Abstract: Requirement terms and a glossary having requirement terms with matching requirement term synonyms are received. It is determined whether a first requirement term is identical to a second requirement term in the glossary. The first requirement term that is identical to the second requirement term is replaced by the synonym of the second requirement. A first graph is generated having requirement term synonyms. A relationship strength is determined between the requirement term synonym nodes. The matching requirement term synonyms are grouped into clusters based on the relationship strength between the nodes. The clusters are separated into modules based on relationship strength between the nodes and a maximum number of requirements allowed in each module. A second graph of modules is generated. The second graph is translated into human-readable documents and machine-readable files and the machine-readable files are exported to a software design tool.

Abstract: Requirement terms and a glossary having requirement terms with matching requirement term synonyms are received. It is determined whether a first requirement term is identical to a second requirement term in the glossary. The first requirement term that is identical to the second requirement term is replaced by the synonym of the second requirement. A first graph is generated having requirement term synonyms. A relationship strength is determined between the requirement term synonym nodes. The matching requirement term synonyms are grouped into clusters based on the relationship strength between the nodes. The clusters are separated into modules based on relationship strength between the nodes and a maximum number of requirements allowed in each module. A second graph of modules is generated. The second graph is translated into human-readable documents and machine-readable files and the machine-readable files are exported to a software design tool.

Abstract: Requirement terms and a glossary having requirement terms with matching requirement term synonyms are received. It is determined whether a first requirement term is identical to a second requirement term in the glossary. The first requirement term that is identical to the second requirement term is replaced by the synonym of the second requirement. A first graph is generated having requirement term synonyms. A relationship strength is determined between the requirement term synonym nodes. The matching requirement term synonyms are grouped into clusters based on the relationship strength between the nodes. The clusters are separated into modules based on relationship strength between the nodes and a maximum number of requirements allowed in each module. A second graph of modules is generated. The second graph is translated into human-readable documents and machine-readable files and the machine-readable files are exported to a software design tool.

Abstract: Requirement terms and a glossary having requirement terms with matching requirement term synonyms are received. It is determined whether a first requirement term is identical to a second requirement term in the glossary. The first requirement term that is identical to the second requirement term is replaced by the synonym of the second requirement. A first graph is generated having requirement term synonyms. A relationship strength is determined between the requirement term synonym nodes. The matching requirement term synonyms are grouped into clusters based on the relationship strength between the nodes. The clusters are separated into modules based on relationship strength between the nodes and a maximum number of requirements allowed in each module. A second graph of modules is generated. The second graph is translated into human-readable documents and machine-readable files and the machine-readable files are exported to a software design tool.