... Detecting **Low**-**Complexity** Confounders from Data Maria Virginia Ruiz Cuevas 1 2 Nataliya Sokolovska 1 Pierre-Henri Wuillemin 3 Jean-Daniel Zucker 4 Abstract Statistical dependencies between two variables X ...

4

... In this work we propose a **low** **complexity** DFD algo- rithm for large WSNs. Our approach differs with respect to classical solutions in the fact that the comparison of the local and neighboring measurements in ...

8

... new **low**-**complexity** solution for multi-tag deployment of UWB-RFID systems which avoids the use of a dedicated synchronization channel and an extensive code acquisition; (ii) the presentation of the first ...

5

... Image domain Voronoi partition Kinetic partition Image domain + simulated annealing Figure 3. Initialization. The top (resp. bottom) row shows the initial partitions (resp. output polygons). Objects of interest are ...

10

... a **low**-**complexity** algorithm capable of estimating the channel from part of the carriers ...a **low**-**complexity** algorithm. As such, we have obtained an exact **low**-**complexity** ...

7

... exact **low**-**complexity** MMSE-FDE based on the FS representation of the CPM wave- forms, only considering time-invariant frequency-selective ...the **complexity**, without making any kind of approximation in ...

6

... of **low** resolution (LR) and high resolution (HR) trained patch pairs to infer the unknown HR ...a **low**-**complexity** competitive algorithm: (i) a compact but efficient representation of the patches ...

11

... **Low** **Complexity** Scalable Iterative Algorithms for IEEE ...good **complexity** performance ...between **complexity** and performance measured in computational time and BER as well as FER achieved by ...

13

... a **low** **complexity** decoupled multiuser ranging (DEMR) estimator for TOA estimation in direct-sequence ultra-wideband (DS-UWB) ranging ...reducing **complexity** considerably, we show that DEMR estimator is ...

7

... novel **low**-**complexity** decoder yields much less processing time latency than the classical Guo-Nilson’s sphere decoder with Schnorr-Euchner ...decoding **complexity**, especially with 16-QAM ...

28

... 2.2. ASR-based enhancement layer encoder The local adaptation of the spatial resolution is at the heart of the proposed **low**-**complexity** EL encoder. Indeed, since natural im- ages/videos comprise locally ...

6

... develop **low**-**complexity** asynchronous distributed cooperative content placement caching algorithms that require communication only between caches with overlapping coverage ...

25

... In this paper, we propose algorithms for PCA and MCA prob- lems with **low** **complexity** and improved convergence perfor- mance. 1 These algorithms are based on the Orthogonal Projec- tion Approximation and ...

12

... exact **low**-**complexity** MMSE-FDE based on the FS representation of the CPM wave- forms, only considering time-invariant frequency-selective ...the **complexity**, without making any kind of approximation in ...

5

... V. C ONCLUSION In this paper, we have compared two solutions for the **complexity** reduction of LMMSE in OFDM/OQAM. A first approximation (labeled as Approximation-1 ) was originally designed for the OFDM modulation ...

6

... Local Linear Convergence of Douglas–Rachford/ADMM for **Low** **Complexity** Regularization Jingwei Liang ∗ , Jalal M. Fadili ∗ , Gabriel Peyr´e † and Russell Luke ‡ ∗ GREYC, CNRS, ENSICAEN, Universit´e de Caen, ...

2

... ALOHA medium access protocol quickly become interference limited when node density increases, thus necessitating new interference-related performance metrics [2]. The present work focuses on the design of a **low** ...

7

... simplify procedure-2 so as to bring down the number of compare and save operations to a more reasonable value. In a first attempt, we tried to reduce q and we observed that the degradation in coding gain was relatively ...

6

... novel **low** **complexity** hierarchical synchro- nization method is ...gains **complexity** advantage and good MSE performance by the auto-correlation (first step) and cross-correlation (second step) ...

6

... in equation (2) (respectively α (m) in equation (3)). [6] considers parallel rows and columns decoding of the product code in order to half the latency of the decoder. [7] presents a **low**- **complexity** Chase ...

9