A LEXICAL DATABASE of KENYAN SIGN LANGUAGE Table 1. HAND CONFIGURATION Hope E. Morgan • University of California San Diego •
[email protected] number of hands main articulator (primary), handshape symmetry movement symmetry SignType (Battison) geometry of the two hands ‘Digging into Signs’ Workshop; UCLondon, March 30 - April 1, 2015 1 secondary articulator same simultaneous X mirror end-stacked; tips same 2 hand different simult; connected 0 mirror; alternating end-stacked; tips opposite 1 or 2 hand (stiff wrist) same, same simult; h2 stationary 0/X mirror; alternating; asymmetric end-stacked; tips perpendicular forearm different, same alternating 1 mirror; offset adjacent; ranked prox-dist This poster presents an ongoing project to code the lexical prop- METHODS: arm same, different H2 stationary 2 mirror; asymmetric perpendicular plane head complex 3 stacked; tips same same plane; adjacent; tips perpindicular erties of signs in Kenyan Sign Language (KSL)* including pho- Participants: 28 deaf signers in total, though the majority face 3-minimal stacked; tips opposite h2 base eyes 3-move stacked; tips perpendicular h1 under h2 netic, phonemic, iconic, semantic, grammatical, and etymologi- of signs were produced by 3 signers mouth 4 stacked; facing; tips same n/a cal, with the focus here on phonetic properties. The ultimate author tongue C stacked; facing; tips opposite Coder: teeth unsure stacked; facing; tips perpendicular future goal is to link these lexical records to a full corpus of KSL. Language genres: (1) elicitation of citation forms by author whole body stacked; opposite facing; tips perpendicular with deaf Kenyan participant, (2) dyadic exchanges be- upper body side-stacked; tips same The database was created in FileMaker Pro, allowing for maxi- clothes side-stacked; tips opposite tween deaf Kenyans doing communiative tasks, (3) group not sure side-stacked; tips perpendicular mum flexibility during coding (see data entry screen in Fig.