GIS- or CAD-based technology has been widely used for cartographic maps in coal mines, but structural gaps between such maps make it difficult to provide an integrated map service, for any specific purpose, at higher ...GIS- or CAD-based technology has been widely used for cartographic maps in coal mines, but structural gaps between such maps make it difficult to provide an integrated map service, for any specific purpose, at higher levels. There is no uniform platform that can be used to manage all involved maps. The main reason for this is that datasets are submitted by individual coal mines using their individual, diverse software. No consistent model is used within the software for data abstraction and symbolization. This paper first reviews all the essential specifications concerning OGC (Open Geospatial Consortium) interoperability. Then an OGC standard-oriented architecture is proposed to provide distributed coal mine map services. Within this new architecture the management of spatial data archives, and the integration of coal mine maps, are achieved through the interfaces of geospatial services. Finally an open source geospatial approach is suggested to implement the proposed scheme. A case study of the Huaibei Coal Group is used to demonstrate the proposal.展开更多
In recent years,large-scale sensor arrays and the vast data-sets they produce worldwide are being utilized,shared,and published by a rising number of researchers on an ever-increasing frequency.An increasing number of...In recent years,large-scale sensor arrays and the vast data-sets they produce worldwide are being utilized,shared,and published by a rising number of researchers on an ever-increasing frequency.An increasing number of sensor web services are deployed to host and share the large volume of sensor data online.How to efficiently discover the sensor web resources and visualize different types of sensor data in a coherent environment becomes an important research question that is still not fully resolved.In this paper,we propose the Sensor Web PivotViewer system.By integrating the Geospatial Cyberinfrastructure for Environmental Sensing(GeoCENS)cyber infra-structure,the Microsoft PivotViewer,and the Microsoft BingMaps,the proposed system fills in the missing software components for users to easily and intuitively discover and utilize the worldwide sensor web resources.展开更多
Sensor networks are an essential tool for environmental scientists.As scientists and engineers are beginning to utilize these new methods and devices in their fieldwork,they need to be actively involved in the future ...Sensor networks are an essential tool for environmental scientists.As scientists and engineers are beginning to utilize these new methods and devices in their fieldwork,they need to be actively involved in the future of sensor-networking development.Continued sensor network innovation is important for improved standardization,affordability,and interoperability.This article uses a storm water case study to outline an end-to-end open-innovation sensor network.Open innovation by scientists,engineers,and entities is the collaborative process of creating value for this project in permeable paver runoff data and advances within sensor networking.This article focuses on the technical implementation of the near–real-time location and temporally aware sensor network.Data are streamed in near–real-time with subliter precision to the cloud using common off-the-shelf routers.The sensors use Maxim’s 1-wire™protocol,and the unique digital serial numbers confirm the data.The data retrieved compare residence times within the permeable paver catchment basins and the control basin.Sensor network advances are made by bridging the gap between sensor protocols and communication systems.These advances enable the development of open-source representational state transfer web services.Our successful implementation serves as an example for others to study and expand upon for a variety of monitoring solutions.展开更多
基金Project 40771167 supported by the National Natural Science Foundation of China
文摘GIS- or CAD-based technology has been widely used for cartographic maps in coal mines, but structural gaps between such maps make it difficult to provide an integrated map service, for any specific purpose, at higher levels. There is no uniform platform that can be used to manage all involved maps. The main reason for this is that datasets are submitted by individual coal mines using their individual, diverse software. No consistent model is used within the software for data abstraction and symbolization. This paper first reviews all the essential specifications concerning OGC (Open Geospatial Consortium) interoperability. Then an OGC standard-oriented architecture is proposed to provide distributed coal mine map services. Within this new architecture the management of spatial data archives, and the integration of coal mine maps, are achieved through the interfaces of geospatial services. Finally an open source geospatial approach is suggested to implement the proposed scheme. A case study of the Huaibei Coal Group is used to demonstrate the proposal.
文摘In recent years,large-scale sensor arrays and the vast data-sets they produce worldwide are being utilized,shared,and published by a rising number of researchers on an ever-increasing frequency.An increasing number of sensor web services are deployed to host and share the large volume of sensor data online.How to efficiently discover the sensor web resources and visualize different types of sensor data in a coherent environment becomes an important research question that is still not fully resolved.In this paper,we propose the Sensor Web PivotViewer system.By integrating the Geospatial Cyberinfrastructure for Environmental Sensing(GeoCENS)cyber infra-structure,the Microsoft PivotViewer,and the Microsoft BingMaps,the proposed system fills in the missing software components for users to easily and intuitively discover and utilize the worldwide sensor web resources.
文摘Sensor networks are an essential tool for environmental scientists.As scientists and engineers are beginning to utilize these new methods and devices in their fieldwork,they need to be actively involved in the future of sensor-networking development.Continued sensor network innovation is important for improved standardization,affordability,and interoperability.This article uses a storm water case study to outline an end-to-end open-innovation sensor network.Open innovation by scientists,engineers,and entities is the collaborative process of creating value for this project in permeable paver runoff data and advances within sensor networking.This article focuses on the technical implementation of the near–real-time location and temporally aware sensor network.Data are streamed in near–real-time with subliter precision to the cloud using common off-the-shelf routers.The sensors use Maxim’s 1-wire™protocol,and the unique digital serial numbers confirm the data.The data retrieved compare residence times within the permeable paver catchment basins and the control basin.Sensor network advances are made by bridging the gap between sensor protocols and communication systems.These advances enable the development of open-source representational state transfer web services.Our successful implementation serves as an example for others to study and expand upon for a variety of monitoring solutions.
