giorno assistiamo alla creazione di ambienti sempre più interconnessi, interattivi e interagenti con gli utenti, flessibili e capaci di scambiare informazioni con il mondo esterno. Siamo ormai in grado di monitorare i nostri contesti di vita come mai fino ad ora era stato possibile, raccogliendo e mettendo a sistema una mole di informazioni senza precedenti. Inoltre le nuove tecnologie in molti casi vengono utilizzate per semplificare e facilitare la comunicazione bidirezionale e in tempo reale fra utenti e gestori dei servizi, tra cittadini ed amministrazioni e, più in generale, fra i vari attori del paesaggio, all’interno di una rete di interconnessioni fisiche ed immateriali sempre più fitta e diversificata. Il progetto ecosostenibile di paesaggio richiede, pertanto, un approccio sistemico e uno sguardo ampio che riesca a far incontrare la tutela e la conservazione con la trasformazione e la rigenerazione, inevitabile quanto vitale per i nostri contesti di vita, passando anche attraverso l’uso di strumenti non convenzionali, impiegati diffusamente sia per uno studio del territorio più rispondente alla complessità delle dinamiche reali, sia per la costruzione di un progetto comune di paesaggio. During the last decades of the 20th century a new environmental and ecological awareness has spread in the western world. Together with the technological and digital revolution, it has also directed the architectural and urban design towards an integration/crossbreeding of natural, artificial and technological elements, giving special attention to the aspects of environmental sustainability and of energy saving at the different levels of intervention, from the “intelligent” buildings to the network of the smart cities. Every day we witness to the creation of spaces that are more and more interconnected, user interactive and interagent, flexible and able to exchange information with the outside world. We are now able to supervise our life contexts as never before by collecting and organizing a huge amount of information without precedent. Furthermore, new technologies are used in many cases to simplify and facilitate bidirectional and real-time communication between users and providers, citizens and administrative offices and, in wider terms, among the various actors of the landscape inside a more and more close and diversified network of physical and immaterial interconnections. The eco-sustainable landscape design requires therefore a systemic approach and an overlook in order to permit the match between safeguard and preservation on one hand and transformation and regeneration on the other. This is as inevitable as it is essential for our life contexts, as well as the use of unconventional tools diffusely employed whether for a territorial study in accordance with the complexity of the actual dynamics or for the construction of a collective project of landscape.
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