Abstract:This paper introduces a new collaborative approach to construction of large scale service oriented systems supporting distributed reasoning. In particular, we assume systems in which complex situation assessment is carried out through composition of heterogeneous services, each specialized for a particular type of analysis. Different services are composed automatically by using service discovery and negotiation. One of the major challenges in such settings is efficient definition of a large number of different… Show more
“…Applications such as large-scale crisis management, maritime security, disease and pollution monitoring, and environmental control need to fuse large amounts of heterogeneous data to form virtual information sources that mitigate noise. [44][45][46][47] The area of greater Rotterdam in the Netherlands is a chemical hub and houses more than 15% of the Dutch population, making safety and security a major concern. Some leakage of chemicals into the air is an everyday, unavoidable event.…”
Section: Industrial Incident Notification and Responsementioning
SUMMARYA common feature across many science and engineering applications is the amount and diversity of data and computation that must be integrated to yield insights. Data sets are growing larger and becoming distributed; and their location, availability and properties are often time-dependent. Collectively, these characteristics give rise to dynamic distributed data-intensive applications. While "static" data applications have received significant attention, the characteristics, requirements, and software systems for the analysis of large volumes of dynamic, distributed data, and data-intensive applications have received relatively less attention. This paper surveys several representative dynamic distributed data-intensive application scenarios, provides a common conceptual framework to understand them, and examines the infrastructure used in support of applications.
“…Applications such as large-scale crisis management, maritime security, disease and pollution monitoring, and environmental control need to fuse large amounts of heterogeneous data to form virtual information sources that mitigate noise. [44][45][46][47] The area of greater Rotterdam in the Netherlands is a chemical hub and houses more than 15% of the Dutch population, making safety and security a major concern. Some leakage of chemicals into the air is an everyday, unavoidable event.…”
Section: Industrial Incident Notification and Responsementioning
SUMMARYA common feature across many science and engineering applications is the amount and diversity of data and computation that must be integrated to yield insights. Data sets are growing larger and becoming distributed; and their location, availability and properties are often time-dependent. Collectively, these characteristics give rise to dynamic distributed data-intensive applications. While "static" data applications have received significant attention, the characteristics, requirements, and software systems for the analysis of large volumes of dynamic, distributed data, and data-intensive applications have received relatively less attention. This paper surveys several representative dynamic distributed data-intensive application scenarios, provides a common conceptual framework to understand them, and examines the infrastructure used in support of applications.
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