Performance analysis and verification of safety communication protocol are important techniques during protocol development process.
This paper presents the formal specification and verification of a communication protocol between a ground station and a remotely operated aircraft.
The results turn out these residual errors, especially insertion/masquerade errors, may have a great influence on quantification of residual error rate and SIL verification of functional safety communication, and they should be treated seriously.
A major drawback is the lack of a suitable specification language against which definitive and efficient verification of inter-core communication can be performed to prove compliance of an IP block against the protocol specification.
Insights on how therapists use quantifiable data can be summed up by Fujiura and Rutkowski-Kmitta's statement: "Numerical associations facilitate independent verification, standardization, and economy of communication" (p92) [ 40].
However, it should be pointed out that such safety and quality deviations are rarely due to the lack of professional knowledge, but are rather the result of poor organization, verification, coordination, communication and a general lack of a common culture of safety and quality [ 4].
Now it appeared to have been negligence due to lack of communication and verification, he said, adding: "I think that many aspects, many things have happened since the report has been published.
Safety integrity level (SIL) verification of functional safety fieldbus communication is an essential part of SIL verification of safety instrumented system (SIS), and it requires quantifying residual error probability (RP) and residual error rate of function safety communication.
Verification of a space laser communication system's parts or of component-level, terminal-level, and system-level performance using ground test and verification devices on the ground before launch is vital.
