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Code-switching and the optimal grammar of bilingual language use*

Published online by Cambridge University Press:  11 May 2011

RAKESH M. BHATT
Affiliation:
University of Illinois, Urbana–Champaign
AGNES BOLONYAI*
Affiliation:
North Carolina State University
*
Address for correspondence: Agnes Bolonyai, North Carolina State University, Department of English, Campus Box 8105, Raleigh, NC 27695-8105, USA bolonyai@unity.ncsu.edu
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Abstract

In this article, we provide a framework of bilingual grammar that offers a theoretical understanding of the socio-cognitive bases of code-switching in terms of five general principles that, individually or through interaction with each other, explain how and why specific instances of code-switching arise. We provide cross-linguistic empirical evidence to claim that these general sociolinguistic principles, stated as socio-cognitive constraints on code-switching, characterize multi-linguistic competence in so far as they are able to show how “local” functions of code-switching arise as specific instantiations of these “global” principles, or (products of) their interactions.

Information

Type
Research Article
Copyright
Copyright © Cambridge University Press 2011
Figure 0

Figure 1. An Optimality-Theoretic model of bilingual grammar.

Figure 1

Tableau 1. Output = cand2

Figure 2

Tableau 2. Output = cand1

Figure 3

Tableau 3. Interaction of POWER and SOLID (POWER ≫ SOLID)

Figure 4

Tableau 4. Interaction of FAITH and POWER (FAITH ≫ POWER)

Figure 5

Tableau 5. Interaction of PERSP and POWER (PERSP ≫ POWER)

Figure 6

Tableau 6. Interaction of FACE, POWER and SOLID (FACE ≫ POWER ≫ SOLID)

Figure 7

Tableau 7. Interaction of SOLID and POWER (SOLID ≫ POWER)

Figure 8

Tableau 8. Interaction of SOLID and FACE (SOLID ≫ FACE)

Figure 9

Tableau 9. Interaction of FAITH and SOLID (FAITH ≫ SOLID)

Figure 10

Tableau 10. Interaction of PERSP and SOLID (PERSP ≫ SOLID)

Figure 11

Tableau A1. Interaction of FACE, POWER and SOLID (FACE ≫{POWER, SOLID})

Figure 12

Tableau A2. A weighted constraint tableau

Figure 13

Tableau A3. A weighted constraint tableau