<p>Service Standards are benchmarks that are used as guidelines for service delivery and references as a Service Standards are benchmarks used as quality assessment guidelines service to the community as a quality service, fast, easy, affordable, and measurable. At this time the development of technology and information systems increasingly stringent so that it requires the readiness of a technology that is able to answer competition in the government environment. Service data processing information systems in Gampong currently do not meet technological development standards in the present, because the existing data processing systems are still done manually using MS. Word and MS. EXCEL. The problem of service if you make a letter by hand is that the people who make the letter have to wait a long time, so the village officials must input the data manually. The purpose of this research is to produce a system in serving the public to make the documents needed by the community, so that the officers can provide services quickly and accurately. of the Village Administration, with the existence of this information system can provide services in the village administration data collection that previously was still using the manual system method.</p>

No abstract

AbstrakGejala Penyakit ADHD terjadi biasanya dikalangan anak-anak. Salah satunya  anak- anak cenderung melakukan aktivitas yang berlebihan, anak-anak mengalami kesulitan dalam mengontrol tingkat aktivitas dan kurang mampu untuk focus dalam mengerjakan sesuatu bagi anak penderita ADHD. Namun Masyarakat terutama orang tua masih tidak menyadari akan perilaku berlebihan anak-anak dan tingkat konsentrasi rendah yang dimiliki oleh anak-anak yang bisa saja anak tersebut menderita ADHD. Tujuan penelitian ini merancang sistem yang dapat membantu orang tua dan tenaga medis untuk mendeteksi anak yang kemungkinan terdeteksi menderita ADHD dan tingkat kenyakinan terhadap diagnosis gejala ADHD dengan mengggunakan Metode Certainty Factor berbasis Web. Hasilnya menunjukkan rancangan Sistem pendukung untuk mendiagnosa penyakit menggunakan metode certainty factor diPuskesmas Batoh berjalan lancar dan sukses meningkatkan level  keyakinan kepastian bagi orang tua dan dokter anak atas jawaban persentasi penyakit ADHD , telah di implementasi dan bisa diakses oleh pasien, dan pasien dengan mudah konsultasi atau istilahnya e-konsultasi dengan menjawab beberapa pertanyaan.Kata Kunci: ADHD,Certainty Factor, Anak-Anak , Gejala Penyakit, Sistem Pakar  Abstract ADHD symptoms usually occur among children. One of them is that children tend to do excessive activities, children have difficulty controlling activity levels, and are less able to focus on doing something for children with ADHD. However, the community, especially parents, are still unaware of the excessive behavior of children and the low level of concentration possessed by children who may have ADHD. The purpose of this research is to design a system that can help parents and medical personnel to detect children who may be detected with ADHD and the level of confidence in the diagnosis of ADHD symptoms using the Web-based Certainty Factor Method. The results show the design of a support system for diagnosing diseases using the certainty factor method at the Batoh Health Center runs smoothly and successfully increases the level of certainty confidence for parents and pediatricians on the answer to the percentage of ADHD disease, has been implemented and can be accessed by patients, and patients easily consult or the term e-consultation by answering a few questionKeywords: ADHD, Certainty Factor, Children, Disease Symptoms, Expert System

Nowadays the use of WiFi network technology device has been widely developed around the world, both used for voice and data communications. WiFi networks utilize high frequencies to deliver and connect a communication, then the vulnerability to security is also higher than with other communication technologies. Various security measures can be done through communication devices used by users or by operators who provide communication services. However, with the user who utilizes WiFi network technology, it can provide little security hole that can be exploited by the attacker. Then the attacker can find out the WPA2-PSK security password when the user connects to the WiFi network. So the resulting password through several techniques and testing used. Among them by utilizing the user connected to the WiFi network, testing fake SSID and testing WPS PIN. However, in this study only conducted testing through a user connected to a WiFi network. This technique and testing is solely done to penetrate the security of WiFi network, which aims to know the password of WPA2-PSK on WiFi network and to add insight about WiFi network security

The use of renewable energy from solar panel systems is increasingly being applied, but until now the utilization has not been maximized. The movement of the sun caused by the rotation of the earth should be taken into account to maximize electrical energy in the solar panel (PV). In this study, a concept was proposed to control the movement of the two-axis sun tracker with smartphones using bluetooth communication. Controlled by rotating two DC motors, two axes are joined together into linear actuators that can extend and shorten, so that the solar panel can move towards the sun. This system uses a light sensor (Light Dependent Resistor) and a gyroscope sensor as input and two DC motors that are placed on each axis as output. The motor driver used is the Monster Moto Shield. Sun tracker that is used based on tetrahedron geometry and uses three light sensors. The light sensor functions to determine the position of the sun while the gyroscope sensor is used to determine the tilt angle of the solar panel. The gyroscope module used is MPU-6050. This system also uses the GY-273 compass sensor which functions to determine the direction of the wind direction. Components of input and output are connected to the ATmega328P microcontroller and wireless communication using bluetooth. The Bluetooth module used is the HC-05 module. The solar panel movement and the power obtained are then monitored and recorded for analysis