... 1 LinearError-BlockCodes his chapter is devoted to describe the concept of LEB ...integer and give some of its properties. It is used to define the block metric, also called ...
... parameters, error correcting codes, non-cooperative context, reconstruction ...an error correcting code is ...information and the redundant bits and then, correct the noise introduced ...
... methods and the dependence of the admissible temporal stepsize on ε ...problem and specify the considered exponential operator splitting ...local error representation involving multiple integrals of ...
... consider linear programming (LP) decod- ing for ...stabilizer codes was already defined by Li and Vontobel ...different and does not require finding an error having the right syndrome, ...
... random linear code, ordered statistics, block turbo code, error correction ...broadcast applications, the network coding [1] is studied for its advantages over traditional ...
... 1.2 History The main problem formulated above is interesting for functions of arbitrary smoothness as well as for various classes of splines (for instance, for splines of higher order, interpolating splines, best ...
... product codes. This algorithm is based on soft decoding of the component codesand soft decision at the output of the elementary ...product codes when using Maximum Likelihood Sequence ...
... estimated error probabilities do not close match the simulated BERs for your q-ary CDO codes due to several different reasons : i) our codes adopt the iterative decoding algorithms, ...algorithm ...
... : codes correcteurs, codes localement corrigibles, stockage distant, protocoles cryptographiques, block designs Résumé : Les codes localement corrigibles ont été introduits dans le but ...
... DLA) and alkyl L,L–lactoyl ...DLA and PDLA is mainly limited to stereocomplex ...Food and Drugs Administration (FDA)–approved Sn(II)–based catalysts facilitates the use of PLLA for environmental ...
... physics and electronic structure ...the applications which implies the use of a large number of degrees of freedom and also due to the nonlinear nature of the models that leads to iterative solution ...
... rows and left 4 columns of blocks of size 4 × 4 are predicted with ...a block has been predicted with the respective prediction method (ATM, NLM, or LLE), the 4 × 4 residual block is DCT transformed, ...
... substantial applications of the same ...[1] error analysis of a finite difference scheme for the 1D wave equation, using series with coefficients in a normed algebra to encode a bivariate ...perspective ...
... states, and periodically performing a recovery operation (i.e., error detection and ...to error- corrected quantum sensing, with no analog in quantum computing or ...QEC codes developed ...
... 5. Applications The 3-‐D block-‐tridiagonal parallel solver can be applied to many physics problems that are computationally ...heating and current drive by mode-‐ converted waves in the ion ...
... quantities and use the classical differential ...dimension, and is commonly used in engineering ...not linear with respect to the parameters, the result can be biased, because of the previous ...
... a linear or branched architecture and contain various functional groups such as carboxylic acid, amino and hydroxyl ...polysaccharides and offer numerous opportunities for chemical ...
... theoretical and a computational point of view, even for several graphs where other in general hard problems are easy to solve, like bipartite graphs or chordal ...identifying codes of special ...in ...
... 1 Introduction Registration of thoracic CT images is a challenging problem encountered in many clinical applications. For instance, one of the most important aspect in radio- therapy planning is to precisely ...
... broad and the tuning issue is far from ...the error equation becomes a homogeneous Markov ...deterministic and discrete-time ...the error, we prove that if the filter with noise turned off ...