The SYMEDICAL® Server Approach

Normalize - Standardize - Correlate - Interpret
 
The SYMEDICAL Server approach is driven by the application of its processing Engines through API requests or integrated service calls.

Cognition Engine
The Cognition Engine is designed to understand a terminology-domain based upon known phrase patterns, dominant primary and secondary characteristics and other relevant attributes.  Terms passed through the Cognition Engine are deconstructed and normalized into specific domain characteristic models, allowing SYMEDICAL Server to “understand” and persist each term’s meaning.
 
Coordination Engine
Once SYMEDICAL Server persists a term in its normalized state, the Coordination Engine is able to correlate its characteristics and attributes to those of another vocabulary set in order to find appropriate matches. The resulting automated or human assisted mapping standardizes the term to the requested standard vocabulary.

RelationSense Engine
Using the persisted representation of terms or the processing of existing relationship models, the RelationSense Engine identifies patterns and infers connections in order to define relationships between concepts. This correlation of concepts across terminology domains makes it easy to create small purpose specific content models that can be reused as components to build larger ontology structures if the need arises.

Sift Engine
Using SYMEDICAL Server’s ability to understand terminology domains, the Sift Engine scans unstructured text looking for the characteristics it recognizes. Once founds, these characteristics are interpreted with other available attributes to interpret and return usable, structured data.
 

Click here to learn about SYMEDICAL Server's Advanced Capabilities
 
 

Customer Spotlight

AllscriptsSelects SYMEDICAL® Server


Allscripts has selected
Clinical Architecture’s
SYMEDICAL Server for
Advanced Terminology
Management, ICD-10
Strategy Implementation.
Taking advantage of
SYMEDICAL Server to
deliver advanced search
capabilities through
run-time services.


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