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No. | Title | Authors | Evaluation method | Users | Results |
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1 | Hands-on experiences with assistive technologies for people with intellectual disabilities | Torrado et al. [20] | Assistive communication, innovative | 14 | __ |
2 | Heuristic evaluation of paper-based web pages | Anwar et al. [21] | Heuristic evaluation, heuristic violation, usability inspection | 3 | 70% |
3 | Lexical simplification system to improve web accessibility | Alarcon et al. [22] | Automatic simplification, lexical simplification, implementation | 40 | 64.95% |
4 | Web accessibility evaluation for disabled | Bakhsh [23] | Accessibility evaluation, human evaluation, success | 5 | 95% |
5 | Evaluating the readability of text simplification output for readers with cognitive disabilities | Baule [24] | Readability, text simplification, cognitive disabilities | 20 | __ |
6 | The effectiveness of multimedia in education for special education (MESE) to improve reading ability and memorizing for children with intellectual disability | Munir et al. [25] | Reading ability, memorizing, special education | 4 | 66% |
7 | Automatic text simplification for people with intellectual disabilities | Chen et al. [17] | Automatic text simplification, intellectual disability, language processing | __ | 10% |
8 | Evaluation of web accessibility | Faheem et al. [19] | Web accessibility, multicultural public, web pages | __ | 45% |
9 | A study of child with special needs (CWSN) on outcome-based special education | Naseem et al. [26] | Intellectual disability, special education, paraprofessional | __ | 3% |
10 | The assessment of children with special needs | Hussu and Strle [27], | Assessment, children with special needs, teachers | 232 | 65.5% |
11 | AutonomaMente project-design, implementation, and evaluation of a multimodal domotic application to support persons with cognitive disabilities | Anwar et al. [28] | Cognitive disabilities, social networks, augmentative communication | __ | 35% |
12 | Emergency communication system for persons with hearing and speaking disabilities and against a large-scale disaster | Sadahiko et al. [29] | Speaking disabilities, emergency communication systems, persons with hearing disabilities | 34 | 32.3% |
14 | Need and impressions of communication robots for seniors with slight physical and cognitive disabilities | Miura et al. [30] | Communication robots, system usability scale, impressions, and need | 12 | 80% |
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