Agriculture technologies have shown potential to improve agriculture management. This awareness has attracted researchers to develop technologies for farmers to ease their daily routine and also to reduce cost of labor and increase the yield production. Smartphone is one of the gadgets that can be useful in agriculture because of its useful functions, portability and affordable. It helps users to find locations, access information and capture images and sound. Smartphone functions can be combined to build versatile mobile agriculture applications. These helps to deliver information about crops and management needs. This paper develops an Android application for smart farming in crop management known as Padi2U. Padi2U is a mobile application developed to help farmers in their paddy field management. The application is developed using Master App Builder, a software that is used to create mobile applications. This application contains information about PadiU Putra paddy variety, agriculture agency, sites information, planting schedule, drone images, paddy disease, pest, weed, weather forecast, yield information and farmer report. All information is described in the native language of the farmers that is the Malay language. Final results of this project is the mobile application which will is useful to manage crops and improve the management. The same method can be applied to different crops in the future.
Abstract. Affordable housing was developed in order to give equal opportunity for middle and low-incomers in owning a house, especially in Malaysia. To make sure that these people can have a quality house, the National Housing Policy (DRN) with Pelan Tindakan DRN has been introduced by the Malaysian Government to not only provide adequate housing, but also a comfortable, fun and affordable for the wellbeing of the people in Malaysia (KPKT, 2011). Therefore, sustainability for housing is important to achieve balance between economic development, social interactions and environmental impact by reducing the problems related to population growth, urbanisation, slums, poverty, climate change, lack of access to sustainable energy, and economic uncertainty. One of the goals in DRN and Pelan Tindakan Dasar Perumahan Negara (PTDRN) is to provide an affordable housing and ensure the people from low-income can own a house. However, there is an issue towards assessing the sustainability level of affordable housing, especially in social aspects. This study will discuss on sustainability of affordable housing in Malaysia focused on social aspects. Assessment of spatial indicators was conducted to assess the indicator's implementation of social aspect of the sustainability model. The indicators used in this study include public community facilities, health, safety, religion, and public transportation. These indicators will determine the level of sustainability of the affordable housing. From the results, most of the affordable housing in Malaysia is in intermediate level of sustainability in term of social aspects. These results can help/guide the Government in planning and development in the future, especially with collaboration from private agencies and non-government organization (NGO).
Productions of rice in Malaysia is less compared to other rice producers such as Thailand. One of the reasons is lack of management in weeds. Losses due to weeds must be solved in rice production system, they interfere with the activities involved in the field throughout crop growing period. The main problem in rice field is to detect the presence of weeds among the paddy plant. It is hard to detect from plain sight for weeds in the green field by farmers. This research developed a technique to detect and control the weeds in the rice field. Spectral signature of weeds was collected and stored in the mobile apps for weed management application. The spectral signature of weeds species is unique and has their own characteristics. It can be used as a reference on how to detect weeds in the rice field using remote sensing. In this study, the result outcomes are mainly targeting to help all the paddy farmers in Malaysia to increase their production numbers of paddy. In addition, paddy farmers will be introduced with much advance technique to spot on the weeds that have been infesting in their paddy field and can prepare with what strategy to control on different kind of weeds. Different weed species has different physiological characteristics and it requires different type of strategy to counter the growth in the paddy field. Every weed in the paddy field need to be recognized in order to plan a control strategy. By using only naked eyes of a human and the limited view through the side view of the paddy field contributes to the problem of recognizing type of weeds that infesting the area.
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