Browsing by Author "Zakaria, N"
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Publication Communication Style and Psychological Well-Being Among Flood Victim in Malaysia(Amer Scientific Publishers, 2018) ;Mustaffa, CS ;Marzuki, NA ;Khalid, MS ;Sipon, SZakaria, NWhile most people who are involved in disaster recover with the support of their families, friends and colleagues, the effect on some people health, relationships and welfare can be extensive and sustained. Flooding can pose substantial social and mental problems that may continue over extended periods of time. Flooding can challenge the psychosocial resilience of the hardiest of people who are affected. Communication skills used in managing disaster to provide emotional support, provide information, giving hope to the victim and help them to cope with anxiety. Thus, the purpose of this study is to examine the relationship between perception toward communication style practiced by relief workers and psychological well-being. This study was carried out among flood victim in Malaysia. The participants were asked to complete communication style and psychological well-being inventory. Data was analysed using of Pearson correlation coefficient. The result showed that communication style and psychological well-being were significantly related. This study provides theoretical contributions to organizational communication research and the literature on disaster management context. On the other hand, the findings provide support for the effects of relationships between communication style and well-being of flood victims. - Some of the metrics are blocked by yourconsent settings
Publication Image Contrast Enhancement for Outdoor Machine Vision Applications(IEEE, 2013) ;Abd Wahab, MH ;Latip, R ;Zakaria, NSalam, RAOutdoor machine vision is getting a concern nowadays. Ranging from surveillance and monitoring system to automotive system such as driver assistance system require vision application or artificial eye to keep monitoring the situations. However, most of these applications works very well during clear weather and degrade during bad weather due to the atmospheric particles mitigate the quality of vision system. This paper discuss the state of the art of image enhancement techniques used to adjust the contrast of an outdoor image degrade by fog, haze, and rain. A brief overview of bad weather will be discussed and several recent techniques on removing fog, haze and rain are discussed.