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Separating predictive responses from reactive responses in isochronous finger tapping using Bayesian hierarchical modeling

Finger tapping to isochronous pacing stimuli is a well established experimental paradigm first described in the late 19th century. Two variables of common interest in rhythmic tapping tasks are timing variability and constant error. However, a difficulty when estimating these variables is that at interstimulus intervals longer than 2 seconds participants regularly overshoot the target interval and

Energihushållning och värmeisolering. Byggvägledning 8. En handbok i anslutning till Boverkets byggregler

Denna fjärde utgåva av Energihushållning och värmeisolering tar hänsyn till ändringarna i avsnitt 9 Energihushållning i BBR 21 (BFS 2014:3) som gäller från den 1 juli 2014 och som efter en övergångsperiod ska tillämpas fullt ut från den 1 juli 2015 och BBR 22 (BFS 2015:3) som gäller från den 1 mars 2015 och som efter en övergångsperiod ska tillämpas fullt ut från den 1 mars 2016. De väsentliga än

Online Evolution for Multi-Action Adversarial Games

We present Online Evolution, a novel method for playing turn-based multi-action adversarial games. Such games, which include most strategy games, have extremely high branching factors due to each turn having multiple actions. In Online Evolution, an evolutionary algorithm is used to evolve the combination of atomic actions that make up a single move, with a state evaluation function used for fitne

Ultrawideband MIMO Channel Measurements and Modeling in a Warehouse Environment

This paper presents a detailed description of a propagation channel measurement campaign performed in a warehouse environment and provide a comprehensive channel model for this environment. Using a vector network analyzer (VNA), we explored both Line-of-sight(LOS) and Non-Line-of-sight (NLOS) scenarios over a 2-8 GHz frequency range. We extracted both small-scale and large-scale channel parameters

Muscle Sizes and Moment Arms of Rotator Cuff Muscles Determined by Magnetic Resonance Imaging

Biomechanical models which require information on, e.g., joint torque and muscle force are useful in the estimation of when and how mechanical overload of the musculoskeletal system may lead to disorders. The aim was to study the reliability and validity of magnetic resonance imaging (MRI) to quantify muscle sizes and moment arms by MRI and to test selected anthropometric measures as predictors of

Differences in trabecular bone texture between knees with and without radiographic osteoarthritis detected by fractal methods

Objective To develop an accurate method for quantifying differences in the trabecular structure in the tibial bone between subjects with and without knee osteoarthritis (OA). Methods Standard knee radiographs were taken from 26 subjects (seven women) with meniscectomy and radiographic OA Kellgren & Lawrence grade 2 or worse in the medial compartment. Each case knee was individually matched b

Hermannus Samsonius to Axel Oxenstierna : Latin Correspondence from 1621 to 1630 with Linguistic and Historical Commentaries

The core of the present work is a first edition of the first part of the Latin correspondence of Hermann Samson, Sweden's Superintendent of Churches in Livonia (1622-1643), with Axel Oxenstierna, the Chancellor of Sweden (1612-1654). The epistles date from 1621 to 1630, covering a period of tremendous change for Samson, Livonia, Sweden and Poland. Each epistle has been equipped with historical and

Some aspects of science with a 50-m AO telescope

Among the science challenges of the Extremely Large Telescopes (ELTs),four object types are studied for performance with a 50 m ELT withadaptive optics (AO), Euro50. Emphasis is on planetary systems and verydistant objects. For planetary systems and their evolution, we examinehigh resolution imaging of the nuclei of comets and high-resolutionimaging, photometry and low and intermediate resolution

Interplay between interference and Coulomb interaction in the ferromagnetic Anderson model with applied magnetic field

We study the competition between interference due to multiple single-particle paths and Coulomb interaction in a simple model of an Anderson-type impurity with local-magnetic-field-induced level splitting coupled to ferromagnetic leads. The model along with its potential experimental relevance in the field of spintronics serves as a nontrivial benchmark system where various quantum-transport appro

Time-updating IAA-based spectral estimates with missing samples using data interpolation

In this work, we propose a computationally efficient time-updating algorithm for estimating the spectral content of a signal with missing samples. The algorithm extends earlier work on the topic by formulating a data-interpolation scheme reducing the required complexity to a fraction of the earlier efficient implementation, without resulting in any noticeable loss of performance for even a quite l