The article is devoted to the issues of corporate culture. The article tells about the changes in the external and internal environment of organizations, which were of interest to such a phenomenon as corporate culture. The general principles of formation of corporate culture have been reviewed, which are basic for the culture of marine crew, whose activities are determined by specific conditions. The necessity to increase corporate spirit as an important factor of efficient work of the crew is emphasized. Several directions in the work of captain and his assistants are considered, which promote the creation of corporate spirit: shaping a vision (team philosophy) and a favorable social-psychological climate on the ship, creation and improvement of communication language.
corporate culture, external environment of organization, internal environment of the organization, team philosophy, marine crew, corporate spirit, social-psychological climate, communication language
1. Персикова Т.Н. Межкультурная коммуникация и корпоративная культура: Учеб.пособие. М.: Логос, 2002. – 224 с. (Russian). [Persikova ,T.N. Mezhkulturnaya kommunikatiya i korporativnaya kultura: Ucheb. posobiye. M.: Logos, 2002, 264 s.]. Persikova, T.N. (2002). Intercultural Communication and Corporate Culture: Textbooks. – Moscow: Logos.
2. Тихомирова О.Г. Организационная культура : формирование, развитие и оценка. С.-Петербург: ИТМО, 2008, 154с. (Russian). [Tikhomirova, O.G. Organizationnay cultura: formirovaniye, razvitiye i otenka. St. Petersburg: ITMO, 2008, 154s.]. Tikhomirova, O.G. (2008) Organizational culture: the formation, development and evaluation. St. Petersburg: ITMO.
The present article covers cultural and patriotic events devoted to the 200th anniversary of Admiral Gennady I. Nevelskoy, commemorated on December 5, 2013. Admiral Nevelskoy was famous explorer of the Far East of Russia, who proved that Sakhalin was an island, discovered the entrance to the mouth of the Amur River and founded military post there. As a result of his work vast territory of high strategic importance was annexed to Russia. Congratulation letters by A.N.Kukel-Kraevsky, great-grandson of Admiral Gennady I. Nevelskoy and Patricia Polansky, Russian Bibliographer of Hamilton Library University are also published.
Admiral Gennady I. Nevelskoy, anniversary, cultural events, Admiral Nevelskoy Maritime State University, Federal Agency of Maritime and River Transport
The article describes basic principles of organization and management of teams, operating in extreme conditions and limited space. As an example of such a team the crew of sea vessel may be designated. The ways to improve the efficiency of the crew, the role of its members and leaders in the process of implementation of job tasks are examined and reviewed.
management, efficiency, cohesion, performance, potential, relationship, the ship's crew, interaction, interchangeability, mutual complementarity, mutual support.
1. Glumakov V.N. Organizational behavior: the manual. M., university tutorial, 2009, 352 pages
2. Ziegert W., Lang P., The chief without conflicts. M., Economics, 1990, 110 pages
3. Kibanova A.Y. Management of personnel in organization. M.,INFRA, 2000, 512 pages
4. Krichevsky R.L.,Dubovskaya E.M., The social psychology of small group. M., Moscow university publishing, 2001, 318 pages
5. Potemkin V.K., Management of personnel, university tutorial, SPb, “Piter”, 2010, 432 pages
6. Torsky V.G. Management of ship crews. Odessa, “Astroprint”, 2000, 212 pages
7. Fayol A., Emerson H., Taylor F., Ford H., Management is a science and an art. M., Economics, 1992, 351 pages
Japan asserts that many Western countries have designated the name of the corresponding waters as Sea of Japan for a long period of time, and rationalizes its position by stating that the current name "Sea of Japan" was settled on the basis of this recognition in the first half of the twentieth century. Analyzing data from earlier maps, there appear to be many problems regarding Japan's assertion. For example, the name "Sea of Japan," which appears in western maps, is but one name that has been used. Various other names such as "Sea of Korea" and "Mer Orientale(Eastern Sea)" may be seen, and dual name usage such as "Sea of Korea/Sea of Japan," "Sea of Korea/Eastern Sea," and others are found. As Japan registered the name of the sea east of Korea as "Sea of Japan" with the International Hydrographic Organization in 1929, during its colonial rule of Korea, the name of the sea east of Korea came to disappear from maps. Japan's ambition for expansion was noticeably expressed in cartography, too. In 1945, Japan was defeated, gave up its territorial ambition in the Pacific Ocean. This study examines naming from the perspective of the geopolitics of oceans and of the cartography of sea names. It focuses on names for that sea that were removed in the early twentieth century and on how the name "Sea of Japan" became the international standard through an uncommon method during the Japanese rule of Korea. In particular, this paper addresses the war in the Asia-Pacific region and pursues the influence of the geopolitical situation upon the cartography of sea names beyond the research scope that has focused on the maritime area east of Korea. Today, the Republic of Korea, which lost the name of the sea during the Japanese colonial period, is endeavoring to restore the name "East Sea," which was lost due to colonialism, to the body of water between Korea and Japan.
Geopolitics, cartography, Sea of Korea, Sea of Japan, East Sea of Korea, Mer Orientale, Eastern Sea, imperialist ideology, IHO, Pacific War, World Maps, Old Western Maps, Dual Name Usage, Japanese Empire, Expansionism, Militarism, Dai Nippon
International Hydrographic Organization, 1929, Limits of Oceans and Seas : SP-23.
Jang Ji-yeon, 1907, "Daehan jeondo(Map of Korea, 大韓全圖)," in Daehan sinjiji(大韓新地志), Korea.
The Japanese Government General of Korea, 1944, Chosen Sotokufu, "Dai Toa senso no zu(Map of the Great East Asia War, 大東亞戰爭圖)", in Shoto chiri(Elementary Geography, 初等地理).
The Japanese Government General of Korea, 1944, Chosen Sotokufu, "Tokyo chushin no Dai Toa zu" (Map of Great East Asia Centered on Tokyo), in Shoto chiri(Elementary Geography, 初等地理).
The chapter is devoted to the design of the intelligent neural network based control systems for underwater robot. New algorithm for intelligent controller learning is derived with usage of speed gradient method. Proposed systems provide the robot dynamics close to reference one. Simulation results of neural network control systems for underwater robot dynamics with parameter and partial structural uncertainty have confirmed perspectives and effectiveness of approach developed.
underwater robot, control, uncertain dynamics, multilayer neural network speed gradient method.
 Dyda, A.A. (2007) Adaptive and neural network control for complex dynamical objects. - Vladivostok, Dalnauka. – 149 p. (in Russian).
 Dyda, A.A., Oskin, D.A. (2004) Neural network control system for underwater robots. // IFAC conference on Control Application in Marine Systems “CAMS-2004”. - Ancona, Italy, 2004., p. 427-432.
 Fossen, T.I. (2002) Marine Control Systems: Guidance, Navigation and Control of Ships, Rigs and Underwater Vehicles. Marine Cybernetics AS, Trodheim, Norway
 Fradkov A.L. (1990) Adaptive control in large-scale systems.- M.: Nauka., (in Russian).
 Narendra K.S., Parthasaraty K. (1990) Identification and control of dynamical systems using neural networks // IEEE Identification and Control of Dynamical System, Vol.1. № 1. 20, pp. 1475-1483.
 Ross A., Fossen T.and Johansen A. (2004) Identification of underwater vehicle hydrodynamic coefficients using free decay tests // Preprints of Int.Conf.CAMS-2004,. Ancona, Italy,2004. - pp.363-368.
 Sutton,R. and Craven, P.J. (2002) An on-line intelligent multi-input multi-output autopilot design study // Journal of Engineering for the Maritime Environment, vol.216 No.M2, pp.117-131.
 Yuh Y. (1990) Modelling and control of underwater vehicles IEEE J. of Trans. Syst., Man, Cybern., vol.
The sound decision of question about cylinder oil consumption rates for ship’s slow speed diesel engines requires deep and all-round engineer competence in all aspects of big and important problem, which can influence on friction and abrasion inside the cylinder. As well the article offers to consider more fully the increase and reduction of propeller characteristic.
slow-speed diesel, lubricators, partial loads, cylinder oil consumption rates, propeller characteristic, relative load coefficient of the ship’s propulsion complex
1. Voznitsky I.V. Practical recommendations about lubrication of marine diesel engines/I.V.Voznitsky. – S-Petersburg, 2005. – p.45
2. Marine slow speed engines “Buremeister & Wein”. Cylinder oil dosage: operating instructions. Baltic central planning and construction bureau, S-Petersburg, 1985, p.22
3. Kuzmenko G.V. Nomograms for designating of cylinder oil dosage rates/G.V.Kuzmenko//Collection of reports on a regional scientific and practical conference, May 18-19. 2005, “Fleet 2005”, Technical exploitation. Ways of improvement. – Vladivostok, 2005. – pp.19-21
4. Kuzmenko G.V. Peculiarities of cylinder oil dosage in marine slow-speed diesel engines/G.V.Kuzmenko, O.V. Osipov, A.A.Panasenko//Transportation business in Russia. – 2005. - #3 – pp.146-148
5. Kuzmenko G.V. Rates and evaluation of cylinder oil’s real consumption in marine slow-speed engines/G.V. Kuzmenko, A.A.Panasenko//Collection of reports on 6th international scientific and practical conference October 05-07, 2005, Vladivostok, Russia. Problems of transport in the Far East. Far Eastern Department of Russia Transport Academy. – 2005.- pp. 82-85.
6. Kuzmenko G.V. Principles of regulation and evaluation of cylinder oil’s real consumption in marine slow-speed engines/G.V.Kuzmenko, A.A.Panasenko// Collection of reports on 7th international scientific and practical conference October 03-05, 2007, Vladivostok, Russia. Problems of transport in the Far East. Vladivostok, 2005 - pp. 1-4
7. Kuzmenko G.V. Cylinder oil’s specific consumption in marine slow-speed diesel engines / G.V.Kuzmenko – Transportation business in Russia, 2006, Special edition, #7.- pp.96-100
8. Poverov K.I. An experience of exploitation of main engines “Zulcer” / K.I.Poverov, Y.I.Maslacov// Express-information of central bureau of scientific and technical information, Ministry of Marine sea fleet, set “Technical exploitation of sea fleet” - #23 (459), 1978-79. pp. 9-10.
9. Service Letter №SL00-385/HRJ MAN-B&W. – Copenhagen, Denmark. – December, 2000. – P. 1-5.
10. Service Letter №SL94-318/HRJ. – Copenhagen, Denmark. – June, 1994. – P. 1-5.
11. Instruction for 46-98 MC type engines. Operation. Man-B&W Edition 40E – Copenhagen, Denmark, 1998. - P. 707. – D. 16-40.
Part II of the Author’s cycle devoted to marine renewable energy and design of coastal and deep sea power plants (Part I see ‘Asia-Pacific Journal of Marine Science & Education’.Vol. 1, No.1, pp.43-50). A detailed design of proposed powerful floating wind park is described in this paper. The specific features of this project provide long term reliable operations in distant places, high wave and ice resistance and competitive cost – efficiency ratio. Moreover, this class of plants not only produces electricity but helps to clean and rehabilitate polluted coastal waters.
wind energy, semi-submersible wind farm, wind turbine, ice protection, pontoon floats, underwater cable.
1. Патент 2258633, Россия, МПК6 B63 B 35/44, F03 D 9/00, 7/00. Многоагрегатная плавучая полупогружная ветроферма / П. М. Радченко (Россия) – № 2002113470; Заявл. 23.05.2002; Опубл. 20.08.2005; Бюл. № 25 // Открытия, Изобр. – 2005. – № 25.
2. Радченко, П. М. Морской плавучий ветропарк // Малая энергетика – 2011. – № 3–4. – С. 28–34.
3. Радченко, П. М., Радченко, И. П. Реабилитационные, рекреационные и репродуктивные функции морских ветроэнергетических установок / Матер. межд. науч.-техн. конф. «Морская экология –2005». Т 1. – Владивосток: Мор. гос. ун-т. – 2005. – С. 156-162.
The satellite ocean color data of CZCS, OCTS, SeaWiFS, MODIS-Aqua and data of the Japan Meteorological Agency about tropical cyclones (TC) trajectories, wind speeds and area of TC influence were used in the study. In the gross, the data allow to analyze the influence of 123 TC-s on the chlorophyll-“a” concentration in 1389 areas during 1979-1986 and 1996-2010, and influence of 135 TC-s on the sea surface temperature (SST) in 1412 areas during 2002-2010. It was shown that chlorophyll-“a” concentration increases in 81% of cases, SST decrease in 76%. The most probable change of chlorophyll-“a” concentration is +18%; of SST is -3%. Growth of phytoplankton cells is observed at the 2nd-4th day after TC passing and continues about 2 weeks. Specificity of satellite data using in such chlorophyll-“a” analysis is also discussed in the study.
chlorophyll-“a”, phytoplankton, tropical cyclones, typhoon, hurricane, ocean color, satellite, Pacific ocean, remote sensing
1. Babin S.M., Carton J.A., Dickey T.D., Wiggert J.D. Satellite evidence of hurricane-induced phytoplankton blooms in an oceanic desert // J. Geophys. Res. 2004. V. 109. P. C03043. doi:10.1029/2003JC001938.
2. Hanshaw M.N., Lozier M.S., Palter J.B. Integrated impact of tropical cyclones on sea surface chlorophyll in the North Atlantic // Geophysical Research Letters. 2008. V. 35, № 1. P. L01601. doi:10.1029/2007GL031862.
3. Emanual K.A. Increasing destructiveness of tropical cyclone over the past 30 years // Nature. 2005. V. 436. P. 686-688.
4. Behrenfeld M.J., Falkowski P.G. A consumer's guide to phytoplankton primary productivity models // Limnology and Oceanography. 1997. V. 42. P. 1479-1491.
5. Chen-Tung Arthur Chen, Cho-Teng Liu, Chuang W.S., Yang Y.J., Fuh-Kwo Shiah, Tang T.Y., Chung S.W. Enhanced buoyancy and hence upwelling of subsurface Kuroshio waters after a typhoon in the southern East China Sea // Journal of Marine Systems. 2003. V. 42, № 1-2. P. 65-79.
6. Shiah F.K., Chung S.Y., Kao S.J., Gong G.C., Liu K.K. Biological and hydrographical responses to tropical cyclones (Typhoons) in the continental shelf of the Taiwan Strait // Cont.Shelf Res. 2000. V. 20. P. 2029-2044.
7. Feldman G.C., McClain C.R. Ocean Color Web, Reprocessing 2011, NASA Goddard Space Flight Center. 2011. http://oceancolor.gsfc.nasa.gov/
8. McClain C.R., Feldman G.C. and S.B. Hooker. An overview of the SeaWiFS project and strategies for producing a climate research quality global ocean bio-optical time series // Deep Sea Res. II. 2004. V. 51. P. 5-42.
9. Yamaguchi M. and Komori T. Outline of the Typhoon Ensemble Prediction System at the Japan Meteorological Agency. RSMC Tokyo-Typhoon Center Technical Review. 2009. № 11. P. 14-24.
Authors review some methods of dockworker quantity calculation and their comparative analysis and give results of this calculation depending on work scale and intensity of ships processing.
sea port, dock engineers, dockers-machine operators, longshoremen, stevedores, docker quantity calculation methods
The article explains on the basis of some historical documents that designation of East Sea of Korea as “Sea of Japan” is the criminal product of the Japanese invasion and colonial rule over Korea in the past and a violent distortion of the historical facts.
The text of article is published unchanged as it was compiled by the Author with expressions, citations and English variants of geographical names used in Democratic People’s Republic of Korea. So, the most widely known form of “Tok Islet” is “Dokdo Island”.
East sea of Korea, Japan, maps, Europe, history and geography, Pacific Ocean
Samguksagi (the history of the Three Kingdoms-Kokuryo, Paekje, Silla), 50 volumes, 1145 A.D.
Samgukyusa (the history of the Three Kingdoms and anecdotes of Buddhist Monks), 5 volumes, 13C A.D
Koryosa (the chronological history of the Feudal Koryo Dynasty), written by Kim Jong So and Jong Rin Ji
Sejongsilok (the true records of the Sejong Dynasty)
Josonbongonwangjosilok (the true records of Feudal Joson Dynasty)
※ Joson = Korea
ATLAS / World Map, written by Mazenwalde Simily, 1507 A.D
Encyclopedia of Great Britain, 1771 A.D.
Japanese Magazine of Marine Production, 1893 A.D., Japan
© Admiral Nevelskoy Maritime State University, NPO «Asia-Pacific Journal of Marine Science&Education. Editors Board».