While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) framework, others require to consider also non-linear cost functionals. Following the terminology of Gozlan, Roberto, Samson and Tetali this corresponds to weak martingale optimal transport (WMOT). In this article we establish stability of WMOT which is important since financial data can give only imprecise information on the underlying marginals. As application, we deduce the stability of the superreplication bound for VIX futures as well as the stability of stretched Brownian motion and we derive a monotonicity principle for WMOT
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
The robust approach has been a prominent area of research within modern mathematical finance since t...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in robust finance can be posed in the martingale optimal transport framework or...
37 pages, 2 figuresOur main result is to establish stability of martingale couplings: suppose that $...
Our main result is to establish stability of martingale couplings: suppose that π is a martingale co...
37 pages, 2 figuresInternational audienceOur main result is to establish stability of martingale cou...
Our main result is to establish stability of martingale couplings: suppose that $\pi$ is a martingal...
Continuity of the value of the martingale optimal transport problem on the real line w.r.t. its marg...
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
The robust approach has been a prominent area of research within modern mathematical finance since t...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in (robust) finance can be posed in the martingale optimal transport (MOT) fram...
While many questions in robust finance can be posed in the martingale optimal transport framework or...
37 pages, 2 figuresOur main result is to establish stability of martingale couplings: suppose that $...
Our main result is to establish stability of martingale couplings: suppose that π is a martingale co...
37 pages, 2 figuresInternational audienceOur main result is to establish stability of martingale cou...
Our main result is to establish stability of martingale couplings: suppose that $\pi$ is a martingal...
Continuity of the value of the martingale optimal transport problem on the real line w.r.t. its marg...
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
Transport (MOT) and its links with probability theory and mathematical finance as well as some of it...
The robust approach has been a prominent area of research within modern mathematical finance since t...