Pestel Analysis of Russia
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Air Transport in Russia and Its Impact on the Economy
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Tomsk State University Repository Вестник Томского государственного университета. Экономика. 2019. № 48 МИРОВАЯ ЭКОНОМИКА UDC 330.5, 338.4 DOI: 10.17223/19988648/48/20 V.S. Chsherbakov, O.A. Gerasimov AIR TRANSPORT IN RUSSIA AND ITS IMPACT ON THE ECONOMY The study aims to collect and analyse statistics of Russian air transport, show the in- fluence of air transport on the national economy over the period from 2007 to 2016, compare the sector’s role in Russia with the one in other countries. The study reveals the significance of air transport for Russian economy by comparing airlines’ and air- ports’ monetary output to the gross domestic product. On the basis of the research, the policies in the aviation sector can be adjusted by government authorities. Ключевые слова: Russia, aviation, GDP, economic impact, air transport, statistics. Introduction According to Air Transport Action Group, the air transport industry supports 62.7 million jobs globally and aviation’s total global economic impact is $2.7 trillion (approximately 3.5% of the Gross World Product) [1]. Aviation transported 4 billion passengers in 2017, which is more than a half of world population, according to the International Civil Aviation Organization [2]. It makes the industry one of the most important ones in the world. It has a consid- erable effect on national economies by providing a huge number of employment opportunities both directly and indirectly in such spheres as tourism, retail, manufacturing, agriculture, and so on. Air transport is a driving force behind economic connection between different regions because it may entail economic, political, and social effects. -
Skyteam Global Airline Alliance
Annual Report 2005 2005 Aeroflot made rapid progress towards membership of the SkyTeam global airline alliance Aeroflot became the first Russian airline to pass the IATA (IOSA) operational safety audit Aeroflot annual report 2005 Contents KEY FIGURES > 3 CEO’S ADDRESS TO SHAREHOLDERS> 4 MAIN EVENTS IN 2005 > 6 IMPLEMENTING COMPANY STRATEGY: RESULTS IN 2005 AND PRIORITY TASKS FOR 2006 Strengthening market positions > 10 Creating conditions for long-term growth > 10 Guaranteeing a competitive product > 11 Raising operating efficiency > 11 Developing the personnel management system > 11 Tasks for 2006 > 11 AIR TRAFFIC MARKET Global air traffic market > 14 The passenger traffic market in Russia > 14 Russian airlines: main events in 2005 > 15 Market position of Aeroflot Group > 15 CORPORATE GOVERNANCE Governing bodies > 18 Financial and business control > 23 Information disclosure > 25 BUSINESS IN 2005 Safety > 28 Passenger traffic > 30 Cargo traffic > 35 Cooperation with other air companies > 38 Joining the SkyTeam alliance > 38 Construction of the new terminal complex, Sheremetyevo-3 > 40 Business of Aeroflot subsidiaries > 41 Aircraft fleet > 43 IT development > 44 Quality management > 45 RISK MANAGEMENT Sector risks > 48 Financial risks > 49 Insurance programs > 49 Flight safety risk management > 49 PERSONNEL AND SOCIAL RESPONSIBILITY Personnel > 52 Charity activities > 54 Environment > 55 SHAREHOLDERS AND INVESTORS Share capital > 58 Securities > 59 Dividend history > 61 Important events since December 31, 2005 > 61 FINANCIAL REPORT Statement -
The Mathemathics of Secrets.Pdf
THE MATHEMATICS OF SECRETS THE MATHEMATICS OF SECRETS CRYPTOGRAPHY FROM CAESAR CIPHERS TO DIGITAL ENCRYPTION JOSHUA HOLDEN PRINCETON UNIVERSITY PRESS PRINCETON AND OXFORD Copyright c 2017 by Princeton University Press Published by Princeton University Press, 41 William Street, Princeton, New Jersey 08540 In the United Kingdom: Princeton University Press, 6 Oxford Street, Woodstock, Oxfordshire OX20 1TR press.princeton.edu Jacket image courtesy of Shutterstock; design by Lorraine Betz Doneker All Rights Reserved Library of Congress Cataloging-in-Publication Data Names: Holden, Joshua, 1970– author. Title: The mathematics of secrets : cryptography from Caesar ciphers to digital encryption / Joshua Holden. Description: Princeton : Princeton University Press, [2017] | Includes bibliographical references and index. Identifiers: LCCN 2016014840 | ISBN 9780691141756 (hardcover : alk. paper) Subjects: LCSH: Cryptography—Mathematics. | Ciphers. | Computer security. Classification: LCC Z103 .H664 2017 | DDC 005.8/2—dc23 LC record available at https://lccn.loc.gov/2016014840 British Library Cataloging-in-Publication Data is available This book has been composed in Linux Libertine Printed on acid-free paper. ∞ Printed in the United States of America 13579108642 To Lana and Richard for their love and support CONTENTS Preface xi Acknowledgments xiii Introduction to Ciphers and Substitution 1 1.1 Alice and Bob and Carl and Julius: Terminology and Caesar Cipher 1 1.2 The Key to the Matter: Generalizing the Caesar Cipher 4 1.3 Multiplicative Ciphers 6 -
Annual Report 2007
EU_ENTWURF_08:00_ENTWURF_01 01.04.2026 13:07 Uhr Seite 1 Analyses of the European air transport market Annual Report 2007 EUROPEAN COMMISSION EU_ENTWURF_08:00_ENTWURF_01 01.04.2026 13:07 Uhr Seite 2 Air Transport and Airport Research Annual analyses of the European air transport market Annual Report 2007 German Aerospace Center Deutsches Zentrum German Aerospace für Luft- und Raumfahrt e.V. Center in the Helmholtz-Association Air Transport and Airport Research December 2008 Linder Hoehe 51147 Cologne Germany Head: Prof. Dr. Johannes Reichmuth Authors: Erik Grunewald, Amir Ayazkhani, Dr. Peter Berster, Gregor Bischoff, Prof. Dr. Hansjochen Ehmer, Dr. Marc Gelhausen, Wolfgang Grimme, Michael Hepting, Hermann Keimel, Petra Kokus, Dr. Peter Meincke, Holger Pabst, Dr. Janina Scheelhaase web: http://www.dlr.de/fw Annual Report 2007 2008-12-02 Release: 2.2 Page 1 Annual analyses of the European air transport market Annual Report 2007 Document Control Information Responsible project manager: DG Energy and Transport Project task: Annual analyses of the European air transport market 2007 EC contract number: TREN/05/MD/S07.74176 Release: 2.2 Save date: 2008-12-02 Total pages: 222 Change Log Release Date Changed Pages or Chapters Comments 1.2 2008-06-20 Final Report 2.0 2008-10-10 chapters 1,2,3 Final Report - full year 2007 draft 2.1 2008-11-20 chapters 1,2,3,5 Final updated Report 2.2 2008-12-02 all Layout items Disclaimer and copyright: This report has been carried out for the Directorate-General for Energy and Transport in the European Commission and expresses the opinion of the organisation undertaking the contract TREN/05/MD/S07.74176. -
The Evolution of Biomedical EPR (ESR)
Biomedical Spectroscopy and Imaging 5 (2016) 5–26 5 DOI 10.3233/BSI-150128 IOS Press Review The evolution of biomedical EPR (ESR) Lawrence J. Berliner ∗ Department of Chemistry and Biochemistry, University of Denver, 2190 E Iliff Ave, Denver, Colorado, USA Tel.: +1 303 871 7476; Fax: +1 303 871 2254; E-mail: [email protected] Abstract. Since the first EPR/ESR spectrum of a paramagnetic substance was published over 70 years ago, the technical improvements did not occur until after/during World War II with the advent of radar technology. The approaches to biomedical problems started somewhat later with the real burst of activity starting after the birth of the spin label technique about 50 years ago. The applications to proteins, then membranes and nucleic acids, and later applications to cells and eventually in-vivo on small animals and now humans has led EPR/ESR to finally being recognized as a uniquely powerful technique in the toolbox of techniques probing macromolecules and their interactions, free radical biology and its eventual value as a diagnostic technique. This article gives an overview of EPR/ESR studies of biomedically related systems, including proteins and enzymes. It presents a very personal historical perspective, briefly reviews the origins of the technique and reflects on possible future directions. As with NMR, advances in molecular biology and technology drastically changed the nature and focus of the technique, particularly the site directed spin labeling method that has been invaluable in determining protein and macromolecular -
Ivanenko. Biography
The People of Physics Faculty Selected papers of the Journal “Soviet Physicist” 1998-2006 Dmitri Ivanenko. Scientific Biography 226 Dmitri Ivanenko (29.07.1904 - 30.12.1994), professor of Moscow State University (since 1943) , was one of the great theoreticians of XX century. He made the fundamental contribution to many areas of nuclear physics, field theory and gravitation theory. His outstanding achievements include: • The Fock - Ivanenko coefficients of parallel displacement of spinors in a curved space-time (1929) 1 . Nobel laureate Abdus Salam called it the first gauge theory. • The Ambartsumian - Ivanenko hypothesis of creation of massive particles which is a corner stone of contemporary quantum field theory (1930) 2 . • The proton-neutron model of atomic nuclei (1932) 3 . • The first shell model of nuclei (in collaboration with E. Gapon) (1932) 4 . • The first model of exchange nuclear forces by means of massive particles (in collaboration with I. Tamm) (1934) 5 . Based on this model, Nobel laureate H. Yukawa developed his meson theory. • The prediction of synchrotron radiation (in collaboration with I. Pomeranchuk) (1944) 6 and its classical theory (in collaboration with A. Sokolov). • Theory of hypernucleus (1956) 7 . • The hypothesis of quark stars (in collaboration with D. Kurdgelaidze) (1965) 8 . • The gauge gravitation theory (in collaboration with G. Sardanashvily), where gravity is treated as a Higgs field responsible for spontaneous breaking of space- 9 time symmetries (1983) . References 1. Fock V., Iwanenko D., Géometrie quantique linéaire et déplacement paralléle, Compt. Rend. Acad Sci. Paris 188 (1929) 1470. 2. Ambarzumian V., Iwanenko D., Les électrons inobservables et les rayons, Compt. -
Electron Paramagnetic Resonance (EPR) Spectroscopy a Versatile and Little-Known Tool in Life Sciences and Related Applications
Electron paramagnetic resonance (EPR) spectroscopy A versatile and little-known tool in life sciences and related applications Paola Fattibene, Donatella Pietraforte, Emanuela Bortolin, Mattea Chirico, Cinzia De Angelis, Sara Della Monaca, Egidio Iorio, Maria Elena Pisanu, Maria Cristina Quattrini Core Facilities, Istituto Superiore di Sanità, Rome, Italy Contents What are magnetic resonances and what is EPR? Systems measurable by EPR Examples of applications Practical weak points What are magnetic resonances and what is EPR? EPR and NMR share the same physical principle. The rotating spin of electrons or nuclei interact with external magnetic (static and alternate) fields. H H H H │ │ │ │ H − O − C − C − H H − O − C − C − H B0 B0 │ │ │ │ H H H H B1 (radiofrequency) B1 (microwave) EPR NMR Only unzero electron spins are detectable by EPR. This are present only in atoms or molecules with one unpaired electron (instead of two) in one or more orbitals (paramagnetic species). EPR – the twin sister of NMR Electron Paramagnetic Resonance & Nuclear Magnetic Resonance A parallel story 1938 1st description and measurements of NMR by Isidor Rabi (Nobel Prize in Physics in 1944). 1944 1st observation of electron spin resonance by Yevgeny Zavoisky 1946 Felix Bloch and Edward Mills Purcell expanded NMR (shared Nobel Prize in Physics in 1952). 1952 Varian Associates developed the first NMR unit. 1957 First commercialized EPR by JEOL Ltd. Why is EPR less known and less spread than NMR? 1. Because most stable molecules have all their electrons paired. This weakness is also its strength because it makes EPR specific for unpaired electrons: if a signal is detected, it certainly comes from an unpaired electron. -
CECS 228 Lectures
CECS 228 Lectures Darin Goldstein 1 Modular Arithmetic Introduction The modulus relation is special and is used in computer science all the time. You can think of all numbers in the world of (mod n) as being represented by what is left over when they are divided by n; therefore, all numbers are related to some number between 0 and n-1 in world of (mod n). You are allowed to add, subtract, and multiply in the world of (mod n), but not divide! Why not? What is 4 divided by 2 in the word of (mod 4)? Is it 0 or 2? Calculate the following expressions: • 7 + 9(mod 11) • 4 · 6(mod 11) • 43 · 172(mod 5) • 10017(mod 6) • 97(1023)52(mod 3) 1.1 Application Consider the following network: 1 Imagine that there is a source that is sending data through the network. (Netflix is streaming a movie, for example, to two customers.) For the sake of clarity, assume that the source can send only a single bit through each line segment per time unit. If there is only one customer (either side), then it is clear that the source can simultaneously send two bits of information through the network, both aimed at the same destination. However, if both of the destination nodes are considered customers, then there is contention for the middle link. If we treat the data as if it were water flowing through a pipe, it is clear that the source can only send 1 bit to each destination. In other words, Netflix would have to send the same bit to both customers, one to the left and one to the right, cutting down the throughput from 2 bits with one customer to 1 bit for 2 customers. -
The Radar Game Understanding Stealth and Aircraft Survivability
A MITCHELL INSTITUTE STUDY The Radar Game Understanding Stealth and Aircraft Survivability By Rebecca Grant September 2010 A mitchell inStitute Study 1 Brig. Gen. Billy Mitchell On September 12, 1918 at St. Mihiel in France, Col. Wil- liam Mitchell became the first person ever to command a major force of allied aircraft in a combined-arms opera- tion. This battle was the debut of the US Army fighting under a single American commander on European soil. Under Mitchell’s control, more than 1,100 allied aircraft worked in unison with ground forces in a broad offen- sive—one encompassing not only the advance of ground troops but also direct air attacks on enemy strategic tar- gets, aircraft, communications, logistics, and forces beyond the front lines. Mitchell was promoted to Brigadier General by order of Gen. John J. Pershing, commander of the American Expeditionary Force, in recognition of his com- mand accomplishments during the St. Mihiel offensive and the subsequent Meuse-Argonne offensive. After World War I, General Mitchell served in Washington and then became Commander, First Provisional Air Brigade, in 1921. That summer, he led joint Army and Navy demonstration attacks as bombs delivered from aircraft sank several captured German vessels, including the SS Ostfriesland. His determination to speak the truth about airpower and its importance to America led to a court-martial trial in 1925. Mitchell was convicted, and re- signed from the service in February 1926. Mitchell, through personal example and through his writing, inspired and en- couraged a cadre of younger airmen. These included future General of the Air Force Henry H. -
Newsletter 0804-1.Pub
Fourth Quarter (Oct - Dec) 2008 Volume 21, Number 4 The Newsletter of the War Eagles Air Museum Editorial ortunately for aviation enthusi- asts, the global inventory of war- F birds includes flying examples of many of the world’s most significant combat aircraft. There are exceptions, of course. For example, pending restoration of the Commemorative Air Force’s B-29 Fifi, there is currently no airworthy Boe- ing Superfortress. Many of the more ob- scure German and Japanese aircraft types used in World War II do not exist at all. England, whose aircraft industry over the years has built some of the most interest- ing aircraft ever to fly, has a regrettable habit of cutting these historic treasures up for scrap. Thus it is very exciting news that, after a Herculean worldwide fund- raising and restoration effort, there is to- day a flying example of perhaps the most famous post-War British aircraft of all— S The Soviet Union built more than 13,100 the Avro Vulcan. Mikoyan Gurevich MiG-15s, and many more Development of the Vulcan began in Featured Aircraft were made under license by Czechoslovakia, 1947 at the A.V. Roe (Avro) factory, near Poland and China. In this photo from June Manchester, England. The Air Ministry’s ow does one decide how much 1989, the late John MacGuire pilots his two- specification called for a heavy, high-alti- influence an aircraft design has seater ex-Polish Air Force MiG-15UTI Mid- tude, high-speed, long-range bomber to on other aircraft? When you re- get over the southern New Mexico desert H near the new War Eagles Air Museum. -
Quantum Tunneling – TRIUMF Saturday Morning Lecture – March 28Th, 2008
Quantum Tunneling – TRIUMF Saturday Morning Lecture – March 28th, 2008 Patrick Bruskiewich Department of Physics and Astronomy, UBC & TRIUMF What we will look at ... The “Big Picture” behind the very small ... Feynman and “Room at the Bottom” – Think Small! Nanotechnology George Gamow and Quantum Tunneling I will be unconventional ! In talking about Quantum Tunneling I will talk about applications before I talk in any detail about the theory of Quantum Tunneling. Tunneling is a quantum effect and is only seen in structures nanometer or smaller in scale! The “Big Picture” behind the very small world of QM Why are we interested in Quantum Mechanics? Is it just because it is Weird and Interesting? How big a role does Quantum Mechanics play in our lives? How much wealth created in the past century draws from QM? A) 5 per cent B) 15 per cent C) 25 percent? A Surprising Answer! During the last 100 years, about 25 % of new wealth draws from Quantum Mechanics. st In this, the 21 century, we can expect upwards of 50% of new wealth to come from Quantum Mechanics! ... In Them hills ... In the past ... Today ... “there’s Silicon in them “there’s Gold in them Computer Chips!” hills!” CPU $ 300,000 /Troy Ounce! Au $ 800 / Troy Ounce. Nanotechnology in near future $ 30,000,000 / Troy Ounce Then and now ... Twenty years ago, 80% of computer chips used The recent economic in North America were down-turn is tied to made here (... 20% changes in international were imported). trade that can just as well be measured in the Today 20% of computer flow of computer chips. -
The Spectator and Dialogues of Power in Early Soviet Theater By
Directed Culture: The Spectator and Dialogues of Power in Early Soviet Theater By Howard Douglas Allen A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Sociology in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Victoria E. Bonnell, Chair Professor Ann Swidler Professor Yuri Slezkine Fall 2013 Abstract Directed Culture: The Spectator and Dialogues of Power in Early Soviet Theater by Howard Douglas Allen Doctor of Philosophy in Sociology University of California, Berkeley Professor Victoria E. Bonnell, Chair The theater played an essential role in the making of the Soviet system. Its sociological interest not only lies in how it reflected contemporary society and politics: the theater was an integral part of society and politics. As a preeminent institution in the social and cultural life of Moscow, the theater was central to transforming public consciousness from the time of 1905 Revolution. The analysis of a selected set of theatrical premieres from the Bolshevik Revolution in 1917 to the end of Cultural Revolution in 1932 examines the values, beliefs, and attitudes that defined Soviet culture and the revolutionary ethos. The stage contributed to creating, reproducing, and transforming the institutions of Soviet power by bearing on contemporary experience. The power of the dramatic theater issued from artistic conventions, the emotional impact of theatrical productions, and the extensive intertextuality between theatrical performances, the press, propaganda, politics, and social life. Reception studies of the theatrical premieres address the complex issue of the spectator’s experience of meaning—and his role in the construction of meaning.