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Intelligent buildings.

W E Williams

    The Psychiatric Hospital
    |December 6, 1987
    PubMed
    Summary
    This summary is machine-generated.

    This article reviews the evolution of smart building technologies, highlighting how advancements in digital communication and automation have transformed office environments from static spaces into highly integrated, efficient facilities.

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    Area of Science:

    • Intelligent buildings infrastructure research within civil engineering
    • Computational systems integration in modern architecture

    Background:

    No prior work had fully synthesized the transition from isolated office equipment to integrated smart systems. It was already known that early facility management relied on limited tools like telephones and typewriters. That uncertainty drove the need to understand how digital signals changed building design. Prior research has shown that early automation efforts often functioned as disconnected, stand-alone installations. This gap motivated an examination of how distributive networking altered the landscape of modern workspaces. The maturation of computer capabilities provided new avenues for facility control. These developments shifted how architects and engineers approach the planning of commercial structures. The rapid obsolescence of legacy equipment underscores the profound impact of these technological shifts.

    Purpose Of The Study:

    The aim of this study is to analyze the evolution of intelligent building concepts through the lens of technological maturation. The researchers seek to explain how digital signals have transformed facility control and communication. This work addresses the shift from isolated office equipment to integrated, smart building environments. The authors explore how the energy crisis influenced the initial adoption of automation. They examine the transition from stand-alone mainframes to modern distributive networking capabilities. The study investigates the impact of these changes on traditional facility planning methodologies. The motivation is to clarify how continuous technological development drives productivity in commercial spaces. This analysis provides a comprehensive overview of how modern buildings have adapted to rapid digital advancements.

    Keywords:
    smart building technologyoffice automation systemsdigital signal integrationfacility planning evolution

    Frequently Asked Questions

    The researchers propose that direct digital signals enable integrated facility control. Unlike older, isolated hardware, these systems allow for unified management of energy, security, and telecommunications, which improves overall building productivity.

    The authors identify local area networks and video conferencing as key components. These tools facilitate the shift from stand-alone office equipment to interconnected, distributive systems that support modern business functions.

    The authors suggest that the energy crisis was a necessary catalyst for the initial adoption of office automation. This period forced a shift away from traditional, manual office equipment toward more efficient, digital solutions.

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    Main Methods:

    The review approach synthesizes historical developments in building technology and office automation. Researchers examined the transition from isolated mainframe systems to modern distributive networks. The investigation focused on how digital signal advancements influenced facility planning strategies. Data were gathered by analyzing the evolution of communication tools over several decades. The authors evaluated the impact of personal computer integration on traditional office functions. This assessment involved comparing legacy equipment performance against contemporary networked solutions. The study utilized a descriptive framework to map the maturation of smart building concepts. This methodology highlights the shift toward highly integrated, responsive architectural environments.

    Main Results:

    The strongest finding from the literature is that distributive systems have replaced isolated, stand-alone office installations. The authors report that the Selectric typewriter, once a top-tier tool, has reached near-total obsolescence. They observe that advancements in networking have provided dramatic opportunities for productivity improvements. The review indicates that early automation systems were designed separately from other building infrastructure. The literature shows that the maturation of computer capabilities has enabled a wide variety of new facility control opportunities. The authors find that the office environment has undergone significant changes compared to the static functions of previous decades. The data suggest that energy management and security systems are now central to modern facility planning. The findings confirm that continuous application development remains a driving force in the field.

    Conclusions:

    The authors propose that integrated digital systems represent a significant shift in facility management. They suggest that the maturation of communication technologies enables more efficient energy and security oversight. The researchers note that modern building environments now rely on interconnected networks rather than isolated hardware. They indicate that the transition from stand-alone units to distributive systems improves overall productivity. The authors observe that office automation has fundamentally altered traditional planning methodologies. They highlight that continuous development of new applications remains a hallmark of this field. The study suggests that the decline of legacy equipment reflects the speed of technological adoption. They conclude that smart building concepts will continue to evolve alongside digital signal advancements.

    The study utilizes historical data on office equipment evolution. This information serves to contrast the limited capabilities of legacy tools, such as Selectric typewriters, with the high productivity of modern distributive computing.

    The researchers measure the success of these systems through the rapid obsolescence of legacy hardware. They observe that the transition to personal computer capabilities rendered older, manual office tools nearly obsolete within five years.

    The authors propose that the continuous development of new applications will define future facility planning. They claim that ongoing technological maturation will keep building environments in a state of constant evolution.