In order to give more reliability to these proofs, programming language researchers have been developing, in recent years, a large number of works devoted to machine assisted proofs [1, 6, 10, 28].
The authors thank to Dr. Lenka Mártonfiová, Dr. Silvia Gajdošová and Dr. Zuzana Kolaříková who assisted in proof-reading and English language correction.
If correct, this closes the gap between a priori and a posteriori claims about computer assisted correctness proofs, but only by redrawing the boundary between a priori and a posteriori knowledge so that some empirical assertions can fall into the former category.
YFW designed the study and assisted with proof-reading of the manuscript.
SVF revised manuscript critically and assisted with proof-reading of the manuscript.
We also explore the possibility of using tool support to administer the derivation, as well as to assist in correctness proofs.
As (Bundy 2011) puts it: "As important theorems requiring larger and larger proofs emerge, mathematics faces a dilemma: ether these theorems must be ignored or computers must be used to assist with their proofs".
We hope that this review will give more convincing proof to assist clinicians during the decision-making process when dealing with chronic urticaria.
First of all, we introduce some lemmas, which will assist a lot in the proof of the main result.
A software prototype R2FBS is presented as a proof of concept to assist the transformation.
