Wiley's Mathematics for JEE (Main & Advanced): Calculus, Vol by Dr. K P R Sastry Dr. G S N Murti

By Dr. K P R Sastry Dr. G S N Murti

Calculus - an important subject for IIT-JEE aspirants - constitutes a tremendous a part of glossy arithmetic. It has significant branches, differential calculus and imperative calculus, that are comparable by way of the basic theorem of calculus. Calculus is the research of switch, within the comparable approach that geometry is the examine of form and algebra is the examine of operations and their software to fixing equations. A path in calculus is a gateway to different, extra complex classes in mathematics.
This publication has been written through a pioneer instructor linked to IIT-JEE training, Dr. G.S.N. Murti, in addition to Dr. K.P.R. Sastry, who had an illustrious profession in academia.
The booklet has a two-fold virtue: (a) Conceptual energy supplied by means of actual, targeted yet adequate insurance of issues; (b) solved and unsolved difficulties as in line with IIT-JEE trend for strengthening options. the most thought is to make scholars comprehend the speculation at the back of to permit them to strategize a given challenge and tactically resolve it.

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Grundriss der Generalisierten Gauß'schen Fehlerrechnung by Michael Grabe

By Michael Grabe

Die Generalisierte Gauß’sche Fehlerrechnung interpretiert systematische Fehler bei Messungen als Unterschiede zwischen den Erwartungswerten der Schätzer und den wahren Werten der Messgrößen. Auch hinsichtlich der Verarbeitung zufälliger Fehler weicht der Autor von der Konvention ab, indem er den Formalismus auf die Verteilungsdichte der empirischen Momente zweiter Ordnung stützt. Die Messunsicherheiten der Generalisierten Gauß’schen Fehlerrechnung zeigen robuste Strukturen, die die wahren Werte physikalischer Größen „quasi-sicher“ lokalisieren.

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Einführung in Unix/Linux für Naturwissenschaftler: by Thomas Erben

By Thomas Erben

Das Buch gibt Studienanfängern naturwissenschaftlicher Fächer eine solide Einführung in das Betriebssystem Unix und dessen praktische Anwendung.  Der Leser erhält einen systematischen und leicht verständlichen Einstieg  in den Umgang mit der Unix-Kommandozeile, mit deren Interaktion ein effizienter Einsatz von Unix im wissenschaftlichen Bereich möglich ist. Hierbei werden wesentliche Themen hervorgehoben, die Anfängern möglichst schnell ein Arbeiten mit der Shell erlauben. Ausgehend von Grundkenntnissen mit dem Betriebssystem Microsoft Windows werden neue Konzepte mit zahlreichen Beispielen und Übungsaufgaben (inkl. ausführlichen Lösungen) erarbeitet. 
Es  werden zunächst Kernthemen behandelt, um die Unix-Kommandozeile überhaupt benutzen zu können – darunter grundlegende Unix-Kommandos, Dateien und Verzeichnisse unter Unix und Prozesskontrolle. Der Leser erhält damit die Möglichkeit, alle Vorteile des platforms zu nutzen: Nachvollziehbarkeit und Reproduzierbarkeit von Ergebnissen, oftmalige Wiederholung ähnlicher Analysen, Entwicklungsumgebung für Algorithmen und selbstgeschriebene Programme. Eine Einführung in Unix als Datenanalyseumgebung rundet das Buch ab und macht es zu einem kompakten Begleiter bei den ersten Schritten in die Welt von Unix/Linux
Für Studenten, die einer schriftlichen Präsentation von EDV-Themen das audio-visuelle Lernen vorziehen, werden movies zu allen Themen auf einem YouTube-Kanal zur Verfügung gestellt.

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Kinetic Theory of Granular Gases (Oxford Graduate Texts) by Nikolai V. Brilliantov,Thorsten Pöschel,schel

By Nikolai V. Brilliantov,Thorsten Pöschel,schel

"Kinetic conception of Granular Gases" offers an advent to the swiftly constructing concept of dissipative fuel dynamics - a conception which has almost always developed during the last decade. The e-book is aimed toward readers from the complicated undergraduate point upwards and leads directly to the current country of study. all through, specific emphasis is wear a microscopically constant description of pairwise particle collisions which ends up in an impact-velocity-dependent coefficient
of restitution. the outline of the many-particle approach, in keeping with the Boltzmann equation, starts off with the derivation of the speed distribution functionality, by means of the research of self-diffusion and Brownian movement. utilizing hydrodynamical tools, shipping procedures and self-organized
structure formation are studied. An appendix offers a short creation to event-driven molecular dynamics. A moment appendix describes a unique mathematical process for derivation of kinetic houses, which permits for the applying of desktop algebra. The textual content is self-contained, requiring no mathematical or actual wisdom past that of normal physics undergraduate point. the cloth is enough for a one-semester path and comprises bankruptcy summaries in addition to routines with
detailed strategies. The molecular dynamics and computer-algebra courses could be downloaded from a significant other net page.

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High Performance Computing in Science and Engineering ‘14: by Wolfgang E. Nagel,Dietmar H. Kröner,Michael M. Resch

By Wolfgang E. Nagel,Dietmar H. Kröner,Michael M. Resch

This publication provides the cutting-edge in supercomputer simulation. It comprises the newest findings from major researchers utilizing platforms from the excessive functionality Computing middle Stuttgart (HLRS). The experiences conceal all fields of computational technological know-how and engineering starting from CFD to computational physics and from chemistry to desktop technological know-how with a distinct emphasis on industrially suitable functions. featuring findings of 1 of Europe’s prime structures, this quantity covers a large choice of purposes that convey a excessive point of sustained performance.

The ebook covers the most equipment in high-performance computing. Its notable ends up in reaching the simplest functionality for creation codes are of specific curiosity for either scientists and engineers. The e-book comes with a wealth of colour illustrations and tables of results.

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Sociophysics: An Introduction by Parongama Sen,Bikas K. Chakrabarti

By Parongama Sen,Bikas K. Chakrabarti

This booklet discusses the examine and research of the actual facets of social structures and versions, encouraged by means of the analogy with customary types of actual structures and attainable functions of statistical physics instruments. not like the normal research of the physics of macroscopic many-body or condensed subject platforms, that's now a longtime and mature topic, the upsurge within the actual research and modelling of social platforms, that are basically many-body
dynamical platforms, is a contemporary phenomenon. notwithstanding the main advancements in sociophysics have taken position only in the near past, the earliest makes an attempt of providing "Social Physics" as a self-discipline are multiple and a part centuries outdated. a variety of advancements within the mainstream physics of condensed topic systems
have encouraged and caused the hot development of sociophysical research and versions. regardless of the great efforts of many scientists in recent times, the topic continues to be in its infancy and significant demanding situations are but to be taken up. An creation to those demanding situations is the most motivation for this book.

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Statistical Physics: An Advanced Approach with Applications by Josef Honerkamp

By Josef Honerkamp

The program of statistical tips on how to physics is key. This particular publication on statistical physics deals a sophisticated process with various functions to the fashionable difficulties scholars are faced with. hence the textual content comprises extra suggestions and strategies in information than the scholar would want for statistical mechanics by myself. tools from mathematical facts and stochastics for the research of information are mentioned to boot.

The publication is split into components, focusing first at the modeling of statistical structures after which at the research of those platforms. issues of tricks for resolution aid the scholars to deepen their wisdom. The 3rd version has been up-to-date and enlarged with new sections deepening the information approximately information research. additionally, a personalized set of  issues of suggestions is out there on the internet at extras.springer.com.

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Metrology and Theory of Measurement (De Gruyter Studies in by Anna G. / Mironovsky, Leonid A. / Slaev, Valery A.

By Anna G. / Mironovsky, Leonid A. / Slaev, Valery A. Chunovkina

Metrology is the technology of measurements. it's traceable to dimension criteria, therefore to the idea that of dimension accuracy, that is utilized in all common and technical sciences, in addition to in a few fields of social sciences and liberal arts.The key challenge is one in every of acquiring wisdom of the actual truth, that's saw via a prism of an assemblage of volume homes describing the objectively-real international. one of many primary initiatives of metrology is the advance of theoretical and methodological elements of the approach of having a correct wisdom in relation to items and methods of the encompassing world.Due to the speedy improvement of data applied sciences and clever size platforms and measuring tools, in addition to to the turning out to be utilization of mathematical tools in social and organic sciences, this monograph is devoted to exhibit the basic theory.

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Permittivity and Permeability Tensors for Cloaking by Balamati Choudhury,Pavani Vijay Reddy,Rakesh Mohan Jha

By Balamati Choudhury,Pavani Vijay Reddy,Rakesh Mohan Jha

This ebook is concentrated on derivations of analytical expressions for stealth and cloaking functions. An optimum model of electromagnetic (EM) stealth is the layout of invisibility cloak of arbitrary shapes within which the EM waves could be managed in the cloaking shell through introducing a prescribed spatial edition within the constitutive parameters. The promising problem in layout of invisibility cloaks lies within the selection of permittivity and permeability tensors for all of the layers. This publication offers the distinctive derivation of analytical expressions of the permittivity and permeability tensors for varied quadric surfaces in the 11 Eisenhart co-ordinate platforms. those contain the cylinders and the surfaces of revolutions. The analytical modeling and spatial metric for every of those surfaces are supplied besides their tensors. This mathematical formula can help the EM designers to investigate and layout of varied quadratics and their hybrids, which could ultimately result in layout of cloaking shells of arbitrary shapes.

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An Introduction to the Modeling of Neural Networks by Pierre Peretto

By Pierre Peretto

this article is a starting graduate-level advent to neural networks, focussing on present theoretical types, studying what those types can display approximately how the mind features, and discussing the ramifications for psychology, synthetic intelligence and the development of a brand new iteration of clever desktops. The ebook is split into 4 components. the 1st half offers an account of the anatomy of the relevant frightened procedure, via a quick advent to neurophysiology. the second one half is dedicated to the dynamics of neuronal states, and demonstrates how extremely simple types may well stimulate associative reminiscence. The 3rd a part of the ebook discusses types of studying, together with targeted discussions at the limits of reminiscence garage, equipment of studying and their linked types, associativity, and blunder correction. the ultimate half studies attainable functions of neural networks in man made intelligence, specialist structures, optimization difficulties, and the development of tangible neuronal supercomputers, with the potential of one-hundred-fold elevate in velocity over modern serial machines.

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