The implementation of this workflow requires a web-enabled working platform, readily allowing networking of distributed team workers, capable of the pertinent data exchange standards for collection data, with suitable interfaces to handle character data, and capable to handle taxonomic classifications.
This study proposes an implementation process model for integrating eXtensible Markup Language (XML) into enterprise applications, which also meets the inter-organization data exchange standard of RosettaNet.
On this front, I have had some negative experience in lobbying software suppliers of qualitative analysis packages to implement a data exchange standard to enable export of within-system documentation; conversion between different market leaders' softwares is currently difficult, if not impossible.
But current data exchange standard for exchanging tolerance information among these systems can only exchange syntaxes and cannot exchange semantics.
Once the feature-based CAD model created in one CAD system is input into another via data exchange standards, many of the original features and the feature-related information may not exist any longer.
The use of CAD data exchange standards causes the loss of design intent such as construction history, features, parameters, and constraints, whereas existing research on feature-based data exchange only focuses on class-level feature definitions and does not support instance-level verification, which causes ambiguity in data exchange.
This difference in implementation prevents the creation of database-agnostic software, and defeats the purpose of data exchange standards.
Interoperability of software is a critical requirement in the architecture, engineering, and construction (AEC) industry, where a number of data exchange standards have been created to enable data exchange among different software packages.
This includes other data networking standards, including IBM's SNA and DECnet (whose owners don't even exist anymore), and then later the switched telephone network, the television broadcast networks, and lots of data exchange standards include X.400 and EDI, just to name two I used to know too well.
One suggestion for avoiding this unintentional merging of organism-, tissue- and disease-specific entities and interactions would be to specify databases at the reaction level with respect to a single canonical cell free of disease, and to support such a model in the specification of data exchange standards.
The advent of Building Information Modeling (BIM) technology enables a potential solution to these problems through the support of open data exchange standards such as the Industry Foundation Classes (IFC) standard.
