As a more important element in green building, Photovoltaic (PV) building not only contributes to the realization of energy saving and emission reduction, but also promotes the healthy development of the industry. the...
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the well-designed structures in neural networks reflect the prior knowledge incorporated into the models. However, though different models have various priors, we are used to training them with model-agnostic optimize...
Digitalization is increasing in the construction industry. However, there are still challenges that may delay its progress, such as the heterogeneity in construction sites, complexity in its environment and the unique...
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ISBN:
(纸本)9783031059063;9783031059056
Digitalization is increasing in the construction industry. However, there are still challenges that may delay its progress, such as the heterogeneity in construction sites, complexity in its environment and the uniqueness of each construction project. To smoothen this progress, it is important to apply human-centric approaches when designing digitalization. the goal of this study was to understand how user experience (UX) goals could be utilized during the designthinking (DT) process when developing digital solutions to be used in a construction site. A case study approach was applied in studying this phenomenon. Based on the case study, it was seen that DT supports co-innovation in complex development projects. However, DT is not always one iterative process but can be more complex and include many parallel DT processes. the integration of UX goals to the DT process could provide a more systematic view to the development process and help to avoid a disconnection of parallel DT processes. the findings of this study can be used as guidance when applying UX goals during the DT process in complex project contexts.
System space is introduced as a conceptual design space and as a distinct space from that traditionally addressed by most design processes. the paper intends to address the increasing complexity deriving from the ongo...
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ISBN:
(纸本)9783031059063;9783031059056
System space is introduced as a conceptual design space and as a distinct space from that traditionally addressed by most design processes. the paper intends to address the increasing complexity deriving from the ongoing blend of physical and digital in a postdigital culture and contribute to the current understanding of the effect of "systemic" ways of thinking in design disciplines. We argue that a systemic perspective cannot simply be "added" to the design process and that addressing postdigital complexity, that is, producing solutions to contemporary design problems, requires instead its own conceptualization, in its own space, to be acknowledged, practiced, and formalized as a different way of thinking. We propose that system space lives in a dialectical relationship withdesign spacewithin the space of the experience and that it provides away to escape the cognitive traps in design space. We posit that the relationships between system space and design space can be apprehended by means of an exo-process adapted from systems thinking, and that the exo-process provides a supporting structure for the intentional and necessary movement between the different spaces, scales, and modes of thinking required by contemporary design work. We then illustrate such a dialectical relationship through the analysis of three different cases and draw final considerations.
Food security is one of the major challenges that must be addressed to provide sufficient and nutritious food to everyone. In this work, we have used Ethiopia's monthly food price data from 2000 to 2023. the work ...
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Lung diseases are regarded as serious health issues in both middle-aged adults and youngsters. they cover a variety of ailments, including asthma, COPD, and other respiratory diseases. For effective treatment and posi...
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the expectation of property prices stands as a vital pursuit within the real estate geography, impacting opinions of buyers, investors, and assiduity professionals likewise. this review paper navigates the multifacete...
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Mobile crowdsensing (MCS) based on the Internet of Vehicles (IoV) has emerged as a viable solution for data collection. MCS utilizes a large number of mobile users to perform sensing tasks, thus reducing sensor deploy...
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A Genetics Algorithm model is created and implemented to obtain the parameters to design a specific Spectral Power Distribution by combining multiple monochromatic light sources. this model accurately optimizes the SP...
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the use of artificial intelligence (AI) in everyday products increases and thereby also the interest on human-AI interaction. Research on user-adaptive systems still lacks uniform terminology and common definitions. T...
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ISBN:
(纸本)9783031059063;9783031059056
the use of artificial intelligence (AI) in everyday products increases and thereby also the interest on human-AI interaction. Research on user-adaptive systems still lacks uniform terminology and common definitions. To fill this gap, a taxonomy of user-adaptive systems, the Levels of Adaptive Sensitive Responses (LASR), has been proposed in previous research. the LASR levels are a first step towards a uniform classification of user-adaptive systems, but still need to be validated in terms of comprehensiveness and accuracy. this paper presents an evaluation of the LASR taxonomy through its application on technical products, to examinewhether the taxonomy is complete and applicable in ameaningfulway. We used a four steps analysis approach, covering the definition of classification criteria, two research iterations on suitable user-adaptive product features, and the analysis to which degree these features fulfill the classification criteria. As a result, our analysis shows that nine out of eleven analyzed product features can clearly be categorized into one of the five levels of LASR. Two features showed characteristics of two different levels which reveals that the levels are not mutually exclusive but can be combined within one product feature.
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