Sentence examples for suitable information systems from inspiring English sources

New, suitable information systems and recording and reminding tools that do not interfere with the work of professionals are required.

The main aim of such data models has been to provide the definition and format of data for supporting the development of suitable information systems.

Because the economic assessment of animal disease surveillance must explicitly acknowledge the relationship between disease mitigation, a process that enhances economic benefits, and mitigation resources, a source of economic costs, it also provides essential guidance for the design of suitable information systems.

However, when reliable data is not available, DES may be a highly suitable information system that could be used to run a series of different "what if?" scenarios, allowing the user to understand the interaction of the model parameters, and their effects on the output of interest.

Given the emphasis on promoting scientific progress, BioCreative meetings have consistently sought to make available both suitable information extraction systems that handle life science literature and suitable 'gold standard' data for training and testing these systems (1 4).

This has created a pressing need for a suitable executive information system (EIS) that is capable of extracting data from internal and external data sources and providing data analysis on demand for business executives.

Thus, our approach is more general and suitable for practical information systems than the one of [22].

This approach is more general and suitable for practical information systems based on description logic than the one of Nguyen and Szałas (Rough sets and intelligent systems. Springer, Berlin, pp 517 543, 2013).

This paper addresses the problem of transforming business specifications written in natural language into formal models suitable for use in information systems development.

The main objective of this study is to develop an approach to reveal suitable areas using geographical information systems (GIS) via spatial analysis based on screening criteria in Edirne, Turkey.

The main objectives of the work is to first improve an actuator fault detection and fault magnitude estimation problem for a particular system and second to estimate non measurable variables in order to provide suitable information to the monitoring system.