Sentence examples for lifecycle creation from inspiring English sources

Design/methodology/approach – It takes a dynamic perspective and suggests a four-stage secrecy management lifecycle: creation of secret, installation of preventive mechanisms, protection and exploitation, and minimization of leakage.

The research in MCCO will develop novel technology for supporting collaborative workflows that manage the lifecycle (i.e., the creation, management, and consumption) of complex multimedia content.

Jay Litkey: Virtual sprawl is really a class of problems related to the uncontrolled creation and ongoing lifecycle of virtual machines.

For the education of methods, technologies and tools for the product creation a product lifecycle (PLC) approach is chosen which includes research fields such as Innovation Management, Engineering Methodologies, Production Management and Virtual Engineering to create a holistic practical learning framework based on a constructivism learning approach.

Because infectious diseases are components of species networks, simply arriving in a new location may be insufficient for establishment and creation of endemic lifecycles.

For that reason, it is suggested that the fast rise of cloud-computing solutions has certain implication in terms of knowledge lifecycle, shall it be around the creation of knowledge, the sharing of knowledge to internal and external audiences, or its reusability to meet the needs of organization and beneficiaries of new KM services.

This paper considers the lifecycle of products and systems, and discusses the creation of a knowledge-based ontology.

MSKOs evolve in time as scientific knowledge progresses, and have many actors contributing to their creation and evolution, according to various lifecycle processes.

Identity lifecycle management encompasses the whole process of identity creation, management of account changes, password management and deletion or de-activation of CSC account in a synchronized manner (Gopalakrishnan [2009]), as shown in Figure 1.

This article contain comprehensive data of completing the functional, complementary unified information model, based on the technology of building information modelling for creation city environment through the whole lifecycle of the building.

Furthermore, the two entities have to be synergistically delivered and strategically managed thanks to the adoption of a PSS lifecycle management methodology and tools, in particular for the creation of a proper PSS infrastructure to delivery and maintain all the components from the design to the end of life phases.