A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Oliot-OpenCity: Open Standard Interoperable Smart City Platform
Smart cities generate huge amounts of data, which are often shared openly by multi-domain service providers. However, due to the lack of common standard interfaces, data models, and global ID management, smart city services suffers from fragmentation. It prevents data from being readily shared and accessible in a seamless way and restricts various services from being developed and discovered. To tackle this problem, we propose an open smart city platform, Oliot-OpenCity, built on the top of global standards ratified by GS1. The platform uses standardized event/master data to capture and store smart city data into an independently distributed repositories called EPC Information System (EPCIS), which can provide standard open interfaces to share resources and creates smart city data hub. Through Object Name Service (ONS) and Discovery Service (DS), it offers service and resource discovery to resolve distributed repositories and services from the various smart city domains. Moreover, to integrate the legacy city platforms, mediation gateways are proposed, which harmonize the fragmented key management and different data model into GS1 standards-based globally unique identifier and event/master data respectively. To show the feasibility of Oliot-OpenCity, we developed bus and vehicle information use cases which demonstrated its interoperability with other legacies, and the standardized data collection and sharing.
Oliot-OpenCity: Open Standard Interoperable Smart City Platform
Smart cities generate huge amounts of data, which are often shared openly by multi-domain service providers. However, due to the lack of common standard interfaces, data models, and global ID management, smart city services suffers from fragmentation. It prevents data from being readily shared and accessible in a seamless way and restricts various services from being developed and discovered. To tackle this problem, we propose an open smart city platform, Oliot-OpenCity, built on the top of global standards ratified by GS1. The platform uses standardized event/master data to capture and store smart city data into an independently distributed repositories called EPC Information System (EPCIS), which can provide standard open interfaces to share resources and creates smart city data hub. Through Object Name Service (ONS) and Discovery Service (DS), it offers service and resource discovery to resolve distributed repositories and services from the various smart city domains. Moreover, to integrate the legacy city platforms, mediation gateways are proposed, which harmonize the fragmented key management and different data model into GS1 standards-based globally unique identifier and event/master data respectively. To show the feasibility of Oliot-OpenCity, we developed bus and vehicle information use cases which demonstrated its interoperability with other legacies, and the standardized data collection and sharing.
Oliot-OpenCity: Open Standard Interoperable Smart City Platform
Tolcha, Yalew k. (author) / Nguyen, Hoang Minh (author) / Byun, Jawook (author) / Kwon, Kiwoong (author) / Han, Jiyong (author) / Yoon, Wondeuk (author) / Lee, Nakyung (author) / Kim, Hyunseob (author) / Pham, Nhat (author) / Kim, Daeyoung (author)
2018-09-01
521656 byte
Conference paper
Electronic Resource
English
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