3,073 research outputs found
Ernst Weiss
No full textDigital ImageThe Austrian author Ernst Weiss was born in 1882 in Brno. He died 1940 in Paris
The Capstone in Everyone’s Delivery Room: Placing ‘Practice’ at the Center of Data Science Education
No full textPreface to the themed issue on statistical network science and its applications
No full textVeronica Vinciotti and Ernst Wit thank the Isaac Newton Institute for Mathematical Sciences, Cambridge, for its hospitality during the programme Theoretical Foundations of Statistical Network Analysis, which was supported by the EPSRC grant EP/K032208/1
Papers of Ernst Leumann (235): [Haribhadra]
No full text[Haribhadra]1. "A further note on the Prakrit Grant of the Pallava King śivaskandavarman (see. Epigr. Ind. Vol. II p. 483ff) by Ernst Leumann, Ph.D., Strasbourg". - 2. Analysis of Haribhadra's Tattvārthaṭīkā (3 pp.). - 3. Analysis of Haribhadra's Daśavaikālika-vṛtti (2 pp.). - 4. Tattvārthasūtra (2 pp.). - 5. Analysis of the Pañcasūtraka (2 pp.). - 6. "Haribhadra's Commentar zu Jinabhadra's Saṃgrahaṇī" (1 p.). - 7. Haribhadra as a commentator of the canon (3 pp.). - 8. Haribhadra's authorship of the Caityavandanābhāṣya, according to Siddha (author of the Upamitabhavaprapañcakathā) (6 pp.). - 9. Analysis of the Upamitabhavaprapañcakathā (2 pp., see also c. 248). - 10. Colophon of Haribhadra's Āvaśy.-ṭīkā, its relationship to other Āv.-commentaries, concordance of the mss. of Haribhadra's Āv.comm. - Clean, but some pp. seem to be missingKatalognummer: 235Medium/Umfang: many unbound leavesLokale Notation: Schu: 1.B.4.Projektmetadaten:20 : [Haribhadra]
30b: Schu: 1.B.4.
77 : many unbound leaves
90 : 235
93 : 1. "A further note on the Prakrit Grant of the Pallava King śivaskandavarman (see. Epigr. Ind. Vol. II p. 483ff) by Ernst Leumann, Ph.D., Strasbourg". - 2. Analysis of Haribhadra's Tattvārthaṭīkā (3 pp.). - 3. Analysis of Haribhadra's Daśavaikālika-vṛtti (2 pp.). - 4. Tattvārthasūtra (2 pp.). - 5. Analysis of the Pañcasūtraka (2 pp.). - 6. "Haribhadra's Commentar zu Jinabhadra's Saṃgrahaṇī" (1 p.). - 7. Haribhadra as a commentator of the canon (3 pp.). - 8. Haribhadra's authorship of the Caityavandanābhāṣya, according to Siddha (author of the Upamitabhavaprapañcakathā) (6 pp.). - 9. Analysis of the Upamitabhavaprapañcakathā (2 pp., see also c. 248). - 10. Colophon of Haribhadra's Āvaśy.-ṭīkā, its relationship to other Āv.-commentaries, concordance of the mss. of Haribhadra's Āv.comm. - Clean, but some pp. seem to be missin
dglars: An R Package to Estimate Sparse Generalized Linear Models
No full textdglars is a publicly available R package that implements the method proposed in Augugliaro, Mineo, and Wit (2013), developed to study the sparse structure of a generalized linear model. This method, called dgLARS, is based on a differential geometrical extension of the least angle regression method proposed in Efron, Hastie, Johnstone, and Tibshirani (2004). The core of the dglars package consists of two algorithms implemented in Fortran 90 to efficiently compute the solution curve: a predictor-corrector algorithm, proposed in Augugliaro et al. (2013), and a cyclic coordinate descent algorithm, proposed in Augugliaro, Mineo, and Wit (2012). The latter algorithm, as shown here, is significantly faster than the predictor-corrector algorithm. For comparison purposes, we have implemented both algorithms
A Software Tool For Sparse Estimation Of A General Class Of High-dimensional GLMs
No full textGeneralized linear models are the workhorse of many inferential problems. Also in the modern era with high-dimensional settings, such models have been proven to be effective exploratory tools. Most attention has been paid to Gaussian, binomial and Poisson settings, which have efficient computational implementations and where either the dispersion parameter is largely irrelevant or absent. However, general GLMs have dispersion parameters φ that affect the value of the log- likelihood. This in turn, affects the value of various information criteria such as AIC and BIC, and has a considerable impact on the computation and selection of the optimal model.The R-package dglars is one of the standard packages to perform high-dimensional analyses for GLMs. Being based on fundamental likelihood considerations, rather than arbitrary penalization, it naturally extends to the general GLM setting. In this paper, we present an improved predictor-corrector (IPC) algorithm for computing the differential geometric least angle regression (dgLARS) solution curve, proposed in Augugliaro et al. (2013) and Pazira et al. (2018). We describe the implementation of a stable estimator of the dispersion parameter proposed in Pazira et al. (2018) for high-dimensional exponential dispersion models. A simulation study is conducted to test the performance of the proposed methods and algorithms. We illustrate the methods using an example. The described improvements have been implemented in a new version of the R-package dglars
Papers of Ernst Johannes Hartung
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/66493Books owned by Professor Ernst Hartung on chemistry, science and astronomy. Arranged alphabetically by Author surname.110141
Acquisition: [1981.0157] "Papers of Ernst Johannes Hartung
Papers of Ernst Leumann (355): [Digambara-Manuscripts] A List of the Strassburg Collection of Digambara Manuscripts
No full text[Digambara-Manuscripts] A List of the Strassburg Collection of Digambara ManuscriptsContains 2 proofs of the author and the Adyar list, correspondence with Kevaldas in a separate envelope (ca. 40 letters by Kevaldas, dated 1895-1900)Katalognummer: 355Medium/Umfang: Repr. from the Vienna Oriental Journal, Vol. XI, pp. 297-312 + unbound leavesLokale Notation: Schu: 1.C.2.Projektmetadaten:20 : [Digambara-Manuscripts] A List of the Strassburg Collection of Digambara Manuscripts
23 : Meine gedruckte Liste von Straßburger Digambara-MSS (zu II). Außerdem Schraders Adyar-Liste. Ferner Korrespondenz mit Bhagvandas Kevaldas
27 : Kevaldas, Bhagvandas [Schreiber]
30b: Schu: 1.C.2.
40 : Leumann, Ernst
77 : Repr. from the Vienna Oriental Journal, Vol. XI, pp. 297-312 + unbound leaves
90 : 355
93 : Contains 2 proofs of the author and the Adyar list, correspondence with Kevaldas in a separate envelope (ca. 40 letters by Kevaldas, dated 1895-1900
Analysis of Brain–Body Physiological Rhythm Using Functional Graphical Models
No full textThis paper presents an analysis of physiological data derived from a re- cent investigation on network physiology, adopting the conceptual framework that views the human organism as a complex network of interacting organs. The study explores coordinated interactions among organs using functional conditional Gaussian Graphical Models (fcGGM). Organ functions are modelled as networks with individual regulatory mechanisms, forming a broader system through continuous interactions. The focus of the analysis is on the interactions within and between two subnetworks: brain activity and a composite network comprising the RR interval of the electrocardiographic waveform, respiration amplitude and blood volume pulse
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