The article addresses advances in speech and language assessment through the use of technology. Discussed are the large amounts of accurate diagnostic information that software can generate and the use of microcomputers in data interpretation. Categories of assessment software (phonological analysis and language sample analysis) are considered and…

Three modes of using the microcomputer in aphasia rehabilitation include the dependent mode (with the clinician in the clinic setting), the clinic-based independent mode, and the home-based mode. Also considered are hardware and software selection, patient selection, clinician responsibilities, and family support. A case study illustrates…

The article analyzes software for assessing language, noting advantages and disadvantages of such programs as Computerized Language Sample Analysis and Lingquest 1 Language Sample Analysis. In addition, software for assessing phonetic and phonological performance is also considered. (CL)

Commercially available software is described that can help manage information in speech and hearing clinics. Applications addressed include word processing, database management, columnar analysis, integrated programs, specialized information management programs, and networks. (CL)

The matching of students with language learning disabilities and dyslexia to appropriate reading materials is discussed, and formal and informal methods are presented for determining reading levels for accuracy, fluency, and comprehension instruction and practice. The Spache Readability Formula, the New Dale-Challe Readability Formula, and…

This article describes an evolution of training programs to use first-person interaction in virtual reality (VR) situations to teach safety skills to children with autism spectrum disorder (ASD) and fetal alcohol spectrum disorder (FASD). Multiple VR programs for children aged 2 to 9 were built and tested between 1992 and 2007. Based on these…

Through case studies, this article examines how technology can be used as part of intervention strategies with language handicapped children. It discusses theoretical considerations; stimuli, responses, and reinforcements; staff roles; individualization; and software. The need for increased accessibility to computers by speech/language clinicians…

The article explains the role of feedback and biofeedback in speech therapy; identifies speech parameters that can be modeled by current systems (e.g., pitch, intensity, voice quality, and articulatory accuracy); and describes selected microcomputer-based speech production biofeedback systems that are available. An appendix provides sources. (DB)