The aim of this work is to present the principal aspects related to this technology, with emphasis on the work material requirements, tool materials and geometry, cutting forces and temperature, quality of the finished product, process modelling and monitoring and machine tool requirements.
Software and embedded system companies today encounter problems related to requirements management tool integration, incorrect tool usage, and lack of traceability.
In addition, the objectives, time horizons, skill requirements and tools in each phase are quite different, usually requiring a different mix of levels within a given organization.
To determine the technical requirements, the tools' behavior, the challenges of interoperability and viable strategies, we reviewed the literature and tested five tools.
Most requirements specification tools are more suited for functional requirements than for non-functional RAMP requirements.
This investigation also explores how requirements and tools have changed.
Most requirements specification tools, e.g., Accent, Nu Thena, SES, Rational, are more suited for functional requirements than for non-functional RAMP requirements [1 5].
Requirements Management Tools (RMt) embedded in PLM solutions help keeping specifications consistent, up-to-date, and accessible.
Alternative future visions enable us to discover the requirements and tools we need to implement today tomorroww) to attain the preferred future or avoid negative outcomes.
The formal verification both of the generic requirement set, and of a simple system instance, is demonstrated using our U2B, ProB and prototype Requirements Manager tools.
