The Ar-Ridho PKBM and the Majelis Pemberdayaan Masyarakat (MPM) of the Muhammadiyah Regional Leadership of the city of Tasikmalaya have a large contribution to the community empowerment program in the city of Tasikmalaya. However, the institution has limitations related to training, limited funds, human resources, and other supporting facilities. The problem is related to the lack of Tasikmalaya city people who have skills in the field of technology, so people do not have good skills in dealing with global competition. Therefore, we conduct electronic assembly training activities with a focus on providing electronic assembly skills for the millennial generation. The material presented includes the concept of introducing electronic components, measuring electronics and assembling light sensors on garden lights. With the provision of skills such as this millennial generation is expected to have the basic skills that are used as provisions for entrepreneurship and become productive economically and socially.
One stochastic process that is often used to model real phenomena is the compound Poisson process (CPP). CPP is a process in which a component in the process of the events occurred is assumed to be a Poisson process with a certain intensity function (homogeneous or nonhomogeneous). Thinning process algorithm is usually used to generate events that occurred in the Poisson process, but not yet in CPP. This study aims to find out the algorithm to produce CPP which has the function of Poisson nonhomogeneous (NHPP) intensity, where in addition to knowing the process of events that occur, it also takes into account the extent of the consequences of these events. The value of the load caused by the Poisson process is assumed to be a family of i.i.d random variables and the variables are also independent of the Poisson process. The results of this study have obtained the thinning process algorithm and its generalizations for compound Poisson process having nonhomogeneous Poisson process (NHPP) intensity functions. This algorithm is the result of theoretical development and analysis of computational simulations that can be applied in various fields of science such as the analysis of reliability and risk models.
Compound Poisson process (CPP) is one of the models of stochastic processes in which this model can model a real phenomenon that has an element of uncertainty in the process. CPP has two main components, those is a Poisson process on the component of the poses of an event that occurs and a sequence component of the magnitude as a result of the process of events that occur. This research aims to develop an algorithm to generate random numbers from CPP with a component in the Poisson process in the form of a nonhomogeneous Poisson process (NHPP) and a component in the magnitude of the effect in the form of an exponential distribution (CPP-NHPP-ED). The method used is using the acceptance and rejection method in the form of Thinning process techniques. The results of the study obtained several algorithms, namely the algorithm for CPP-HPP-ED, CPP-NHPP-ED type 1, and CPP-NHPP-ED type 2. These algorithms can be used for computer simulation analysis that can be applied to various fields of science and engineering.
There are still many people who do not know and understand the COVID-19 virus, which is still new. Some of the news that can be accessed on news search links show a lot of oppression and stigma against people called COVID-19. Stigma, among other things, arises because society ignores new diseases and there is no cure, stigma can be suppressed and lost if society finds out about it. Generally, service activities are conducted to provide knowledge and understanding of COVID-19 and how to prevent it. Stigma prevention is done by environmental disinfection activities, mask distribution for adults and children as well as counseling on clean and healthy living habits and physical distance, disinfection activities and mask distribution done to give a sense of peace to the population. Clean and healthy lifestyle guidance activities and physical distance are done to provide correct information. Generally, service activities are conducted to provide knowledge and understanding of COVID-19 and how to prevent it. With the right knowledge, stigma will not occur in society. This service can improve people's knowledge and understanding of COVID-19, live a new life pattern, and understand the attitudes and views that should be present when dealing with people called COVID-19 so that people can live their daily lives calmly and vigilantly
Proses Poisson majemuk merupakan salah satu pengembangan dari salah satu proses stokastik. Proses ini merupakan suatu model untuk mengilustrasikan suatu fenomena nyata yang terjadi yangmana memiliki unsur ketidakpastian. Proses ini memiliki dua komponen utama, yaitu komponen frekuensi yang memiliki proses Poisson, dan komponen seferitas yang memiliki distribusi i.i.d (independent and identically distributed). Penelitian ini membahas tentang pembuatan algiritma untuk membangkitkan proses Poisson majemuk dengan komponen proses poisson nonhomogen berupa fungsi linear dan komponen berdistribusi eksponensial. Metode yang digunakan adalah dengan metode acceptance-rejections dengan teknik thinning process. Hasil penelitian telah didapatkan algoritma membangkitkan proses Poisson majemuk beserta simulasinya. Algoritma-algoritma tersebut dapat digunakan untuk simulasi analisis komputasi pada berbagai bidang ilmu.
This research is to design and product design in making a touchless automatic door opener. The background of this research is to open the automatic door without touch by adding a tool or component. The purpose of this research is to open the door without a touch without changing from the door that has been made and apply Arduino technology to open the door automatically. The manufacture of this tool starts from research design, research calculations, tools and materials used, manufacture of automatic door openers, automatic door opener testing, results of automatic door opener testing, and the results and conclusions of this study. The result of this research is that the door weight is 0.03 N with a length of 2.1 meters, a width of 0.89 meters, and a thickness of 0.03 meters, and a door handles opening time of 11 seconds. The torque value on the door handle is 1.75 Nm which is used to determine the minimum energy that the actuator needs to release in pushing the doorknob.
This training aims to create an arduino robot that is controlled using android. The initial study of this research was to design a Proteus simulation to test the performance of robots. Next, design the robot by combining the motor driver, wheel engine and Arduino. Finally, integrate the robot with Android to control the robot's navigation system. This Android-based Arduino robot training will be introduced to students in the robotics workshop at SMP 11 Bandung as a medium for teaching physics or electronics. With this training, it is expected that students will be able to increase innovation and more creativity towards the subjects taught.
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