The phrase "a high dependability" is not correct in standard English usage.
The correct expression would typically be "high dependability" without the article "a."
Example: "The system is known for its high dependability, making it a reliable choice for critical applications."
Alternatives: "great reliability" or "strong dependability."
Component-based software engineering is increasingly being adopted in developing a wide range of applications that have high dependability requirements.
There is increasing agreement that, to achieve high dependability in complex systems, design processes should move in a direction where dependability and other quality attributes are controlled from the early stages rather than left to emerge (or not) at the end.
The paper comes to the conclusion that CAN is well suited for soft real-time systems where flexibility is important, while TTP is most appropriate for the design of composable hard real-time systems with high dependability requirements.
Due to the high importance of these messages, SMV network and GOOSE network shall be of high dependability; MMS network is applied to the message exchange between devices on station level and bay level, such as monitoring and control messages of devices on bay level, the requirement on dependability is low, but that on the message quantity is relatively high.
Starting with the functional specifications of the system, we derive a functional-level model that is used to construct a high-level dependability model for each architecture, using well-defined, formal construction rules.
This leads to a high level of dependability and safety, eases verification, reduces cost for safety licensing, and conforms particularly well with the safety standard IEC 61508.
This paper discusses reconfiguration aspects of our new programmable and reconfigurable PENCA architecture as the new concept towards dependable fully configurable systems, which promises a combination of reasonable overhead and relatively fast encoding, also ensuring a high level of dependability, while keeping important properties in flexibility, programmability and testability.
