2 research outputs found
Understanding Malaysian English (Manglish) jargon in social media
The advent of the internet, mobile communication and media has created a new form of language such as Slang, Emoticons, Hashtag and Abbreviation as well as a combination of several languages in one word. Some go to the extent of localizing foreign language. In Malaysia, a new trend of using social media language is called Manglish, a mix language of Malay and English words that are popularized by social media users. Based on initial findings, the use of Malaysian English (Manglish) jargon can lead to confusion and miscommunication between social media users of different generations. Even though there are various translation software available, no online Manglish Jargon translator is available at present. Therefore, this work proposes the development of Manglish Jargon Translator that will reduce the miscommunication gap between social media users of all ages. Interview and survey instruments were conducted to capture user requirement and as part of the Manglish Jargon validation process. As a result, the Manglish Jargon translator was developed to further clarify Manglish Jargon terms, actual words, meanings and definitions.Keywords: Manglish, jargon, communication, social media, Malaysia
Review of Manufacturing Process of Natural Fiber Reinforced Polymer Composites
Lately, natural fibers have been gaining consideration in development of composites due to its biodegradability, availability and low-cost compared to synthetic fibers. Natural fibers are renewable sources, biodegradable, environmentally friendly and effortless in machinery. In this paper, the manufacturing of production for natural fiber reinforced polymer composite (NFRC) will be reviewed. These including injection molding, resin transfer molding (RTM), pultrusion, sheet molding compound (SMC) and compression molding processing technique. Injection molding and compression molding are mostly used in the industry. This is due to the machines give a good finishing surface of the products and low cos