This study analyzes the novel using a statistical approach. The research method is a qualitative-descriptive method. The purpose of this study is to describe the form of structuring that is contained in the novel House without Windows by Asma Nadia. As for data collected through library research research techniques, see techniques and note techniques. The data used in this study are excerpts from the novel that are the source of the data. The source of the data in this study is the novel House without Windows by Asma Nadia. In addition, the data obtained are classified based on their shape in order to facilitate the analysis. Data analyzed are data that have been tested for validity by validators who are experts in their fields. Referring to the knife analysis of the stylistic approach, we found a form of structural alignment. So, it can be concluded that the form of structuring data obtained from the novel House without Window by Asma Nadia 55 data with detailed data, 9 data repetition, 4 data parallelism, 7 data anaphora, 9 data antithesis, 7 data alliteration, climax as much as 1 data, asindeton as much as 13 data, rhetorical questions as much as 4 data, and polisidenton as much as 1 data. While the least data found was polysindeton and climax data, and no anticlimactic data was found.
International Symposium on Sun, Earth, and Life, Jun 2016, Bandung, Indonesia; International audience; High altitude clouds have been observed in the Martian atmosphere. However, their properties still remain to be characterized. Mars Climate Sounder (MCS) aboard Mars Reconnaissance Orbiter (MRO) is an instrument that measures radiances in the thermal infrared, both in limb and nadir views. It allows us to retrieve vertical profiles of radiance, temperature and aerosols. Using the MCS data and radiative transfer model coupled with an automated inversion routine, we can investigate the chemical composition of the high altitude clouds. We will present the first results on the properties of the clouds. CO2 ice is the best candidate to be the main component of some high altitude clouds due to the most similar spectral variation compared to water ice or dust, in agreement with previous studies. Using cloud composition of contaminated CO2 ice (dust core surrounded by CO2 ice) might improve the fitting result, but further study is needed.
Abstract The aim of this research is to take advantage of data mining techniques using the Apriori sales data algorithm for agricultural equipment. This is due to the fact that the high potential agricultural sector in Indonesia has obstacles to the use of technology. Research was conducted in the district of Simalungun in a shop selling agricultural needs. Sales activities in the store continue and generate more and more data. In order to be of use to the resulting data, it is necessary to process these data with a certain algorithm that provides great benefits, in particular by maximizing the sales profits of agricultural products. Apriori Algorithm is one of the methods of data mining, the activities of which include data collection and the use of old data with the aim of finding regularities, patterns or relationships in data collection. The output of the algorithm can help future decision-makers, where one of the advantages is the rearrangement of the product layout, such as the most frequently sold products being assembled so that they are easily visible to consumers and can properly prepare stock items for the store.
Many researches showed that climate change has significant impact on agricultural sector, which threats the food security especially in developing countries. It has been observed also that the climate change increases the intensity of extreme events. This research investigated the impact climate to the agricultural productivity in East Java, as one of the main rice producers in Indonesia. Standard regression as well as panel regression models have been performed in order to find the best model which is able to describe the climate change impact. The analysis found that the fixed effect model of panel regression outperforms the others showing that climate change had negatively impacted the rice productivity in East Java. The effect in Malang and Pasuruan were almost the same, while the impact in Sumenep was the least one compared to other districts.
Abstract The purpose of this research is to: (1) Understand how the DC motor control systems trainer works, and (2) measure the feasibility of DC motor control systems trainer as a learning media. This research applies research and development approach and ADDIE (Analyze, Design, Develop, Implement, Evaluate) model. The research was conducted in mechatronic engineering education study program, Yogyakarta State University with the students of mechatronic engineering education as the subjects of the research. Based on this research, it is known that: (1) Vexta series of DC motor control systems trainer can control the speeds appropriate with the input speed, and (2) The result of feasibility assessment by material experts obtained an average score of 50.5, that included in the “feasible” category, while the media experts feasibility obtained an average score of 72, that included in the “very reasonable” category. For the students’ assessment results based on the experiment on small group, 50 % of the students agreed that the material is “feasible” category, while another 50% agreed that it is “very reasonable” category. For the assessment on operational products, 65 % of the students agreed that it is “feasible” category, while another 30 % agreed that it is “very reasonable” category, and the other 5 % agreed that it is “good enough” category, to be applied as a learning media.
Advances in digital technology have greatly helped in the digitization of many ancient scripts. We present the details of a project undertaken in the Indonesian island of Bali to develop a comprehensive digital script for the Balinese language with the goal of alleviating the problem of people losing their competence with both the Balinese language and Balinese script. In this paper we introduce the first such a system consisting of a non-QWERTY keyboard layout and its application for the Balinese script of the Balinese language. The aim of the system is to assist teachers and educators in Bali to train students on how to write Balinese script in a natural as well as modern way. The composition approach of the characters in the keyboard layout was obtained through several Balinese language datasets, such as short stories, itihasa (history), proverb, poetry, etc. In addition to the system, our project also included the development of a soft keyboard for desktop and tablet/smartphone environments. Our work contributes to the preservation of the Balinese cultural heritage.
Abstract In Monitoring Temperature and humidity for Server Room is a system based an IoT, which provides information while regulating temperature and humidity inside the server room. There are various types of sensors in the prototype, using all parameters of temperature and humidity that can be measured. This system can be used to monitor the temperature or humidity of a particular room or place. The proposed system continuously sends data to the cloud to monitor data from anywhere. For direct monitoring and regulation, the system is equipped with features to provide notifications to users through the telegram application dynamically. The prototype brain is a Raspberry and Arduino module. Temperature and Humidity Sensor (DHT11) are connected to Raspberry. Every time these values exceed the threshold selected for each notification given to the user via the telegram application by utilizing the telegram API. Based on the notification, the user can remotely set the room temperature by giving an order via the telegram application. The Proposed System effectively monitors and dynamically controls commands via telegram applications or through web server applications.
Abstract This study aimed to find out how the understanding of indigenous community in Sigi district (Ongulero and Wiapore villages) that related to ethnoscience knowledge and its application in the daily lives. This study was a descriptive qualitative study using interview and documentation methods. Based on the results of the research, it was obtained that the indigenous community in Sigi district has the scientific knowledge that related to food and the processing, agriculture, and treatment for some diseases (medicines).
Abstract Integrated Multi-Trophic Aquaculture (IMTA) is a polyculture with several biotas maintained in it to optimize waste recycling as a food source. The interaction between phytoplankton and nitrogen as waste in fish cultivation including ammonia, nitrite, and nitrate studied in the form of mathematical models. The form model is non-linear systems of differential equations with the four variables. The analytical analysis was used to study the dynamic behavior of this model. Local stability analysis is performed at the equilibrium point with the first step linearized model by using Taylor series, then determined the Jacobian matrix. If all eigenvalues have negative real parts, then the equilibrium of the system is locally asymptotic stable. Some numerical simulations were also demonstrated to verify our analytical result.
Tourism and agriculture are leading sectors of development in Bali Province. Before Bali’s economy relies heavily on tourism sector, agriculture was a major driver of economic growth. However, with so many challenges of land adjustment and use, and the increase tendency of agricultural land conversion into non-agricultural purpose, the growth of the agricultural sector gradually decreased. Declining of agriculture domain might cause a challenge for Bali because agriculture is not just an activity of land cultivation, but it has related more as spirit or the essential substances of Balinese cultural identity. One of the agricultural universal icons is the Subak system, which has named as world cultural heritage by UNESCO in 2012. Thus, to ensure the sustainability of the agricultural and tourism in Bali, the effort to combine both fields through development of Subak educational tourism becomes relevant. This idea is based on the perspectives that agricultural and tourism areas are interrelated systems. Tourism in Bali is counting on how Bali can preserve its natural and cultural attractions, this include the agrarian culture and lifestyle. The emergence of knowledge-based society, that encourage travellers to be actively involved and participate to fulfill their desire of learning and understanding others culture, has greatly contributed to development of this special interest tourism. Study indicated that Subak educational tourism can be applied toward sustainability as it incorporated the aspect of natural and socio-cultural conservation and could offer economic benefits for the well-being of the local community.