Design and Implementation of a Fuzzy Logic Controller for Power Plant Temperature Monitoring and Control using Fuzzylite

Design and implementation of a fuzzy logic controller for power plant temperature monitoring and control used fuzzy lite software to simulate using triangular method and compared with bell shape membership function. Fuzzy logic technology was deployed; the motor temperature and RPM being used as crisp inputs to the fuzzy logic controller with appropriate membership function definitions. The fuzzy logic was designed and simulated using the Fuzzy Lite and Proteus software. It was implemented as firmware written in C++ programming language being executed on the PIC16F877A microcontroller. The results gotten from the simulations and implementation were in concordance as variations in motor temperature influenced motor speed. Triangular method used in this work was compared with Bell shape method used in previous work to ascertain its contribution to knowledge and also discovered that triangular method is more precise in its result.

Application of the Montecarlo method for the validation of the budget of a suezmax type ship

As the name suggests, the budget for the construction of a ship, in this case a Suezmax, means to specifically pre-suppose in economic terms, the activities and movements to carry out during the construction of said ship. The importance of this essential phase of the construction process lie one hand in budgeting a competitive price in the market, but without causing economic losses for the shipyard, in order to make a profit for the company. This study proposes the use of the Monte Carlo method to obtain a greater reliability in the valuation of the Suezmax vessel; in this case, the triangular method will be used, which starting point is based on results obtained from previous research and from which the most likely, most pessimistic and most optimistic ship budget is obtained in order to later perform a simulation. For the realization of said simulation the ship is divided into different items, that will be assigned an optimistic and pessimist percentage based on a likely budget, according to the degree of trust of the shipyard in said concept.The final scope will be the calculation of the management reserve used to rectify any unforeseen item(s) in the construction of the ship.

The Application of Asa Berger Humour Technique by Sabri Yunus from The Dramaturgy Perception in “Karoot Komedi”

This paper aims to introduce Sabri Yunus as a Dramaturgy in Comedy especially in the popularised television program called “Karoot Komedi”. The method used in conducting this research is qualitative descriptive through a survey. The data was obtained through observation, interview and also documentation studies. The object of the observation is the drama performance “Karoot Komedi” by Sabri Yunus. The researcher is the instrument for this research, who is also in charge in collecting the data, conducting the observation and interpret the research questions based on the object. The analysis was able to be conducted successful using the model Gotthold Ephraim Lessing, Miles and Huberman. The validity of the data obtained is examined by using the triangular method and also by the co-worker’s evaluation and insight. The finding of this paper shows that the Humour elements are correlated to the spontaneous response and behaviour of the audience such as laughing and smiling. Every individual has different spontaneous response and behaviour as it depends on the audience’s interest, inclination and also understanding towards a humour issue displayed to them. Based on two episodes of the Karoot Komedi, the Dramaturgy in Comedy Sabri Yunus applied the Humour techniques during the performance. To sum up each episode as a whole, each episode are assessed based on 4 categories which are Language, Logic, Identity and action.

Peran Pelatihan Kewirausahaan pada Motivasi dan Keterampilan Mahasiswa Jurusan Ekonomi Islam Fakultas Syariah dan Ekonomi Islam IAIN Pontianak

Unemployment is considered as one of the problems happened in developing countries. One of the efforts to overcome this problem is to accelerate the number of entrepreneurs. Furthermore, this research aims to perceive the roles of the entrepreneurs training on the entrepreneurship motivation and skill of Islamic Economics students at IAIN Pontianak. This research would be written by using action research. Besides, the data would be collected by interviewing, and observation. Then, the triangular method would be performed on the Chief of Islamic Economics Department to verify the real data. Moreover, the roles of entrepreneurship training on the entrepreneurship motivation are, mostly, students of Islamic Economics Department feel the growing of enthusiasm, the students' bravery to face the risks, and their self-esteem would be better. The roles of entrepreneurship training on the entrepreneurship skills are the creativity and innovation of students could be more developed. Then, it also could help the students to solve the problems in a better way on communication, leadership, strategy planning, and time balancing between study and business.

Evaluation of Waste Potential in TPST Bantargebang Through Modified Triangular Method

The landfill gas technology has been implemented in some landfill in urban area of Indonesia. Bantargebang integrated waste treatment (TPST Bantargebang) is the first landfill completed with energy recovery facility, landfill gas technology. TPST Bantargebang power plant established in 2010 and supplied electricity to grid. The electrical energy supplied tend to decrease and only reaches 2.4 GWh in 2017. Energy potential is important to evaluated for knowing the performance of TPST Bantargebang power plant. By using Modified Triangular Method, obtained the results that the electricity energy potential equal to 4.5 GWh. The calculation also estimate the emission reduction potential about 4325.88 tCO2/year, and economic potential from sales of electricity about 3.7 billion rupiah.