The tensor rank decomposition or CPD expresses a tensor as a minimum-length linear combination of elementary rank-1 tensors. It has found application in fields as diverse as psychometrics, chemometrics, signal processing and machine learning, mainly for data analysis purposes. In these applications, the theoretical model is oftentimes a low-rank CPD and the elementary rank-1 tensors are usually the quantity of interest. However, in practice, this mathematical model is always corrupted by measurement errors. In this talk, we will investigate the numerical sensitivity of the CPD using techniques from algebraic and differential geometry.status: publishe
http://woms13.univ-tln.fr/category/organisation/woms13-programInternational audienceThe so-called Ca...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
The canonical polyadic and rank-(Lt,Lt,1) block term decomposition (CPD and BTD, respectively) are t...
In applications, one rarely works with tensors that admit an exact low-rank tensor decomposition due...
The tensor rank decomposition is a decomposition of a tensor into a linear combination of rank-1 ten...
The tensor rank decomposition problem consists of recovering the unique parameters of the decomposit...
Multidimensional data, or tensors, arise natura lly in data analysis applications. Hitchcock&##39;s ...
The tensor rank decomposition problem consists of recovering the unique parameters of the decomposit...
In many applications signals or data vary with respect to several parameters (such as spatial coord...
more details in : hal-00490248The Canonical Polyadic (CP) decomposition of a tensor is difficult to ...
The canonical polyadic and rank-$(L_r,L_r,1)$ block term decomposition (CPD and BTD, respectively) a...
The canonical polyadic and rank-$(L_r,L_r,1)$ block term decomposition (CPD and BTD, respectively) a...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
Low rank decomposition of tensors is a powerful tool for learning generative models. The uniqueness ...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
http://woms13.univ-tln.fr/category/organisation/woms13-programInternational audienceThe so-called Ca...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
The canonical polyadic and rank-(Lt,Lt,1) block term decomposition (CPD and BTD, respectively) are t...
In applications, one rarely works with tensors that admit an exact low-rank tensor decomposition due...
The tensor rank decomposition is a decomposition of a tensor into a linear combination of rank-1 ten...
The tensor rank decomposition problem consists of recovering the unique parameters of the decomposit...
Multidimensional data, or tensors, arise natura lly in data analysis applications. Hitchcock&##39;s ...
The tensor rank decomposition problem consists of recovering the unique parameters of the decomposit...
In many applications signals or data vary with respect to several parameters (such as spatial coord...
more details in : hal-00490248The Canonical Polyadic (CP) decomposition of a tensor is difficult to ...
The canonical polyadic and rank-$(L_r,L_r,1)$ block term decomposition (CPD and BTD, respectively) a...
The canonical polyadic and rank-$(L_r,L_r,1)$ block term decomposition (CPD and BTD, respectively) a...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
Low rank decomposition of tensors is a powerful tool for learning generative models. The uniqueness ...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
http://woms13.univ-tln.fr/category/organisation/woms13-programInternational audienceThe so-called Ca...
The canonical polyadic and rank-(Lr,Lr,1) block term decomposition (CPD and BTD, respectively) are t...
The canonical polyadic and rank-(Lt,Lt,1) block term decomposition (CPD and BTD, respectively) are t...