Stability of Citrinae Subtribe Development in the Conditions of the Mediterranean Area

Fluctuating asymmetry as the value of random deviations reflects either stability or instability of development. It is quite often used by researchers to assess the level of influence of anthropogenic and climatic factors. This study is focused on the territory with favorable climate and low anthropogenic load. The object of the study includes leaf blades of woody plants Citrus X sinensis (Valencia), Citrus limon (Molla Mehmet), Citrus reticulata (Okitsu wase C. unshiu) and Punica granatum (Emek) of the city of Kemer of the Republic of Turkey. The reliability of the presented results is justified by the use of correct methods of study and adequate statistical processing of big data. The integrated indicator of fluctuating asymmetry was the highest for leaf blades of Punica granatum (0.019), Citrus limon (0.017), these plants are introduced species. Citrus X sinensis and Citrus reticulata were characterized by low level of destabilization of plants in the conditions of the Mediterranean Area. It is shown that the most sensitive morphological features of fluctuating asymmetry for Citrinae Citrus X sinensis subtribe plants are j4 and j5, Cítrus límon – j2 and j5, Citrus reticulata – j3 and j4

DEVELOPMENT OF AN AUTONOMOUS INTELLIGENCE UNIT FOR A MOBILE NATURAL GAS CONCENTRATION ANALYZER

We have developed an autonomous reconnaissance and return system for a mobile natural gas concentration analyzer for use on offshore platforms in the Arctic

THE STUDY OF THE STRENGTH PROPERTIES OF ICE

The purpose of this work is to study the structure, physical and strength properties of ice. The strength properties of ice reflect the main features of hydrological and meteorological processes. We have developed and created an automated hardware-software system that makes it possible to test ice for strength

MIROSLAV: Maschinelle Uebersetzungshilfe fuer Russisch und andere slawische Sprachen Schlussbericht

The German branch of L and H Language Technology GmbH (formerly GMS mbH), in association with its project partners, has completed work on the linguistic foundations, as well as the necessary software, for the MT project Russian-German. After completion of the research prototype, a product version T1 Russian-German was developed at no additional cost. The prototype was programmed in LISP based on the MT system METAL and ported into C++ for PC support. This was then further developed into a fully functioning product. The completed lexica Russian and Russian-German contain more than 100,000 entries each. The main research themes included the treatment of multi-world terms in analysis, transfer and generation as well as their incorporation into the lexica; the analysis and transfer of complex sentences, with a special emphasis on coordinated predicates and ellipses; the treatment of anaphora; modal constructions, and negation. Beyond project demands, the generation of German sentence word order was implemented to be based on the sentential perspective of the source sentence. The creation of manageable and user-friendly mechanisms to enter and incorporate new words was given particular emphasis in the development of the product version. The translation system German-Russian is a PC supported demonstrator, with a basic German-Russian vocabulary of around 20,000 words. Special attention was given to the conceptual handling of structure transfer and the mirroring of the transfer lexicon. (orig.)SIGLEAvailable from TIB Hannover: F00B216 / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische InformationsbibliothekBundesministerium fuer Bildung und Forschung (BMBF), Bonn (Germany)DEGerman