Computer-assisted instruction to prevent early reading difficulties in students at risk for dyslexia: Outcomes from two instructional approaches

The relative effectiveness of two computer-assisted instructional programs designed to provide instruction and practice in foundational reading skills was examined. First-grade students at risk for reading disabilities received approximately 80 h of small-group instruction in four 50-min sessions per week from October through May. Approximately half of the instruction was delivered by specially trained teachers to prepare students for their work on the computer, and half was delivered by the computer programs. At the end of first grade, there were no differences in student reading performance between students assigned to the different intervention conditions, but the combined-intervention students performed significantly better than control students who had been exposed to their school’s normal reading program. Significant differences were obtained for phonemic awareness, phonemic decoding, reading accuracy, rapid automatic naming, and reading comprehension. A follow-up test at the end of second grade showed a similar pattern of differences, although only differences in phonemic awareness, phonemic decoding, and rapid naming remained statistically reliable.     

Academic responding during instruction and reading outcomes for kindergarten students at-risk for reading difficulties

The purpose of this study was to investigate the academic responding of students at-risk for reading difficulties in beginning reading instruction. Opportunities for kindergarten students at-risk for reading difficulties to respond academically during teacher-facilitated reading instruction in the general education classroom were examined in relation to student reading achievement as well as social behaviors. Student academic responding during teacher-facilitated instruction significantly predicted end of year reading achievement. Teacher perceptions of students’ social skills (positive correlation) and problem behaviors (negative correlation) were significantly correlated with academic responding. When academic responding and teacher perceptions of social behaviors were examined together, only teacher perceptions of academic competence and problem behaviors predicted spring outcomes.     

Effects of SRSD college entrance essay exam instruction for high school students with disabilities or at-risk for writing difficulties

Reading and Writing - Strategies instruction has improved the writing of high school struggling writers in previous studies, including students with disabilities. This study examined the...     

An intervention approach for children with teacher- and parent-identified attentional difficulties

Using a multimodal and multi-informant method for diagnosis, we selected 33 children by teacher and parent nomination for attention and work completion problems that met DSM-IV criteria for attention-deficit/hyperactivity disorder (ADHD). Of the 33 children in this group, 21 participated in the initial intervention, and 12 were placed in an ADHD control group and received the intervention after pre- and posttesting. A similarly selected group of 21 children without difficulties in attention and work completion served as a control group. Each child was assessed on pre- and posttest measures of visual and auditory attention. After an 18-week intervention period that included attention and problem-solving training, all children in the intervention and control groups were retested on visual and auditory tasks. Children in both ADHD groups showed significantly poorer initial performance on the visual attention task. Whereas the ADHD intervention group showed commensurate performance to the nondisabled control group after training, the ADHD control group did not show significant improvement over the same period. Auditory attention was poorer compared to the control group for both ADHD groups initially and improved only for the ADHD intervention group. These findings are discussed as a possible intervention for children with difficulties in strategy selection in a classroom setting.     

Computer-assisted instruction for dispersed populations: System cost models

Provision of CAI of any sophistication requires-at least with present technology-the existence of a large central computing system. Thus, if rural regions or dispersed populations (e.g. deaf students) are to be able to share in the potential of CAI, an extensive communication system is required. This paper provides cost estimates for a CAI system capable of handling 1300 highly despersed student terminals; in order to do this it develops cost models for alternative te restrial and satellite communication systems. Perhaps the most interesting result to emerge from the analysis is the viability of a satellite based system; for average terminal to computer distances on the order of 500 miles there is a distinct advantage for satellite based systems. Assuming 2,000 hours per year usuage of the student erminals, the system cost for a satellite based system serving a highly dispersed population is $ 0.85 per student contact hour.This work was supported by Grant No. OEG-0-70-4797 from the Bureau of Education for the Handicapped, U.S. Office of Education, to the Institute for Mathematical Studies in the Social Sciences (IMSSS), Stanford University. Portions of the paper were previously presented at the XXII International Congress of the International Astronautical Federation, Brussels, September 1971, and at the International School on Computers in Education, Pugnochiuso, Italy, July 1972.John Ball is the manager of the Computer Based Laboratory of IMSSS; Dean Jamison is a staff member of IMSSS, Assistant Professor of Management Science, Graduate School of Business, and Assistant Professor (by courtesy), School of Education, Stanford University. The authors are indebted to J. E. G. Ferraz and Joanne Leslie Jamison for valuable assistance with this paper.     

Code-oriented instruction for kindergarten students at risk for reading difficulties: a replication and comparison of instructional groupings

The purposes of this study were to replicate previous research on phonics-based tutoring in kindergarten and to compare treatment effects for students who received individual instruction compared to instruction in dyads. Thirty classroom teachers from 13 urban elementary schools referred at-risk students for participation. Students who met screening criteria were quasi-randomly assigned, within classroom, to one of three conditions: individual tutoring (n = 22), tutoring in dyads (n = 32), or no tutoring (n = 22, classroom instruction only). Twenty-one paraeducators provided 18 weeks of explicit instruction in phonemic skills and the alphabetic code to students during the latter half of kindergarten. Multilevel model results showed that tutored students outperformed non-tutored controls on posttest measures of phonological awareness, word reading accuracy, oral reading fluency, spelling, and comprehension. However, no significant differences were found between the two tutored groups on any measure, suggesting that code-oriented tutoring for pairs of students is a viable alternative to the gold standard of individual instruction.     

Computer-assisted elementary Chinese learning for American students

Despite hopes and claims about benefits of computer-assisted language learning, few studies have documented actual cases about how American students learn elementary Chinese in a computer-equipped classroom. This paper deals with how to use computer as an educational tool to＇ develop American students＇ Chinese language skills. The theoretical perspective is Interaction Theory; the three types of which, Negotiation of meaning, obtaining modified input and attending to linguistic form, offer the guidance in Computer-assisted learning. By means of observations, this study tries to answer three questions： （1） What is the best way to make use of computers？ （2） How can teachers initiate the students to apply computers？ （3） What＇s the relationship between the teacher and the students in a computer-equipped classroom？     

Early identification and interventions for students with mathematics difficulties

This article highlights key findings from the small body of research on mathematics difficulties (MD) relevant to early identification and early intervention. The research demonstrates that (a) for many children, mathematics difficulties are not stable over time; (b) the presence of reading difficulties seems related to slower progress in many aspects of mathematics; (c) almost all students with MD demonstrate problems with accurate and automatic retrieval of basic arithmetic combinations, such as 6 + 3. The following measures appear to be valid and reliable indicators of potential MD in kindergartners: (a) magnitude comparison (i.e., knowing which digit in a pair is larger), (b) sophistication of counting strategies, (c) fluent identification of numbers, and (d) working memory (as evidenced by reverse digit span). These are discussed in terms of the components of number sense. Implications for early intervention strategies are explored.     

Tier 3 specialized writing instruction for students with dyslexia

Two instructional experiments used randomized, controlled designs to evaluate the effectiveness of writing instruction for students with carefully diagnosed dyslexia, which is both an oral reading and writing disorder, characterized by impaired word decoding, reading, and spelling. In Study 1 (4th to 6th grade sample and 7th to 9th grade sample), students were randomly assigned to orthographic or morphological spelling treatment but all students were taught strategies for planning, writing, and reviewing/revising narrative and expository texts. Both treatments resulted in improvement on three measures of spelling and one measure of composition. Morphological treatment resulted in better improvement in spelling pseudowords, whereas orthographic treatment resulted in better improvement in rate of reading pseudowords. In Study 2 (4th to 6th grade sample), students were randomly assigned to explicit language treatment (phonological working memory + phonological-orthographic spelling + science report writing training) or nonverbal problem solving treatment (virtual reality-based computer simulation, drawing maps, and building clay models). Both treatments used science content material and resulted in significant improvement in spelling and reading pseudowords (accuracy and rate). The surprising finding was that hands-on, engaging science problem solving led to more improvement in phonological working memory than did specialized phonological instruction. Only when spelling instruction emphasized orthography or morphology (Study 1) did real word spelling improve. Preparation of this chapter was supported by Grant Nos. HD25858 and P50 33812 from the National Institute of Child Health and Human Development (NICHD). In Study 1 teaching assistants included Sylvia Abbott, Marci Anderson-Youngstrom, Belle Chennault, Kate Eschen, Noelia Garcia, Sandra Hiramatsu, Lynn Junell, Julia Kim, Stephanie King, Shin-Ju (Cindy) Lin, Rebecca Metzger, Heather Murphy, Jennifer Norton, Sue Palewicz, Rebecca Pirie, and Suzanna West. Also on the assessment team were Sylvia Abbott, Belle Chenault, Kate Eschen, and Rebecca Pirie. Certified teachers Diana Hoffer and Christina Johnson implemented the composition lessons written by the first author. In Study 2, teaching assistants included Nicole Alston-Abel, Leah Altemeier, Wade Altom, Marci Anderson-Youngstrom, Annie Boyd, Nicole Garcia, Laura Gould, Marta Holsinger, Yen-Ling Lee, Shin-Ju (Cindy) Lin, Laurie McCarthy, Heather Murphy, Hema O’Shea, Michelle Proux, Kristine Tardiff, and Kari Terjeson. Janine Jones supervised the assessment team. Margaret McShane and Doug Stock served as administrative assistants.     

Comprehension monitoring in students with reading difficulties

Two studies are reported in this paper. In the first study, 32 fifth and sixth grade poor readers and 32 average third graders matched with the poor readers on reading age were randomly assigned to either a general or a specific instruction condition. In both treatments subjects were shown how to monitor text for internal inconsistency. In addition, the specific instruction condition provided explicit instruction in how to use a cross-referencing technique to evaluate the internal consistency of a given text. Results indicated significant Subject-group x Instruction Condition interaction on all three dependent measures: detection and identification of inconsistency and comprehension competence. Whereas the poor readers were found to be inferior to the RA-matched controls in the general instruction condition, in the specific instruction condition the poor readers’ performance was superior to that of the RA-matched controls. It was suggested that the significant discrepancy in performance between the poor readers and the younger RA-matched controls in the specific instruction condition may be related to differences in maturity and experience. The validity of this interpretation was examined in the second study by including a third group of average fifth graders matched with the poor readers on chronological age. Further, a second evaluative standard, namely, violation of prior knowledge, was also included. Data from the second study in general confirmed the findings of the first study.     

Integration of students with moderate learning difficulties

Abstract

After a discussion of the main concepts used, the differing policies and practices in a selection of countries are examined briefly. Research studies comparing the academic and social outcomes of integrated and segregated education do not offer unequivocal conclusions: as much depends on the kind of educational programme as on the setting. An examination of the conditions for effective integration shows that successful programmes place emphasis on some or all of three key features, viz. the curriculum, team teaching and support personnel. Research on attitudes towards integration leads to the conclusion that teachers are broadly positive in principle but less so in practice. But if teachers are given adequate support and improved skills, then a segregative tradition can be modified.     

The effects of strategic counting instruction,with and without deliberate practice,on number combination skill among students with mathematics difficulties

The primary purpose of this study was to assess the effects of strategic counting instruction, with and without deliberate practice with those counting strategies, on number combination (NC) skill among students with mathematics difficulties (MD). Students (n = 150) were stratified on MD status (i.e., MD alone versus MD with reading difficulty) and site (proximal versus distal to the intervention developer) and then randomly assigned to control (no tutoring) or 1 of 2 variants of NC remediation. Both remediations were embedded in the same validated word-problem tutoring protocol (i.e., Pirate Math). In 1 variant, the focus on NCs was limited to a single lesson that taught strategic counting. In the other variant, 4–6 min of practice per session was added to the other variant. Tutoring occurred for 16 weeks, 3 sessions per week for 20–30 min per session. Strategic counting without deliberate practice produced superior NC fluency compared to control; however, strategic counting with deliberate practice effected superior NC fluency and transfer to procedural calculations compared with both competing conditions. Also, the efficacy of Pirate Math word-problem tutoring was replicated.