Performance analysis of smart cultural heritage protection oriented wireless networks

Wang, YuPeng; Dai, Xiaohu; Jung, Jason J.; Choi, Chang

doi:10.1016/j.future.2017.04.007

Cited by 17 publications

(13 citation statements)

References 14 publications

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“…Wang et al referred to "smart cultural heritage" in their article that detailed a wireless high-speed video and communication device-to-device network in museums to assist in protecting artefacts [24]. It is similar to the museum management application described by Qiu et al, but introduced new communicative abilities within the network, such as monitoring visitor' movement in the museum [22].…”

Section: Smart Heritage As a Distinct Discoursementioning

confidence: 99%

“…This article highlighted smart technology as the lead curator for heritage experiences in Smart Heritage. It is a stark achievement for Smart Heritage's distinction in comparison to its nascent and conceptual state in Thwaites [16], only five years earlier, and as an assistant to curation in Chianese and Piccialli [17] through to Wang et al [24]. However, the special section focused on museum and artefact management specifically, and did not frame the discourse within an overarching discourse emerging from smart city and heritage disciplines.…”

Section: Smart Heritage As a Distinct Discoursementioning

confidence: 99%

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Smart Heritage: Defining the Discourse

2021

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The academic literature contains an increasing quantity of references to Smart Heritage. These references are at the intersection of the smart city and heritage disciplines and primarily within informative, interpretative, and governance applications. The literature indicates the future expansion of the Smart Heritage discourse into additional applications as researchers apply smart technology to more complex cultural environments. The Smart Heritage discourse signals an advancement in the literature beyond Digital Heritage and Virtual Heritage discourses as Smart Heritage pivots on the active curatorship of heritage experiences by automated and autonomous technologies, rather than technology as a passive digital tool for human-curated experiences. The article comprehensively reviews the emergent Smart Heritage discourse for the first time in the academic literature, and then offers a contemporary definition that considers the literature to date. The review and definition draw on literature across the contributing disciplines to understand the discourse’s development and current state. The article finds that Smart Heritage is an independent discourse that intertwines the autonomous and automatic capabilities and innovation of smart technologies with the contextual and subjective interpretation of the past. Smart Heritage is likely the future vanguard for research between the technology and heritage disciplines.

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Section: Smart Heritage As a Distinct Discoursementioning

confidence: 99%

Section: Smart Heritage As a Distinct Discoursementioning

confidence: 99%

Smart Heritage: Defining the Discourse

2021

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“…An assessment on safety of the fortress and auxiliary facilities is performed through a multidirectional analysis by integrating research results from a variety of fields including geology, architectural engineering, geohydrology and conservation science [1,2]. Also, in order to check if a structural deformation is in progress on the rampart, measuring sensors are installed to observe changes in slope or distance and, nowadays [3][4][5][6][7][8][9], the IoT technology is applied to construct a monitoring system capable of detecting changes in real-time [10][11][12][13][14][15][16][17].…”

Section: Introductionmentioning

confidence: 99%

Structural stability and microscale behaviors of the fortress wall from the sixth century Baekje Kingdom in ancient Korea

Park

Lee

2021

Herit Sci

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The Gongsanseong Fortress in Gongju, Republic of Korea, is one of the most essential remains for historical research of Baekje Kingdom, and reinforces on the fortress wall has continuously been implemented since the sixth century to present. Through visual inspections of the fortress ramparts, sections in which structural deformations have occurred, and then they were classified by morphological characteristics based on lithofacies that compose the ramparts, shape of each rock, and construction method. Also, automatic sensors that can measure behavior changes of the ramparts, and the surrounding environment were installed to monitor microscale movements of the ramparts and changes in the surrounding microclimate. As a result, damages were shown intensively on the ramparts that retain specific morphological characteristics, and it has been discovered that, even for the ramparts located in an identical environment, morphological characteristics affect damages and structural deformations of the ramparts because of behavior changes for minutes. Such changes in behavior can be classified based on reversibility and predictability, and different management schemes must be applied based on behavior change patterns. If we continuously operate and develop this monitoring system, it is expected to be meaningfully utilized in efficient maintenance of the cultural heritage of the ramparts.

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“…An assessment on safety of the fortress and auxiliary facilities is performed through a multidirectional analysis by integrating research results from a variety of elds including geology, architectural engineering, geohydrology and conservation science [1,2]. Also, in order to check if a structural deformation is in progress on the rampart, measuring sensors are installed to observe changes in slope or distance and, nowadays [3][4][5][6][7][8][9], the IoT technology is applied to construct a monitoring system capable of detecting changes in real-time [10][11][12][13][14][15][16][17].…”

Section: Introductionmentioning

confidence: 99%

Structural Stability and Behavioral Characteristics of the Fortress Wall from the 6th Century Baekje Kingdom in Ancient Korea

Park¹,

Park²,

Lee³

2021

Preprint

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The Gongsanseong Fortress in Gongju, Republic of Korea, is one of the most essential remains for historical research of Baekje Kingdom, and reinforces on the fortress wall has continuously been implemented since the 6th century to present. Through visual inspections of the fortress ramparts, sections in which structural deformations have occurred, and then they were classified by morphological characteristics based on lithofacies that compose the ramparts, shape of each rock, and construction method. Also, automatic sensors that can measure behavior changes of the ramparts, and the surrounding environment were installed to monitor microscale movements of the ramparts and changes in the surrounding microclimate. As a result, damages were shown intensively on the ramparts that retain specific morphological characteristics, and it has been discovered that, even for the ramparts located in an identical environment, morphological characteristics affect damages and structural deformations of the ramparts because of behavior changes for minutes. Such changes in behavior can be classified based on reversibility and predictability, and different management schemes must be applied based on behavior change patterns. If we continuously operate and develop this monitoring system, it is expected to be meaningfully utilized in efficient maintenance of the cultural heritage of the ramparts.

show abstract

Performance analysis of smart cultural heritage protection oriented wireless networks

Cited by 17 publications

References 14 publications

Smart Heritage: Defining the Discourse

Smart Heritage: Defining the Discourse

Structural stability and microscale behaviors of the fortress wall from the sixth century Baekje Kingdom in ancient Korea

Structural Stability and Behavioral Characteristics of the Fortress Wall from the 6th Century Baekje Kingdom in Ancient Korea

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