Marcio Buss, Daniel Brand, et al.
Science of Computer Programming
A protocol verifier using symbolic execution has been designed and implemented as part of a general verifier (oriented towards microcode). This part describes how this method works for communication protocols involving timing assumptions, state changes depending on message contents, unreliable medium, an arbitrary number of communicating processes, etc. The method can detect design errors such as deadlock and tempo-blocking; in addition the user can add his own assertions to express other desired properties. © 1978.
Marcio Buss, Daniel Brand, et al.
Science of Computer Programming
William H. Joyner, Louise H. Trevillyan, et al.
DAC 1986
P. Pitrozafiropulo, Colin H. West, et al.
IEEE Transactions on Communications
Ewout van den Berg, Daniel Brand, et al.
INTERSPEECH 2015