prefixation of russian verbs of motion a frame based
play

Prefixation of Russian verbs of motion: a frame-based account Yulia - PowerPoint PPT Presentation

Prefixation of Russian verbs of motion: a frame-based account Yulia Zinova & Rainer Osswald Heinrich-Heine-Universit at D usseldorf CTF14 Concept Types and Frames in Language, Cognition, and Science 2527 August, 2014, D


  1. Prefixation of Russian verbs of motion: a frame-based account Yulia Zinova & Rainer Osswald Heinrich-Heine-Universit¨ at D¨ usseldorf CTF’14 Concept Types and Frames in Language, Cognition, and Science 25–27 August, 2014, D¨ usseldorf SFB 991

  2. Introduction Russian verbs of motion consist of a limited set of basic imperfective verbs which exist in two forms: ◮ determinate (or called directional or unidirectional) ◮ indeterminate (or multi-directional or non-directional). (1) a. idti det – xodit’ indet go (one direction) – go (non-directional) b. letet’ det – letat’ indet fly (one direction) – fly (non-directional)

  3. Introduction Overview of Russian verbs of motion: determinate indeterminate ‘walk, go’ idt´ ı xod´ ıt’ ‘run’ beˇ z´ at’ b´ egat’ ‘fly’ let´ et’ let´ at’ ‘swim, sail’ plyt’ pl´ avat’ ‘stroll, trudge’ brest´ ı brod´ ıt’ polzt´ ı p´ olzat’ ‘crawl’ kat´ ıt’sja kat´ at’sja ‘roll’ lezt’ l´ azit’ ‘climb, clamber’ exat’ ´ ´ ezdit’ ‘ride’ gn´ at’sja gonj´ at’sja ‘chase’ nest´ ıs’ nos´ ıt’sja ‘rush’ ‘carry’ nest´ ı nos´ ıt’ ‘drag’ taˇ sc´ ıt’ task´ at’ ‘roll, convey in a wheeled vehicle’ kat´ ıt’ kat´ at’ ‘drive’ gnat’ gonj´ at’ vest´ ı vod´ ıt’ ‘lead’ vezt´ ı voz´ ıt’ ‘haul, carry by conveyance’

  4. Indeterminate vs. determinate verbs Determinate (2) a. On letel det v Berlin. he fly. PST . SG . M in Berlin ‘He was flying to Berlin.’ b. Ptica letela det vdol’ reki. bird fly. PST . SG . F along the river. ‘A bird flew along the river (following the river).’ Indeterminate (3) Ptica letala indet vdol’ reki. bird fly. PST . SG . F along the river. ‘A bird flew along the river (up and down the river).’

  5. Indeterminate vs. determinate verbs Indeterminate (4) a. On letal indet (krugami). he fly. PST . SG . M (circle. INS . PL ) ‘He was flying around (in circles).’ b. Samol¨ et letal indet nad gorodom dva ˇ casa. plane fly. PST . SG . M above city. INS . SG two hours ‘The plane was flying over the city for two hours.’ c. Etot samol¨ et letaet indet v Berlin dva raza v den’. this plane fly. PRES . 3SG in Berlin two time in day ‘This plane flies to Berlin two times a day.’

  6. Indeterminate vs. determinate verbs Informal semantic characterization (Stilman, 1951, pp. 3f): ◮ Determinate verbs describe “motion in a definite direction, actually taking place at a given time.” ◮ Indeterminate verbs are “used to describe – a given type of locomotion in general, without reference to progress in any particular direction; – motion in a definite direction when it is repeated or habitual; – a completed round trip (in past tense).”

  7. Prefixation of verbs in Russian Prefixation (according to Shvedova (1982)): 28 different prefixes (23 productive), up to 10 different meanings per prefix. Examples of pri- meanings: ‘approaching something’ ( prijti ‘to come’), ‘adding something to something’ ( pribit’ ‘to hammer smth’), ‘limited action’ ( pripodnjat’ ‘to lift a bit’).

  8. Prefixation of verbs in Russian Main issue: intricate interplay of lexical meaning and grammatical aspect. The traditional view of Russian verbal morphology: ◮ V → imperfective ◮ Prefix + V → perfective ◮ Prefix + V + S-imperfective/Hab → imperfective

  9. Prefixed verbs of motion Prefixes of interest: pere- , po- , pri -, pro- , za- . et’ IPF let´ det et’ PF et’ PF et’ PF et’ PF et’ PF prilet´ perelet´ prolet´ polet´ zalet´ at’ IPF at’ IPF at’ IPF at’ IPF prilet´ perelet´ prolet´ zalet´ at’ IPF let´ indet at’ PF at’ PF at’ PF perelet´ prolet´ at’ PF polet´ zalet´

  10. Prefixed verbs of motion Examples: et’ IPF at’ IPF (5) let´ let´ det indet → → et’ PF at’ PF prolet´ prolet´ ‘to fly some distance or ‘to spend some time flying’ past something’ proleteli PF (6) a. My mimo Berlina. We PRO .fly. PST . PL past Berlin ‘We flew over Berlin.’ proletali PF b. My nad lesom celyj den’. We PRO .fly. PST . PL over forest whole day ‘We’ve spent the whole day flying over the forest.’

  11. Prefixed verbs of motion et’ IPF at’ IPF (7) let´ let´ det indet → → et’ PF at’ PF polet´ polet´ ‘to start flying’ ‘to spend a short time flying’ (8) a. Ptenec poletel. Nestling PO .fly. PST . SG . M ‘The nestling started to fly.’ b. Ja poletaju i vernus’. I PO .fly. PRES . 1SG and come.back ‘I will fly a bit and come back.’

  12. Frames for verbs Frame-semantic representations in general ◮ Conceptual-semantic entities (events, objects) can be characterized by types and attributes (and relations between attribute values) � frame representations ◮ Frame representations are well-suited for semantic composition at the syntax-semantics interface. ◮ Frame representations for verbs can be seen as closely related to logical representations along the lines of Neo-Davidsonian event semantics (for details, see Kallmeyer and Osswald, 2013).

  13. Examples of verb entries Frame for let´ at’ indet Frame for let´ et’ det     transloc directed-transloc V [ E = 0 ] V [ E = 0 ] MANNER fly MANNER fly     0   0       ACTOR entity ACTOR entity     TRACE trace let´ at’ PATH path let´ et’ Note: The value of the attribute trace is just the set of points traversed without any event-related ordering imposed.

  14. Examples of motion expressions S [ E = 0 ] VP [ E = 3 ] NP [ I = 1 ] VP [ E = 0 ] VP* NP  I = 2  [ E = 3 ] CASE = instr V [ E = 0 ]   NUM = pl krugami let´ at’    � transloc � trace 3  TRACE MANNER fly    2 circular FORM    ACTOR  1        trace  0      FORM form       TRACE     LOCATION location          . . . . . .

  15. Examples of motion expressions S [ E = 0 ] NP [ I = 1 ] VP [ E = 0 ] VP [ E = 0 ] NP   I = 2 CASE = instr     NUM = pl transloc V [ E = 0 ] MANNER fly       ACTOR 1        trace  0 let´ at’ krugami     2 circular  FORM      TRACE      LOCATION location          . . . . . .

  16. The prefix pro- : Examples to model A couple of illustrative examples with distance and time: (9) a. Vasja begal indet /beˇ zal det 20 km 3 ˇ casa. Vasja run. PST . SG . M 20 km 3 hours ‘Vasja ran 20 km and it took him 3 hours.’ b. Vasja begal indet /beˇ zal det 20 km za 2 ˇ casa. Vasja run. PST . SG . M 20 km in 2 hours ‘Vasja used to run 20 km in two hours.’ (10) a. Vasja prob´ egal/*probeˇ z´ al 2 ˇ casa. Vasja PRO .run. PST . SG . M 2 hours ‘Vasja ran for two hours (without stopping).’ b. Vasja prob´ egal/probeˇ z´ al 20 km *(za) 2 ˇ casa. Vasja PRO .run. PST . SG . M 20 km *(in 2 hours ‘Vasja ran 20 km in two hours.’

  17. The prefix pro- : Examples to model Observations: ◮ almost everything is allowed with non-prefixed verbs; ◮ prefixed verbs do not allow simultaneous distance specification and time specification with an NP acc ; ◮ prefixed determinate verbs require an NP acc that contains path or distance specification. Assumptions about the syntactic status of measure NP acc (cf. Fowler and Yadroff, 1993): ◮ adjunct for non-prefixed verbs ◮ argument for pro -prefixed verbs

  18. Frame semantics: Components b´ egat’ indet beˇ z´ at’ det     transloc directed-transloc MANNER run MANNER run          ACTOR entity   ACTOR entity      TRACE trace PATH path 20 km 2 ˇ casa     length length VALUE 20 VALUE 2         M-UNIT km M-UNIT hour

  19. Composition: Non-prefixed verbs S [ E = 0 ] VP [ E = 3 ] NP [ I = 1 ] VP [ E = 0 ] VP* NP � [ E = 3 ] � V [ E = 0 ] I = 2 CASE = acc b´ egat’ 2 ˇ casa     transloc   length MANNER run 0     VALUE 2 3  DURATION 2          ACTOR 1 M-UNIT hour

  20. Composition: Non-prefixed verbs b´ egat’ indet 30 km 2 ˇ casa beˇ z´ at’ det 30 km 2 ˇ casa     transloc directed-transloc  MANNER run   MANNER run          ACTOR entity ACTOR entity             length length              PATH | LENGTH VALUE 30   PATH | LENGTH VALUE 30                  M-UNIT km M-UNIT km                 length length             DURATION VALUE 2 DURATION VALUE 2                 M-UNIT hour M-UNIT hour

Download Presentation
Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend


More recommend