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Lena Schmidt; Saleh Mohamed; Nick Meader; Jaume Bacardit; Dawn Craig – Research Synthesis Methods, 2024
The amount of grey literature and 'softer' intelligence from social media or websites is vast. Given the long lead-times of producing high-quality peer-reviewed health information, this is causing a demand for new ways to provide prompt input for secondary research. To our knowledge, this is the first review of automated data extraction methods or…
Descriptors: Automation, Natural Language Processing, Literature Reviews, Data Collection
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Sutton, Anthea; O'Keefe, Hannah; Johnson, Eugenie Evelynne; Marshall, Christopher – Research Synthesis Methods, 2023
The Systematic Review Toolbox aims provide a web-based catalogue of tools that support various tasks within the systematic review and wider evidence synthesis process. Identifying publications surrounding specific systematic review tools is currently challenging, leading to a high screening burden for few eligible records. We aimed to develop a…
Descriptors: Search Strategies, Automation, Evidence, Synthesis
Demiralp, Burcu – ProQuest LLC, 2022
One of the challenges humans face is making collective decisions with regards to controversial issues related to science, namely socio-scientific issues (SSIs). Genetic modification, nuclear energy, experimental drugs, 5G technology are a few examples of SSIs. Some of the concerns posed by such issues are compromise to privacy and identity, threat…
Descriptors: Scientific Attitudes, Decision Making, News Reporting, Genetics
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Oder, Karl; Pittman, Stephanie – Research Management Review, 2015
Companies purchase computer systems to make their processes more efficient through automation. Some academic medical centers (AMC) have purchased computer systems for their institutional review boards (IRB) to increase efficiency and compliance with regulations. IRB computer systems are expensive to purchase, deploy, and maintain. An AMC should…
Descriptors: Efficiency, Compliance (Legal), Cost Effectiveness, Automation
Cecchetti, Alfred A. – ProQuest LLC, 2009
Objective: This dissertation developed an automatic classification procedure, as an example of a novel tool for an informationist, which extracts information from published abstracts, classifies abstracts into their "fields of study," and then determines the researcher's "field of study" and "level of activity." …
Descriptors: Medical Research, Medical Schools, Medicine, Classification
National Library of Medicine (DHEW), Bethesda, MD. – 1971
MEDLARS (Medical Literature Analysis and Retrieval System) a computer-based system is operated at the National Library of Medicine. The principal objective of Medlars is to provide references to the biomedical literature to researchers, clinicians, and other health professionals. This is accomplished through: (1) preparation of citations for…
Descriptors: Automation, Bibliographies, Computer Programs, Guides
BREGZIS, RITVARS – 1966
THE PRINCIPAL GOAL OF THE PROJECT IS THE ACTIVATION OF A REAL- TIME MEDICAL LITERATURE SYSTEM, WITH THE CONCEPT FOR THE PROJECT BASED ON RECENT TECHNOLOGICAL INNOVATIONS AND AN APPRAISAL OF EXPECTED FUTURE INFORMATION SYSTEMS. DURING THE FIRST PHASE, A DATA FILE HAS BEEN CREATED WHICH, WITH SOME ADJUSTMENTS, CAN BE EMPLOYED FOR TIME-SHARED…
Descriptors: Automation, Bibliographies, Computer Programs, Computer Storage Devices
Syner, James C. – 1968
A digital computer based biomedical information system was designed to service the needs of physicians engaged in patient care and clinical research, and scientists engaged in laboratory research. The system embraces all functions of information processing which include information collection, storage, retrieval, analyses and display. The…
Descriptors: Automation, Computer Programs, Computers, Hospitals