The authors describe the challenges of disease surveillance in settings lacking infrastructure and access to medical care. They address the role of analytic methods and evaluate open-source temporal alerting algorithms chosen for the Suite for Automated Global Electronic bioSurveillance (SAGES), collection of modular, freely-available software tools to enable electronic surveillance in these settings. An algorithm test-bed is described and used to compare algorithm alerting performance for both daily and weekly data streams. Multiple detection performance measures are defined, and a practical means of combining them is applied to recommend preferred alerting methods for common scenarios
Electronic Laboratory Reporting (ELR) following prescribed standards offers both opportunity and uni...
Situational awareness is important in responding to rapidly unfolding events. To better provide acti...
A lot of literature from the past few years has discussed the importance of bridging the digital div...
As zoonoses are of concern to both human and animal health, the question was raised whether a joint ...
Open Source Software (OSS) is rapidly becoming part of public health applications. The adoption more...
This analysis compares ED discharge diagnosis data with ED chief complaint data to assess the validi...
By pairing an open source medical record system, OpenMRS, with the Suite for Automated Global Electr...
Situational awareness is important for both early warning and early detection of a disease outbreak....
We suggest there are currently three main challenges in the development of animal syndromic surveill...
Surveillance systems utilizing early indicator of disease activity would be useful for monitoring co...
The success of syndromic surveillance depends on the ability of the surveillance community to quickl...
Software design techniques for tolerating both hardware and software faults have been developed over...
Assessments of children with Osteogenesis Imperfecta (OI) are typically limited to a physical exam a...
Human motion analysis provides a quantitative means of assessing whole body and segmental motion of ...
We introduce our new DADAR (Data Analysis, Detection, And Response) syndromic surveillance platform
Electronic Laboratory Reporting (ELR) following prescribed standards offers both opportunity and uni...
Situational awareness is important in responding to rapidly unfolding events. To better provide acti...
A lot of literature from the past few years has discussed the importance of bridging the digital div...
As zoonoses are of concern to both human and animal health, the question was raised whether a joint ...
Open Source Software (OSS) is rapidly becoming part of public health applications. The adoption more...
This analysis compares ED discharge diagnosis data with ED chief complaint data to assess the validi...
By pairing an open source medical record system, OpenMRS, with the Suite for Automated Global Electr...
Situational awareness is important for both early warning and early detection of a disease outbreak....
We suggest there are currently three main challenges in the development of animal syndromic surveill...
Surveillance systems utilizing early indicator of disease activity would be useful for monitoring co...
The success of syndromic surveillance depends on the ability of the surveillance community to quickl...
Software design techniques for tolerating both hardware and software faults have been developed over...
Assessments of children with Osteogenesis Imperfecta (OI) are typically limited to a physical exam a...
Human motion analysis provides a quantitative means of assessing whole body and segmental motion of ...
We introduce our new DADAR (Data Analysis, Detection, And Response) syndromic surveillance platform
Electronic Laboratory Reporting (ELR) following prescribed standards offers both opportunity and uni...
Situational awareness is important in responding to rapidly unfolding events. To better provide acti...
A lot of literature from the past few years has discussed the importance of bridging the digital div...