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      • Transition and Parsing State and Incrementality in Dynamic Syntax

        ( Masahiro Kobayashi ),( Kei Yoshimoto ) 한국언어정보학회 2007 학술대회 논문집 Vol.2007 No.-

        This paper presents an implementation of a gramar of Dynamic Syntax for Japanese. Dynamic Syntax is a grammar formalism which enables a parser to process a sentence in an incremental fashion, establishing the semantic representation. Currently the application of lexical rules and transition rules in Dynamic Syntax is carried out arbitrarily and this leads to inefficient parsing. This paper provides an algorithm of rule application and partitioned parsing state for efficient parsing with special reference to processing Japanese, which is one of head-final languages. At the present stage the parser is still small but can parse scrambled sentences, relative clause constructions, and embedded clauses. The parser is written in Prolog and this paper shows that the parser can process null arguments in a complex sentence in Japanese.

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        Feasibility Studies of a Vibration Wire Monitor and a Halo Scraper in the J-PARC L3BT

        Kota Okabe,Kazami Yamamoto,Masahiro Yoshimoto,Michikazu Kinsho 한국물리학회 2013 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.63 No.7

        In the Japan Proton Accelerator Research Complex (J-PARC) 3-GeV rapid cycle synchrotron(RCS), transverse beam halo diagnostics and scraping are required to increase the output beampower. Wire scanners and halo scrapers were used to measure the projected beam distributions todetermine the extent of beam halo formation at the linac 3-GeV beam transport line (L3BT). Inorder to determine more details of halo formation, we installed a vibration wire monitor (VWM) inthe L3BT for the beam halo measurement. The high sensitivity of the VWM makes it a prospectivetool for investigating the beam halo and weak beam scanning. Also, we developed a new verticalscraper system with a thin carbon foil to collimate the beam halo in the L3BT. In this paper, wewill report a preliminary result for the beam-halo measurement by using a VWM and a halo scraperat the L3BT, and we will discuss the potential of the VWM for beam-halo diagnostics.

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