Akademgorodok, the Siberian City of Science
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Northern Sea Route Cargo Flows and Infrastructure- Present State And
Northern Sea Route Cargo Flows and Infrastructure – Present State and Future Potential By Claes Lykke Ragner FNI Report 13/2000 FRIDTJOF NANSENS INSTITUTT THE FRIDTJOF NANSEN INSTITUTE Tittel/Title Sider/Pages Northern Sea Route Cargo Flows and Infrastructure – Present 124 State and Future Potential Publikasjonstype/Publication Type Nummer/Number FNI Report 13/2000 Forfatter(e)/Author(s) ISBN Claes Lykke Ragner 82-7613-400-9 Program/Programme ISSN 0801-2431 Prosjekt/Project Sammendrag/Abstract The report assesses the Northern Sea Route’s commercial potential and economic importance, both as a transit route between Europe and Asia, and as an export route for oil, gas and other natural resources in the Russian Arctic. First, it conducts a survey of past and present Northern Sea Route (NSR) cargo flows. Then follow discussions of the route’s commercial potential as a transit route, as well as of its economic importance and relevance for each of the Russian Arctic regions. These discussions are summarized by estimates of what types and volumes of NSR cargoes that can realistically be expected in the period 2000-2015. This is then followed by a survey of the status quo of the NSR infrastructure (above all the ice-breakers, ice-class cargo vessels and ports), with estimates of its future capacity. Based on the estimated future NSR cargo potential, future NSR infrastructure requirements are calculated and compared with the estimated capacity in order to identify the main, future infrastructure bottlenecks for NSR operations. The information presented in the report is mainly compiled from data and research results that were published through the International Northern Sea Route Programme (INSROP) 1993-99, but considerable updates have been made using recent information, statistics and analyses from various sources. -
Defense Industry Restructuring in Russia
S t a n f o r d U n i v e r s i t y C I S A C Center for International Security and Arms Control The Center for International Security and Arms Control, part of Stanford University’s Institute for International Studies, is a multidisciplinary community dedicated to research and train- ing in the field of international security. The Center brings together scholars, policymakers, scientists, area specialists, members of the business community, and other experts to examine a wide range of international security issues. CISAC publishes its own series of working papers and reports on its work and also sponsors a series, Studies in International Se- curity and Arms Control, through Stanford University Press. Center for International Security and Arms Control Stanford University 320 Galvez Street Stanford, California 94305-6165 (415) 723-9625 http://www-leland.stanford.edu/group/CISAC/ Contents Acknowledgments iv Executive Summary v I Introduction 1 Section One: Case Studies II The Central Aerohydrodynamic Research Institute (TsAGI) 9 III ELVIS+ and The Moscow Center for SPARC Technology (MCST) 28 IV Impuls 45 V The Mashinostroenie Enterprise 59 VI The Saratov Aviation Plant 79 Section Two: Analysis VII Privatization at Four Enterprises 111 VIII Organizational Restructuring 137 IX Principal Differences in Accounting Systems in Russia 163 and the United States X Reallocation of the Social Services 183 XI Conclusion 207 Glossary 216 1 Acknowledgments Many people have contributed to this report, and still more have contributed to the research leading up to it. In writing this report, we have not attempted to reach consensus among the authors on the interpretations to be drawn from the data. -
E&T Magazine, Volume 11, Issue 9, October 2016
88 TIME OUT COLUMNIST One of the great joys of inventing something is being able to name it – unless of course no one is meant to know about it. That’s how Léon Theremin ended up the proud inventor of a device called ‘The Thing’. by Justin Pollard SPY EQUIPMENT Competition himself listening in to his American colleagues on an open FEAR AT THE HEART What is The Thing thinking? channel. It was just by luck that The wittiest caption emailed he happened to be listening on OF POWER: THEREMIN to [email protected] the right frequency when the by 5 October 2016 wins a Soviets were ‘painting’ the Thing AND THE THING pair of books from Haynes. with its radio signal. The Americans were informed and in March 1951 the official residence. What he didn’t device was discovered inside the know was that, from that Great Seal. The device was moment, it was transmitting his quickly copied by the British conversations back to the NKVD. and Americans and rapidly Now, the Americans weren’t installed wherever they might idiots. They were aware that get away with it. unprompted gifts from Soviet The idea of a passive institutions might contain more electronic transmitting device than they bargained for and they has since taken on a life of its expected attempts to be made to own – we just don’t call them bug the ambassador’s residence ‘Things’, we call them RFIDs. So in Moscow. Gifts were checked to next time you’re making a make sure they weren’t contactless payment, or using an ‘transmitting’ and the rooms Oystercard, it’s worth were regularly swept for bugs. -
Russian History: a Brief Chronology (998-2000)
Russian History: A Brief Chronology (998-2000) 1721 Sweden cedes the eastern shores of the Baltic Sea to Russia (Treaty of Nystad). In celebration, Peter’s title Kievan Russia is changed from tsar to Emperor of All Russia Abolition of the Patrarchate of Moscow. Religious authority passes to the Holy Synod and its Ober- prokuror, appointed by the tsar. 988 Conversion to Christianity 1722 Table of Ranks 1237-1240 Mongol Invasion 1723-25 The Persian Campaign. Persia cedes western and southern shores of the Caspian to Russia Muscovite Russia 1724 Russia’s Academy of Sciences is established 1725 Peter I dies on February 8 1380 The Battle of Kulikovo 1725-1727 Catherine I 1480 End of Mongol Rule 1727-1730 Peter II 1462-1505 Ivan III 1730-1740 Anne 1505-1533 Basil III 1740-1741 Ivan VI 1533-1584 Ivan the Terrible 1741-1762 Elizabeth 1584-98 Theodore 1744 Sophie Friederike Auguste von Anhalt-Zerbst arrives in Russia and assumes the name of Grand Duchess 1598-1613 The Time of Troubles Catherine Alekseevna after her marriage to Grand Duke Peter (future Peter III) 1613-45 Michael Romanoff 1762 Peter III 1645-76 Alexis 1762 Following a successful coup d’etat in St. Petersburg 1672-82 Theodore during which Peter III is assassinated, Catherine is proclaimed Emress of All Russia Imperial Russia 1762-1796 Catherine the Great 1767 Nakaz (The Instruction) 1772-1795 Partitions of Poland 1682-1725 Peter I 1773-1774 Pugachev Rebellion 1689 The Streltsy Revolt and Suppression; End of Sophia’s Regency 1785 Charter to the Nobility 1695-96 The Azov Campaigns 1791 Establishment fo the Pale of Settlement (residential restrictions on Jews) in the parts of Poland with large 1697-98 Peter’s travels abroad (The Grand Embassy) Jewish populations, annexed to Russia in the partitions of Poland (1772, 1793, and 1795) and in the 1698 The revolt and the final suppression of the Streltsy Black Sea liitoral annexed from Turkey. -
Ksenia Tatarchenko
Ksenia Tatarchenko A House with the Window to the West: The Akademgorodok Computer Center (1958-1993). Subject Where does science live? There are many places where science could happen: in laboratories and on couches, at conferences and during conversations, in scientific academies and in private homes. A historical list could be extended to include medieval monasteries, enlightened salons or imperial ships. Then, the legitimate question is: where does science thrive best? Famously, according to Francis Bacon, science gains in productivity when properly housed; such is Bensalem’s legendary Salomon House, producing knowledge for the betterment of society. The quest for the proper place of scientific production has animated the history of twentieth century science from the German Kaiser Wilhelm Society to the American National Laboratories to the Soviet Union’s infamous closed cities. This dissertation is about a scientific house that was built as a part of an open Soviet city of science, Akademgorodok, which opened its doors in 1964 to become home of scientific computing in Siberia. I argue that the history of this institute offers a unique perspective on three major issues of twentieth century science and technology and of Soviet history: 1) What was the Soviet post-Stalinist “Big Science” and how did it function? In the West, Big Science often refers to the symbiosis of scientific research with state resources and state priorities on a massive scale with research budgets reaching to the billions. In the Soviet Union, all science was a state sponsored affair by definition. If Soviet Big Science is understood as a form of interaction between science and politics, then the landscapes of techno-scientific micro-regions could be shown as at first shaped by these interactions and, in turn, becoming powerful elements in the interplay. -
“…I Want to Have Freedom of Research; Otherwise, I Will Be Limited in My Work”
A Good Journal for Inquisitive People Th ere is no room 1 (48) scfh.ru/en/ in ancient history 1 2018 so far for the army of stone horsemen pertifi ed SCIENCE on the slopes First Hand of the Pir Panjal THE LIFE mountain range, OF A CHEMIST Himalayas № 1 (48) 2018 RIDERS LOST IN THE HIMALAYAS SELECTION In June 2017, this was the site OF THE BEST of a Russian-Indian FRIEND archaeological expedition launched to find and describe stone horses, enigmatic statues “…I want to have A GARDEN BORN lost in these remote areas BY INSPIRATION of the western Lesser Himalayas freedom of research; otherwise, I will be limited in my work” 9 772310 3000024 78 2018 1. popular science journal IN THIS ISSUE: Vladimir Ipatieff, the inventor of technology for the production of polyethylene and high-octane gasoline, was called in 1937 the Man of the Year in the USA and deprived of academic title and citizenship in the USSR There is no room in ancient history so far for the army of stone horsemen pertified on the slopes of the Pir Panjal mountain range, Himalayas The publisher of Science will donate several thousand copies of the book about the Siberian experiment on fox domestication as a gift to the American schools Meditation prevents the shortening of the telomeres which protect the chromosomes from damage during cell division Even a trivial dandelion from the Bonsai Park has an extraordinary story to tell: the creator of this living collection found it at the other end of the world – up in the Andes! A Journal for Inquisitive People “The natural desire Editorial -
Communist) Academy
4 I SCIENCE, ORTH ODOXY, AND THE QUEST FOR HEGEMONY AT THE SOCIALIST (COMMUNIST) ACADEMY Bolshevik intellectuals presented their cause as a class strug gle with bourgeois academia. Their primary field of battle in higher learning, however, was first and foremost institutional. When Evgenii B. Preobrazhenskii insisted in the Socialist Academy's newly founded jour nal in 1922 that the academy "represents the highest scientific research institute of Marxist thought," the academy leader was linking the Bol shevik declaration of war in organized intellectual life to his own insti tutional base. It has rarely been considered, but such assertions of pri macy implied as many internal ramifications for the Bolsheviks as outward effects for the nonparty intellectual world. The Socialist Academy - Preobrazhenskii elaborated on his claim to authority - "does not recognize social science not operating on the basis of Marxism. The Academy must turn itself into its own kind of Gosplan in the realm of ideology."l In this formulation, the assertion of orthodoxy, and the vision of a new kind of planned science, or nauka, is intertwined with the claim to hegemony - not simply of a doctrine, a party, or a class, but of an institution.2 1. E. Preobrazhenskü, "Blizhaishie zadachi Sotsialisticheskoi Akademii," Vestnik Sotsia listicheskoi Akademii (henceforth cited as VSA), no. 1 (November 1922): 7, 9. 2. "Hegemony" is employed not in tbe Gramscian sense, but in the blunter meaning most frequently implicit in tbe Bolshevik use of tbe word gegemoniia, denoting wide-ranging dornina tion, political subordination, and eon�ol over activities and resources. THE SOCIALlST (COMMUNIST) ACADEMY 1 193 No matter that Gosplan, the central state planning agency, was of negligible importance at the time Preobrazhenskii wrote; no matter, indeed, that the Socialist (after 1924, Cornmunist) Academy never achieved the hegemony in the Soviet scholarly world that its leaders coveted. -
I I I I I I I ISBN: 0-85964-482-0 I I I J :1 I I I TABLE of CONTENTS I PREFACE Iii
A R C H. I V E S 0 F T H E 'I SOVIET COMMUNIST PARTY AND SOVIET STATE I I I I I Catalogue of Finding Aids and Docun1ents I fro1n three kev•. : archives i on n1icrofihn I I Fourth edition: June 2004 I I Published jointly by Slate Archival Service Hoover Institution on vVar. I Revolution and Peace of Russi a CRo' sarkhi \ .·) I I Distributed b\· l CfJ.., CHA D\VYCK-llFALEY 1:~ I f 1· I I I I Fourth Edition: June 2004 I I I I I I I ISBN: 0-85964-482-0 I I I J :1 I I I TABLE OF CONTENTS I PREFACE iii I INTRODUCTION v I HOW TO USE THE CATALOGUE xiii HOW TO ORDER MICROFILM XIV I LIST OF ABBREVIATIONS xvii CENTRE FOR THE PRESERVATION OF CONTEMPORARY DOCUMENTATION (TsKhSD) I [Renamed Russian State Archive of Contemporary History - RGANI] OPISI I FINDING AIDS SERIES 1 I DELA/DOCUMENTS SERIES 2 ~ I RUSSIAN CENTRE FOR THE PRESERVATION AND STUDY OF DOCUMENTS OF MOST RECENT HISTORY (RTsKhIDNI) I [Renamed Russian State Archive of Social and Political History - RGASPI] OPISI I FINDING AIDS SERIES 3 I DELA/ DOCUMENTS SERIES 10 STATE ARCHIVE OF THE RUSSIAN FEDERATION (GARF) I r-series [Collection held at Pirogovskaia Street] OPISI I FINDING AIDS SERIES 15 I DELA I DOCUMENTS SERIES 57 I STATE ARCHIVE OF THE RUSSIAN FEDERATION (GARF) a-series [Collection held at Berezhkovskaia Naberezhnaia] I OPISI I FINDING AIDS SERIES 69 I DELA I DOCUMENTS SERIES 89 I, I I I 111 I PREFACE TO THE FIRST EDITION I The State Archival Service of the Russian Federation (Rosarkhiv), the Hoover Institution at Stanford University, and Chadwyck-Healey concluded an agreement in April 1992 to I microfilm the records and opisi (finding aids) of the Communist Party of the fonner Soviet Union, as well as other selected holdings of the State Archives. -
The Concept of Reducing the Man-Made Impact Of
UDC 629.764.7 DOI: 10.25206/2588-0373-2019-3-2-115-126 THE CONCEPT OF REDUCING THE MAN-MADE IMPACT OMSK SCIENTIFIC BULLETIN. SERIES AVIATION ВЕСТНИК. СЕРИЯ АВИАЦИОННО ОМСКИЙ НАУЧНЫЙ OF LAUNCHES OF THE PROMISING IRTYSH LAUNCH VEHICLE IN THE IMPACT AREAS OF THE BAIKONUR COSMODROME B. T. Suimenbayev1, V. I. Trushlyakov2, G. T. Yermoldina1, Zh. B. Suimenbayeva1, A. M. Bapyshev1 1 - Institute of Information and Computational Technologies, 3 NO. 2 2019 ENGINEERING VOL. ROCKET AND POWER Republic of Kazakhstan, Almaty, Pushkin St., 125, 050010 2 - Omsk State Technical University, 3 № 2 2019 МАШИНОСТРОЕНИЕ ТОМ И ЭНЕРГЕТИЧЕСКОЕ РАКЕТНОЕ Russia, Omsk, Mira Ave., 11, 644050 Scientific and methodological approaches to minimizing the man-made impact of launches of promising carrier rockets of the «Irtysh» type by oxygen-kerosene main liquid-propellant rocket engines of the Baiterek rocket complex in areas of falling of the Baikonur cosmodrome are considered. The basic directions for reducing the anthropogenic impact of the spent booster of the first stage of the «Irtysh» type LV in the areas of falling are: determination of optimal areas for the spent booster to fall in selected areas of the FA with the highest stability and minimum cost of works on restoring the soil state — (A); controlled descent of the spent booster after separation from the LV to the designated section of the fall with an accuracy not exceeding the size of the selected optimal section — (B). To solve problems of direction A, it is proposed to create an additional information and analytical system of the area of falling. -
USSR: First Computers and Evaluation of Cybernetics Points of This Papers
Dr.Vladimir Kitov Russian Plekhanov university of economics USSR: First Computers and Evaluation of Cybernetics Points of this papers Part 1. • USSR: First Computers and Evaluation of Cybernetics. Part 2. • Several key moments of the Soviet informatics. Part 1. USSR: First Computers and Evaluation of Cybernetics. • 1.1. The first soviet computers "MESM", "M-1" and "Strela". • 1.2. The most important seven organizations of the USSR, where the first serial computers "Strela" were established. • 1.3. Difficult fate of cybernetics in the USSR. • 1.4. The first courses of lectures on computers and programming in three Soviet universities. • 1.5. The first Soviet books on programming, computers and applications and their significant role in several foreign countries. Part 2. Several key moments of the Soviet informatics. • 2.1. About the following computers after "MESM", "M-1" and "Strela. • 2.2 The first in the world project of The Nationwide computer network for the control of Economy and Military Forces of the USSR. • 2.3 The application of computers for the economy and the creation of automated management systems (AMS) for different levels and purposes. • 2.4 Soviet computers “ES EVM” are the clones of IBM/360 computers . The beginning of the end of Soviet computers. 1.1. The first soviet computers "MESM", "M-1" and "Strela". • The first official step in computer industry in the USSR was patent number 10475 for the invention of "Automatic digital computer" registered on December 4, 1948 by prominent Soviet scientists Isaak Bruk and Bashir Rameev. It was the USSR first officially registered invention in the field of electronic digital computers. -
Winter 2017/18
Newsletter - Calibrated for Creative Communications Vol. 15, no. 4, Winter 2017/18 Schneeberg seen from the Wienerwald, Nov. 2017 Vantage Point IT STAR representatives nd-of-year provides an excellent vantage point to assess Eachievements and shortcomings during the exiting year and Austria/OCG-R. Bieber, Bulgaria/BAS- I. Dimov, to look forward into the future. Croatia/CITA-M. Frkovic, Cyprus/CCS-P. Masouras, Czech Rep./CSKI-J. Stuller, Greece/GCS-S. Katsikas, Based on feedback from our readers, we can tick the 2017 per- Hungary/NJSZT-B. Domolki, Italy/AICA-G. Occhini, formance of the Newsletter as successful. Our Honorary Advi- Lithuania/LIKS-E. Telešius, Macedonia/MASIT- sory Board is growing and we are happy to have a stronger fe- P. Indovski, Poland/PIPS-M. Holynski, Romania/ male representation of the informatics profession. ATIC-V. Baltac, Serbia/JISA-D. Dukic, Slovakia/SSCS- I. Privara, Slovenia/SSI-N. Schlamberger In this last 2017 Issue we are pleased to introduce our new mem- bers of the NL Advisory Board, to brief you on the Russian Vir- Contents tual Computer Museum and to provide an update on develop- New members of the Advisory Board ........................... 2 ments related to Big Data and Competences. IT STAR WS and BM in Sofia ...................................... 3 Big Data: The Data Scientist ........................................ 6 Regarding IT STAR, 2017 was rather challenging and efforts were made to build upon successful activities so as to recalibrate Russian Virtual Computer Museum ............................. 9 the Association to the benefit of its members and the larger ICT ITU Information Society Report 2017 ......................... 13 community. MS News ................................................................... -
Computer Architecture
А.М. Sergiyenko Computer Architecture Part 1. Central Processing Unit and Peripherals Kyiv-2016 0 УДК 004.383 ББК 32.973-018 Рецензенти: А. М. Романкевіч, доктор технічних наук, професор (кафедра спеціализованих обчислювальних систем Національного технічного університету України "КПИ"); В. П. Сімоненко, доктор технічних наук, професор (кафедра обчислювальної техніки Національного технічного університету України "КПИ") Сергієнко А. М. Архітектура компʼютерів. Частина 1. Центральний процесорний елемент та периферійні пристрої: Конспект лекцій. Англійською мовою – К.: НТУУ«КПІ», 2016. – 182 с. Розглянуті теоретичні відомості про архітектури сучасних компʼютерів. Для студентів, аспірантів, викладачів вузів в галузі електроніки, вимірю- вальної і обчислювальної техніки, звʼязку та захисту інформації. УДК 004.383 ББК 32.973-018 А. М. Сергієнко, 2016 1 CONTENTS FOREWORD 3 1. CENTRAL PROCESSING UNIT ARCHITECTURE 5 1.1 Introduction. Basic definitions and principles of computers 5 1.2 Element basis of computers 33 1.3. Von Neumann Computer Architecture 44 1.4. Instruction set of the computer 51 1.5. Data formats and operations 56 1.6. Addressing modes 69 1.7 Intel 8051 architecture 79 1.8 RISC and CISC processors 94 1.9. Interrupt system 103 2. PROCESSOR ENVIRONMENT ARCHITECTURE 120 2.1. Interface basics 120 2.2 Memory in computers 142 2.3. External storage devices 156 2.4 Computer console 169 2.5. Structure of a single processor computer 177 BIBLIOGRAPHY 180 ANNEX 1 182 2 FOREWORD The computer architecture is the basic information about a computer, which is necessary both for its design and programming. The development of a new program is the creative process of implementation of a given algorithm on a computer with the specific architecture.