Repository Politeknik Negeri Bengkalis eprints
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Modifikasi Sistem Lifting Pada Mobile Forklift
Get PDFA forklift is an example of a lifting aircraft that serves to move, lower and lift, workpieces of different heights. Forklifts are generally used in industrial warehouses and logistics companies, while in the workshop at the bengkalis state polytechnic, especially in the workshop of the marine engineering department, this lifting eqiupment is very much needed. The eqiupment used for these purposes is usually lifting eqiupment that has quite a lot of types. Therefore, it is necessary to produce lifting eqiupment for the purposes of the workshop of the department of marine engineering at the bengkalis state polytechnic, thr type of lifting eqiupment is a mobile forklift with a lifting capacity of ±500 kg which uses a compound pulley system or a combination of several fixed pulleys as many as 3 pulleys, and for the holding rope using steel wire then assisted by an electric pulley motoras a lifting tool
Inspeksi Kerusakan Jembatan Sungai Kembung Menggunakan Teknologi UAV (Unmanned Aerial Vehicle) Mengacu Pada Panduan Pemeriksaan Jembatan 2022
Get PDFhis study examines the use of UAV (Unmanned Aerial Vehicle) technology for bridge damage inspection, focusing on the Sungai Kembung Bridge in Kembung Luar Village, Bantan District, Bengkalis Regency. The main objective of the study is to assess the effectiveness of UAVs in detecting and classifying bridge damage according to the 2022 Bridge Inspection Guidelines. The methods used include direct field surveys using UAVs, as well as analysis of the data obtained to identify structural damage. The results of the study indicate that the use of UAVs improves the efficiency and safety of bridge inspections, reduces costs, and produces accurate and detailed data. This study makes a significant contribution to the use of modern technology for bridge infrastructure maintenance, especially in difficult-to-access environmental conditions
Deteksi Serangan DDoS dengan Machine Learning
Get PDFIn the rapid development of information technology, network security has become a crucial issue with the increasing number of users and threats, especially Distributed Denial of Service (DDoS) attacks. According to Cisco's predictions, global DDoS attacks are expected to increase by 15.4 million in 2023. This research proposes the development of a Machine Learning model using the Decision Tree algorithm, proven to quickly and accurately detect DDoS attacks. The model is constructed using the APA_DDoS dataset, aiming to build an efficient and effective system for recognizing DDoS attack patterns based on Machine Learning and providing notifications via Telegram. The primary goal is to establish a system that efficiently and effectively identifies DDoS attack patterns using Machine Learning with the Decision Tree algorithm, benefiting both individuals and industries in detecting DDoS attacks. The research results in an efficient and effective detection system for recognizing DDoS attack patterns using Machine Learning with the Decision Tree algorithm, capable of accurately identifying DDoS attack patterns and providing a swift response by sending Telegram notifications. The model evaluation shows perfect results with accuracy, precision, recall, and F1 score reaching 100%, indicating that the model can predict every class very well
PERBANDINGAN PERHITUNGAN KONVESIONAL PEKERJAN STRUKTUR BAJA DENGAN QUANTITY TAKE OFF MENGGUNAKAN METODE BUILDING INFORMATION MODELING (REVIT)
Get PDFPenelitian ini mengevaluasi efektivitas pemodelan struktur menggunakan perangkat lunak
Autodesk Revit 2022 dibandingkan dengan metode perhitungan konvensional dalam
pembangunan pabrik SCD-CIE. Pemodelan dengan Autodesk Revit 2022 memungkinkan
penciptaan gambar bangunan dari 2D hingga 4D dengan lebih presisi, sehingga memudahkan
proses konstruksi di lapangan. Selain itu, perhitungan volume struktur dan pembesian dapat
dilakukan dengan lebih efisien dan akurat. Saran yang diberikan mencakup penguasaan mendalam
terhadap penggunaan Autodesk Revit untuk meningkatkan pengetahuan dan wawasan dalam dunia
konstruksi, serta pentingnya ketelitian dalam pemodelan untuk memastikan ukuran yang tepat.
Pada penelitian ini dilakukan Perbandingan Perhitungan Konvesional Pekerjan Struktur Baja
Dengan Quantity Take Off Menggunakan Metode Building Information Modeling (Revit).Dari
hasil perancangan Revit yang telah dilakukan, didapatkan Perbandingan perhitungan volume
menggunakan konvensional yakni 22,15 m³, dan volume pembesian 3328,822 Kg. Dan volume
beton quantity take off yakni volume beton 23,47 m³, volume pembesian 3332,7 Kg
Aplikasi Registrasi Dan Pengolahan Data Pasien (Studi Kasus: Klinik Dr.Moris Bationg Sihite)
Get PDFInformation technology has now become a necessity for society, including in the health sector. At Dr. Moris Bationg Sihite information technology can be used to register patients online and manage medical record data such as creating web-based service applications. However, the management of this clinical medical records unit still uses a spreadsheet application or still uses paper records. The spreadsheet application used also still has shortcomings because the clinic staff also have to
understand the formulas to use the application even though the staff is not an operator. As in the general practice of Dr. Moris Bationg Sihite registration and processing of
patient data is still written on paper and recorded for archives, this is the cause of inefficient service at the clinic because data can be lost or damaged. Therefore, this
research aims to facilitate the service process in clinics such as registration and processing of patient data in order to reduce the risk of data damage. This application
is designed to be web-based using the PHP (Pear Hypertext Preprocessor) programming language and MySQL as the database. In making this application, it is adapted to the needs that have been analyzed in the current clinic service system. It is hoped that this application can facilitate the implementation of activities in clinic services and improve services to the community
Integrasi Sistem Informasi Geografis dalam Analisis Kondisi Perkerasan Jalan Lentur di Ruas Jalan Sepotong (Batas Kab. Siak)-Teluk Masjid Kabupaten Siak
Get PDFRoad Section Sepotong (Siak District Boundary)-Teluk Masjid is a cross-provincial road that connects Bengkalis Regency and Siak Regency even to the city of Pekanbaru, on the Road Section Sepotong (Batas Kab.Sak)-Teluk Masjid there has been damage to the road surface layer at Km 00+000 to Km 06+900 right in Siak District Sabak Auh District. In the context of increasingly sophisticated road management, the use of technology such as Geographic Information Systems (GIS) is still very little to be used in minimizing road damage conditions so that the use of geographic information systems (GIS) is a step that can be used in providing in-depth information about road pavement conditions. In assessing road conditions, this study uses an assessment based on the Road Condition Index, International Roughness Index, Surface Condition Index. Based on the RCI assessment of IRI correlation with LHRT and SDI, the average RCI value is 6.03, the IRI value is 5.46, and the SDI value is 19, indicating the road condition at Sta 00+000-06+900 is in moderate condition. And from this value, the percentage of handling programs based on Ministerial Regulation No. 33 of 2016 is 97.10% Routine Maintenance program and 2.90. From the assessment of pavement conditions and integrated into ArcGis, a map distribution of several types of damage is obtained such as: Potholes 40 damage points, Grain Release 8 points, Alligator Cracks 44 points, Longitudinal Cracks 1 point, Random Cracks 1 point, and Patches 10 points with a total of 104 damage points
