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This study examines representations of athletes with impairments who competed at the 2012 London and 2016 Rio Paralympic Games. Discourse analysis from a linguistic perspective was employed to investigate gendered descriptions of disabled persons and the emotional expressions of Paralympic athletes, as printed in verbal and visual texts found in Malaysian English Language newspapers. Emotional expressions displayed in visual texts were analyzed through visual semiotics. Additionally, corpus assisted analysis was employed to triangulate the findings where necessary. Findings indicated that disability sport had little in common with non-disability sport in terms of coverage volume. Written depictions of perceived impairment most frequently used medical terms to describe both female and male athletes and were concentrated in the lead paragraphs. There were more pictures of athletes that focused on faces rather than on impairments. Finally, analyses prominently revealed that emotional elements were an integral part of the Paralympic sports news narrative, with all positive emotion words for males, and facial affect for both females and males also positive. Many pictures depicted smiles and happy expressions at medal award ceremonies.

Generally, multiprocessor real-time scheduling algorithm fall into two basic approaches, partitioned and global. The hybrid solution that we proposed applies the partitioned scheduling approach to the task set until all processors have been filled. The remaining tasks are then scheduled using the global scheduling approach. The idea of a hybrid scheduling approach to ameliorate limitations of partitioned and global approaches. Studies have shown that most prior research on hybrid multiprocessor real-time scheduling has been confined to hard and soft real-time tasks. In fact, the implementation of hybrid approach and the performance of such algorithms in comparison to partitioned and global approaches have not been fully answered by previous studies. This paper performs experimental evaluation of our proposed hybrid multiprocessor scheduling approach, R-BOUND-MP-NFRNS and RM-US (m/3m-2) with multiprocessor response time test, with one of the best scheduling approach from partitioned and global scheduling approaches. The evaluation is based on simulation experiments using videophone application and Cruise Control with Collision Avoidance (CCCA) case studies that mixes real-time tasks of different criticality. The experimental results have presented in terms of three metrics or in other words, performance measurement parameters, namely deadline satisfaction ratio, least system utilization and preemption density (overhead ratio). Based on these three metrics, the proposed hybrid scheduling approach achieved higher percentage compare to the other two approaches. This indicates that such a hybrid scheduling approach is a viable alternative to use in multiprocessor systems and for best scheduled constrained deadline periodic tasks where timing constraints known as weakly hard.