Anda belum login :: 30 Nov 2024 19:11 WIB
Home
|
Logon
Hidden
»
Administration
»
Collection Detail
Detail
Sentence matching and processing in L2 development
Oleh:
Eubank, Lynn
Jenis:
Article from Journal - ilmiah internasional
Dalam koleksi:
Second Language Research (Full Text & ada di PROQUEST) vol. 9 no. 3 (Oct. 1993)
,
page 253-280.
Topik:
Initialization/Finalization Strategy (IFS)
Fulltext:
Lynn Eubank.pdf
(1.48MB)
Ketersediaan
Perpustakaan PKBB
Nomor Panggil:
405/SLR/9
Non-tandon:
tidak ada
Tandon:
1
Lihat Detail Induk
Isi artikel
The processing strategies described in Clahsen (1984) to explain the development of German word order make predictions that can be tested experimentally. Clahsen's Initialization/Finalization Strategy (IFS) in particular predicts that uninverted, ADV-SVO sentences will exact less cost in terms of processing than inverted, ADV-VSO sentences, even though inverted sentences are grammatical in the target language and uninverted sentences are ungrammatical. The experimental means employed to test this prediction is the Sentence Matching (SM) procedure described originally in Freedman and Forster (1985). In the SM procedure, response times are elicited for particular types of sentences by measuring the time (in msec.) it takes for subjects to determine whether two sentences presented by computer are identical or different. The results of one of the experiments reported here show that inverted , sentences result in significantly shorter response times than uninverted , sentences for non-native speakers. This finding directly contradicts the IFS-derived prediction. However, further experimental work reported here indicates that native speakers do not respond at all to the inverted-uninverted contrast. The rest of the article thus seeks to explain this somewhat surprising finding. The proposed explanation also suggests that natives and non-natives may process sentences in the SM task in rather different ways.
Opini Anda
Klik untuk menuliskan opini Anda tentang koleksi ini!
Kembali
Process time: 0.015625 second(s)