A social networking-based advertising to enhance customer reach target

A traditional advertising is a method to deliver commercial messages to mass audiences through the newspaper, outdoor billboards, radio, and television. This method is quite expensive for the small and medium company. The new concept of advertising such as social media, website, and application provide an inexpensive way to promote businesses. The proposed idea is to create a new platform for advertising and promotional tools which is called Tagme. This system is developed based on web environment on Windows and Android. Tagme allows marketers to promote their event, business or store and give promotions including vouchers to customers. Tagme also will notify customers instantly with any events or promotions such as free voucher giveaway that will be managed by the marketers themselves. Tagme provides a form of solution for marketers to promote their business efficiently as it provides web analytics and users preferences functions. This will allow marketers to promote their business to specific and focused customers

Feasibility study of worker safety at highway emergency lane

Safety procedures at highways are essential to ensure safe, clean and accessible roads and highways. The workers were often exposed to hazardous situations, as seen by numerous accidents involving highway workers on the road in recent years. Safety technologies in the highway construction work zone may help improve the roadway construction and maintenance workers’ safety. This paper reviews the statistics of road accidents in Malaysia, highway work zone safety problems and existing applications of safety sensor systems as an improvement of safety technology in the construction work zones. As an improvement towards the safety technology, Signal Warning Detector (SWAD) system was developed to increase the safety at highway work zone especially on PLUS highways in Malaysia. The development of the SWAD system’s parameter setting was discussed later in the methodology section of this pape

A review of reliability tests on safety technologies

A road maintenance employee is someone who ensures that roads and highways are safe, clean, and accessible. They perform a variety of tasks that demand physical exertion, such as repairing damaged automobiles, performing routine check-up procedures, or performing restoration work, among others. As a result, these workers may be exposed to hazardous situations, as there have been multiple accidents involving highway workers on the road recently. Signal Warning Detector casing structure was designed as part of a safety system to provide early warning to highway workers as traffic accidents among highway workers have become a concern. This study reviews the different reliability tests done on casing structure by previous researchers. Therefore, this study applies laboratory experiments to further test the reliability for the SWAD transmitter and receiver casing structure as a development step towards producing a reliable SWAD syste

A novel method for the preparation of β,γ-unsaturated carbonyl compounds

α,β-Unsatd. carbonyl compds. were cyclized with sulfonium ylides, the carbonyl compds. so formed were converted to alcs. by either using LiAlH4 or Grignard reagents. The alcs. were oxidized to β,γ-unsatd. carbonyl compds. using pyridinium chlorochromate (PCC), dichloromethane and water. Thus prepd. were 46-57% BzCH2CH:C(R)Ph (R = H, Ph, CH2Ph, p-tolyl)

Effect of hot extrusion parameters on microhardness and microstructure in direct recycling of aluminium chips [Einfluss von Warmstrangpress-Parametern auf die Mikrohärte und das Gefüge beim Wiederverwerten von Aluminiumspänen]

Direct hot extrusion is an alternative process for recycling aluminium without melting the scrap. It utilizes low energy and is environmental friendly. This paper reports the microhardness and microstructure of aluminium alloy chips when subjected to various settings of preheating temperature and preheating time in hot extrusion process. Three values of preheating temperature are taken as 450 °C, 500 °C, and 550 °C. On the other hand, three values of preheating time were chosen (1 h, 2 h, 3 h). The influences of the process parameters (preheating temperature and time) are analyzed using design of experiments approach whereby full factorial design with center point analysis are adopted. The total runs are 11 and they comprise of two factors of full factorial design with 3 center points. The responses are microhardness and microstructure. The results show that microhardness increases with the decrease of the preheating temperature. The results also show that the preheating temperature is more important to be controlled rather than the preheating time in microhardness analyses. The profile extrudes at 450 °C and 1 hour has gained the optimum microhardness and it can be concluded that setting temperature at 550 °C for 3 hours results in the highest responses for average grain sizes in analysis of microstructure. © 2019 Wiley-VCH Verlag GmbH & Co. KGaA, Weinhei

Financial Records Management System for Micro Enterprise

Financial records represent a formal records or written reports of financial activities of an entity to quantify financial performance and financial strength. Most of micro enterprises under Centre for Business and Entrepreneurship (CBER) UTHM is currently using manual records bookkeeping system to keep the financial records. This cause time consuming and human errors. Hence, financial records management system for micro enterprises under CBER is developed. This system is able to simplify invoice records and quotation collection. Financial records management system also can eliminate accounting errors and minimizing records keeping redundancy. The system is developed by using software Brackets, Xampp and PHP programming through agile methodology guide. This system is expected to help micro enterprises to keep track and manage financial records efficiently