Masjid Al Bayan sebagai pusat kegiatan keislaman dan masyarakat memiliki kendala belum adanya sarana dan prasarana untuk penyampaian informasi kepada masyarakat secara masif dan menarik. Hal ini terbukti ketika terjadi bencana kebakaran rumah warga respon masyarakat untuk penggalanagan dana bantuan sosial belum cepat. Pengumpulan bantuan dan pemberian bantuan ke korban rentang waktu satu minggu setelah terjadi bencana. Hal ini merupakan salah satu contoh kejadian sebagai sumber informasi yang perlu disampaikan kepada masyarakat dan jama’ah masjid Al Bayan. Sebagai tempat pusat kegiatan keislaman, sarana pendukung diperlukan untuk memberikan dampak yang lebih luas bagi masyarakat. Salah satunya dengan adanya teknologi papan informasi digital sebagai alat penyampai informasi yang lebih menarik dengan menampilkan infografis. Teknologi ini menggantikan peran papan pengumuman konvensional yang sangat terbatas menampilkan informasi dan kurang menarik. Teknologi ini mampu menampilkan informasi berupa teks, gambar digital (infografis) dan video. Jika terhubung ke jaringan internet, papan informasi digital ini juga mampu menampilkan video streaming dan halaman suatu website. Teknologi ini dilengkapi dengan minimum sistem berdaya rendah yang terhubung ke LED TV melalui port HDMI. Hasil dari penerapan alat Papan Informasi Digital mendapatkan hasil dari analisa survey usability yaitu nilai efisiensinya 93.5%, nilai efektifitasnya 91.6%, dan nilai kepuasannya 87.6% dengan rata-rata total nilai usability adalah 90.9% atau senilai 4.54 dalam skala 1-5. Selain implementasi teknologi diatas, penyebaran informasi melalui akun media sosial resmi masjid menjadikan jangkauannya menyentuh sampai kalangan milenial. Yaitu sebagai media komunikasi interaktif antara masyarakat luas dengan pengurus masjid selain juga sebagai media menyebarkan informasi konten digital. Dengan demikian penerapan teknologi ini dapat memberi manfaat kepada masyarakat luas dalam penyampaian informasi yang menarik melalui media digital.
The Directorate of Youth and Sports of the Ash-Siddiq Islamic Foundation (YIAS) is located at the Ash-Siddiq mosque complex as a center for Islamic activities for the Muslim community in 3 RW 10, 11 and 13 in Umbansari sub-district, Rumbai district, Pekanbaru City. The problem is the lack of trained human resources for publication activities and the lack of youth activities in mosques. The aim of the program is to increase the participation of environmental youth in positive activities as well as to increase the number of congregations praying 5 times a day among youth as an effort to foster and coordinate activities at the YIAS Youth and Sports Directorate. The method of implementing program activities includes the provision of internet services within the Ash-Siddiq mosque as a means of publicizing activities through social media. Then in addition to video editing workshops as technical skills provision to support the YIAS activity publication program. The program results in the form of the impact of increasing youth participation in religious activities such as congregational prayer in mosques which increased by an average of 174.4%. In addition, the increase in publications on social media Facebook, Instagram, and YouTube to an average of 9.6 posts for each YIAS official account on social media. Then the results of the usability survey analysis of the use of internet services and the use of video streaming equipment to publish directly, the results are 90.9% or 4.54 on a scale of 1-5
The use of electrical equipment that exceeds the maximum power limit of the Miniature Circuit Breaker (MCB) determined by PLN so that there is a power outage is a problem for users of the household sector.The amount of initial power consumption when the electrical equipment is turned on again becomes a burden for the household sector. This can be prevented, one of which is by adjusting the electrical power load so that it does not exceed the threshold limit in the MCB. The intelligent control system in this study uses the IoT NodeMCU ESP8266 device as a sensor node that can measure the power used from electrical equipment connected to the sensor node. One of the sensor nodes calculates the total measured power of all active sensor nodes and determines the action for an overload condition. The overload condition is met if the total rated power exceeds the specified maximum power threshold. The action of this condition selects the highest power system at each sensor node and disconnects the electric current at the selected sensor node so that the electrical equipment with the highest power is off and the total power is corrected below the threshold limit. This algorithm is used to prevent disconnection in the MCB due to exceeding the electrical load or the maximum power allowed according to the provisions by PLN. The average power measurement accuracy at the sensor node is 85.9% or with a % error of 14.1% and the highest power elimination algorithm manages to keep the total power load below a predetermined threshold. As a result, electrical equipment with the highest power will always be compensated when conditions touch the maximum power threshold.
One of the humanoid robots being developed in the field of sports is a soccer robot. A soccer robot is a humanoid robot that can perform activities such as playing football. And a variety method fall down of robot soccer such: falling down toward the front direction, side direction, and rear direction. This paper describes the most stands up methods of a soccer robot from its prone position. The proposed method requires only limited movement with degrees of freedom. The movement standing-up of soccer robot has been implemented on the real robot. Tests we performed showed that reliable standing-up from prone position is possible after a fall and such recovery procedures greatly improve the overall robustness of a Soccer Robot.
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