bluuebunny/crossref_metadata_2025_split huggingface dataset:
Rancang Bangun Swich On/Off Air Conditioner Dengan Suara Manusia
Authors: Hulukati Stephan Adriansyah , Abdussamad Syahrir , Langinusa Abdul Riswan 
Published: May 2022

Perkembangan ilmu pengetahuan dan teknologi membawa dampak positif dalam kehidupan manusia. Pengolahan suara digital dapat digunakan untuk mempermudah kehidupan manusia. Dalam hal ini suara manusia dapat diolah untuk dikonversi agar dimengerti oleh suatu responden sehingga perintah yang diucapkan dapat direspon oleh alat yang dikendalikan. Olehnya masalah yang dihadapi ketika menggunakan alat elektronik yang menggunakan remote control misalnya Air Conditioner (AC), biasanya setelah menghidupkan AC maka remote akan sembarang diletakan sehingga ketika orang lain yang akan mematikan terkadang akan mencari jika remot tersebut tidak berada ditempatnya. Untuk mengatasi hal ini, maka dibuat alat untuk menghidupkan dan mematikan AC dengan suara manusia. Adapun tujuannya adalah merancangbangun sistem serta bagaimana keakuratan alat dalam merespon perintah on/off AC. Metode yang digunakan untuk menunjang penelitian ini adalah perancangan dan eksperimen. Hasil yang dicapai dalam penelitian ini adalah alat yang yang dibuat khusus untuk menghidupkan dan mematikan AC rata-rata membutuhkan waktu 4 detik. Hasil pada kondisi hening 4 detik dan kondisi ribut respon 10 detik. Hasil pengujian dengan alat dengan sekat dinding untuk mematikan AC sampai jarak 10 meter terdeteksi selanjutnya tidak bisa terdetksi sementara untuk remote AC hanya bisa terdeteksi sampai 3 meter. The development of science and technology has a positive impact on human life. Digital sound processing can be used to simplify human life. In this case, the human voice can be processed to be converted to be understood by a respondent so that the spoken command can be responded to by the controlled device. Therefore, the problems encountered when using electronic devices that use remote control such as Air Conditioner (AC), usually after turning on the AC, the remote will be placed arbitrarily so that when someone else is about to turn it off, sometimes it will look if the remote is not in place. To overcome this, a device was made to turn the air conditioner on and off with a human voice. The aim is to design the system and how the accuracy of the tool in responding to the AC on/off command. The method used to support this research is design and experiment. The results achieved in this study are tools that are specially made to turn on and off the AC on average it takes 4 seconds. The results were in a silent condition for 4 seconds and a noisy condition for a response of 10 seconds. The results of the test with a device with a wall divider to turn off the air conditioner until a distance of 10 meters is detected then cannot be detected, while the remote air conditioner can only be detected up to 3 meters.
GORONTALO ELECTRONIC CENTRE
Authors: Yasin Riske , Abdul Nurnaningsih Nico , Idji Berni 
Published: May 2022

Gorontalo Electronic Centre merupakan tempat kegiatan promosi dan perdagangan produk elektronik yang mampu memberikan solusi atau pemecahan masalah akan pemenuhan kebutuhan barang elektronik, serta dikelola sebagai suatu kesatuan unit dalam satu wadah pengelolaan. Rumusan masalah yang dikaji adalah bagaimana mendesain bangunan Gorontalo Electronic Centre yang mampu memberikan alternatif kepada masyarakat dalam melakukan jual beli elektronik. Tujuan dari perancangan ini adalah mendesain bangunan Gorontalo Electronic Centre yang mampu memberikan kenyamanan kepada masyarakat dalam melakukan jual beli barang elektronik sehingga dapat memenuhi kebutuhan masyarakat dengan ditunjang usaha berbentuk promosi sebagai salah satu usaha memperkenalkan barang elektronik itu sendiri. Metode penelitian yang digunakan dalam perancangan ini adalah dengan melakukan studi lapangan, yaitu melihat lokasi yang sesuai untuk perancangan, studi literatur, studi banding objek sejenis dan studi kasus dengan melihat perkembangan konsumen di Kota Gorontalo. Kemudian mengidentifikasi permasalahan yang terjadi dengan melihat peraturan setempat dan kriteria perancangan yang harus dicapai. Dari hasil identifikasi kemudian dianalisis dan menghasilkan konsep perancangan dengan tema Arsitektur Modern yaitu meliputi pemikiran mengenai konsep bentuk, ruang, fungsi dan konsruksi yang lebih ditekankan pada bentuk dan ruang. Hasil laporan berupa konsep perancangan dan penerapannya pada rancangan sebagai pedoman untuk melanjutkan perancangan Gorontalo Electronic Centre. Kata Kunci: Electronik, Perdagangan, Arsitektur Modern
Balai Pengkajian Teknologi Pertanian Provinsi Gorontalo
Authors: Abas M. Nashrullah , Mokodongan Elvie Fatmah , Mahanggi Muhammad Rizal 
Published: May 2022

Wilayah Provinsi Gorontalo merupakan daerah agraris dengan keadaan topografi datar, berbukit-bukit sampai dengan bergunung sehingga berbagai jenis tanaman pangan dapat tumbuh dengan baik di daerah ini. Ada beberapa permasalahan yang dimiliki masyarakat, seperti halnya Hama dan masalah dasar lainya. Oleh Karena itu dibentukannya Balai Pengakajian Teknologi Pertanian (BPTP) memiliki Tujuan Pokok isi sebagai perpanjangan tangan dari Balitbang. BPTP tidak hanya bekerja dibidang pertanian, tetapi mencakup kebidang peternakan juga. Tetapi BPTP Gorontalo memiliki beberapa kekurangan dari bidang fasilitas untuk pengembangan penelitian dan teknologi. Rumusan masalah yang dikaji adalah bagaimana merancangan Balai Pengkajian Teknologi Pertanian Provinsi Gorontalo sebagai fasilitas yang dapat menampung kegiatan edukasi dan rekreasi dengan fungsi sebagai pusat pengkajian teknologi pertanian. Tujuan dari perancangan ini adalah untuk menghasilkan suatu rancangan BPTP Provinsi Gorontalo sebagai pusat pengkajian teknologi yang menampung kegiatan edukasi rekreasi. Metode penelitian yang digunakan dalam perancangan ini adalah dengan melakukan studi lapangan, studi literatur, studi banding objek sejenis dan studi kasus dengan melihat potensi pertanian di Gorontalo. kemudian mengidentifikasi permasalahan yang terjadi. Dari hasil identifikasi kemudian dianalisis dan menghasilkan konsep perancangan dengan tema Green arsitektur yang lebih ditekankan pada bentuk, ruang dan fungsi. Hasil laporan berupa konsep perancangan dan penerapannya pada rancangan sebagai pedoman untuk melanjutkan perancangan BPTP Gorontalo Kata kunci: BPTP Gorontalo, Gorontalo, Green Arsitektur
Penataan Kawasan Wisata Torosiaje Serumpun di Kabupaten Pohuwato dengan Pendekatan Arsitektur Ekologi
Authors: Abdullah Zulkifli , Arifin Sri Sutarni , Syukri Muhammad Rijal 
Published: May 2022

Ecotourism is an activity of environmentally friendly tourism by emphasizing aspects of nature conservation, empowerment of multiple factors (societal, economic, and cultural) as well as aspects of learning and education. Pohuwato is a regency in Gorontalo with such a diverse tourism type and possesses a huge potential in the tourism sector. Torosiaje cluster is one of the regions located in Popayato district, Pohuwato regency—a region that is now a tourist village. In addition to having maritime potentials, this area also has the mangrove potential spanning 7.420 Ha. The region experienced a decline in width due to land conversion by the public, which is now ponds as well as the source of firewood and building materials. The Village has ecological potentials and natural resources, but they are managed poorly. Thus, the development of an ecotourism site is required. Arranging the Tourist Area of Torosiaje cluster is the early stage to improve tourism necessities so that tourist accommodation for all tourist activities is needed.This research aims to design supporting facilities and infrastructure without damaging the environment based on the function of the mangrove ecotourism area. The application of the Ecological Architecture concept was devoted to the arrangement of the circulation area while maintaining and preserving the environment both in terms of the use of materials that do not damage nature and the proper use of energy based on the conservation area. Ecological architecture is a reciprocal relationship between living creatures and the environment. Keywords: Tourism Area, Mangrove Ecotourism, Ecological Architecture
PERANCANGAN PELABUHAN PENDARATAN IKAN DI KOTA GORONTALO
Authors: Mahmud Abdul Hamid , Mahanggi Muh. Rizal , Arifin Sri Sutarni 
Published: May 2022

INTISARIIndonesia adalah negara kepulauan dengan perbandingan jumlah laut dengan daratan hampir sebanding. Wilayah perairan yang dihuni berbagai macam jenis ikan, menjadikan Indonesia berpotensi dalam mengembangkan dan menjadikan Pelabuhan Pendarataan ikan sebagai bagian investasi kelautan perikanan untuk meningkatkan pereokonomian masyarakat. Potensi perikanan di wilayah Sulawesi dikembangkan menjadi salah satu sektor ekonomi unggulan. Kementrian Kelautan dan Perikanan Republik Indonesia, Menjelaskan bahwa Provinsi Gorontalo dapat dijadikan sebagai basis produksi ikan dengan membuat 4 (empat) kawasan minapolitan yang meliputi, Kota Gorontalo, Kabupaten Gorontalo Utara, Kabupaten Boalemo, dan Kabupaten Pohuwato. Pendapatan hasil laut yang sangat melimpah di Provinsi Gorontalo sebagai daerah investasi sudah selayaknya melakukan perubahaan dalam memaksimalkan produksi terhadap potensi hasil laut Metodologi yang diterapkan dalam penyususnan adalah pengumpulan data baik data sekunder maupun data primer yang dapat menunjang proses penyususnan acuan Perancangan pelabuhan pendaratan ikan di Kota Gorontalo. kemudian dilanjutkan dengan metode analisa berupa analisa tapak dan analisa bangunan. Berdasarkan analisa yang dilakukan maka hasil yang diperoleh perancangan Perancangan pelabuhan pendaratan ikan di Kota Gorontalo yaitu mengonsepkan pendekataan arsitektur modern yang memadukan dan mengaitkan antara konsep arsitektur yang modern dan terbaru yang memperhatikan aspek lingkungan serta memenuhi fasilitas yang menunjang nelayan dan pengunjung serta mewadahi kegiataan yang bergerak di sektor perikanan baik dalam pemasaran hasil tangkapan, maupun kegiataan eksportir. Kata Kunci: Pelabuhan Pendaratan Ikan di kota gorontalo, Perikanan, Arsitekture Modern.
Asrama Mahasiswa Putri Universitas Negeri Gorontalo Dengan Pendekatan Sustainable Architecture
Authors: Jusuf Mohammad Nur Alim , Tallei Vierta Ramlan , Mokodongan Elvie Fatmah 
Published: May 2022

Universitas Negeri Gorontalo merupakan salah satu tujuan utama bagi mahasiswa yang ingin melanjutkan pendidikan tingkat perguruan tinggi di Provinsi Gorontalo. Mahasiswa yang akan memperoleh pendidikan tidak hanya berasal dari provinsi Gorontalo tetapi juga sebagian besar berasal dari luar provinsi Gorontalo. Akan tetapi, hal ini tidak didukung dengan fasilitas yang memadai. Mahasiswa UNG yang berasal dari luar kabupaten Bone Bolango dan tidak memiliki keluarga/kerabat yang memiliki tempat tinggal dekat dengan kampus akan membutuhkan tempat hunian sementara dengan fasilitas-fasilitas (makan, belanja keperluan sehari-hari, medis, hiburan) yang terjangkau dan dekat dengan kampus. Oleh karena itu, diperlukan sebuah asrama bagi mahasiswa khususnya mahasiswa putri untuk dapat mendukung proses pendidikan.Arsitektur berkelanjutan merupakan representasi konsep bentuk yang dikembangkan berdasarkan respon terhadap isu lingkungan global. Permasalahan pemanasan global dewasa ini menyebabkan ketidaknyamanan fisik. Mahasiswa membutuhkan kenyamanan fisik dalam melakukan aktivitas baik di dalam ruangan maupun di luar ruangan. Permasalahan dapat diatasi dengan pemanfaatan pencahayaan dan penghawaan alami melalui prinsip-prinsip arsitektur berkelanjutan. Konsep arsitektur berkelanjutan pada dasarnya adalah suatu cara membangun dimana sejak gagasan, perencanaan, rancangan, pembangunan, penggunaan, sampai ketika bangunan itu dihancurkan kembali, bersandar pada prinsip “Efisiensi Sumber Daya”, terutama sumber daya energi, sumber daya air, dan sumber daya material, namun tetap mengutamakan aspek kemudahan, keamanan, kenyamanan, keindahan, kesehatan dan keselamatan bagi penghuni.Dengan adanya asrama mahasiswa putri UNG ini diharapkan dapat terjadi interaksi sosial yang positif dikalangan penghuni sehingga menjadi sarana untuk dapat mendukung kegiatan yang mengembangkan keterampilan dan kemampuan, membentuk karakteristik mahasiswa, meningkatkan bakat dan minat mahasiswa dan membantu mahasiswa dalam berinteraksi, bersosialisasi, serta beradaptasi di lingkungan yang baru. Kata Kunci: Arsitektur Berkelanjutan, Bangunan Berkelanjutan, Asrama Mahasiswa, Universitas Negeri Gorontalo.
Quelles perspectives pour l’eau et l’agriculture d’ici à 2050 dans le contexte du changement climatique ?
Authors: Ayphassorho Hugues , Sallenave Michel , Bertrand Nathalie , Mitteault François , Rollin Dominique 
Published: May 2022

Les projections du GIEC quant aux fortes tensions à venir sur l’accès et le partage de l’eau interrogent en particulier les voies et les moyens d’adaptation de l’agriculture d’ici à 2050. Le ministère de la Transition écologique et solidaire et le ministère de l’Agriculture et de l’Alimentation se sont saisis de cette question, confiant en 2019 au CGAAER et au CGEDD une mission sur les trajectoires d’évolution de l’agriculture à un horizon de trente ans. Sur la base d’une riche bibliographie et d’un travail de terrain conséquent, il a pu être mis en évidence que la réponse à la crise climatique nécessite à la fois un changement de modèle agricole, plus économe en eau et protecteur des sols, et, partout où cela est possible, un renforcement de la ressource en eau servant à l’irrigation, dans le respect du renouvellement de la ressource et du bon état des milieux. La mission a ainsi proposé un déploiement ambitieux de l’agroécologie et la transition vers une irrigation « de résilience », plus économe en eau. En ce sens, elle a formulé sept recommandations principales dans un projet de feuille de route.
Design and Implementation of Hybrid Medium DP-DQPSK DWDM ROF Transmission System for Different Weather Conditions
Authors: Ehsan Esra , Ngah Razali , Binti Daud Nurul Ashikin 
Published: May 2022

This document Designing system with Free-space optical (FSO) communication can supply high-speed digital data linkages to rural regions where geography, setup costs, and groundwork safety are major obstacles. Transmission impairments and space loss could be considered major challenges for handling the FSO system. This work has been designed and analyzed a system based on the combination of Dual Polarization Differential Quadrature Phase Shift Keying (DP-DQPSK) and Dense Wavelength Division Multiplexing (DWDM) using the Direct Detection (DD) technique. The proposed system has been utilized with a hybrid transmission medium of Single-Mode Fiber (SMF) with a fixed length of 60 km and FSO with varied lengths of (5, 7, and 9) km. The system was designed with Optisystem software 18 and consist of 64 channels and 14 Gbps of data rate per channel to make the system 5G communication compatible, 3.5 GHz RF electrical signals have been used to modulate the optical carrier. The channels 1,6,12, …,64 were selected as samples among all channels to be investigated and analyzed along with four different atmospheric weather conditions. Additionally, the proposed system is designed to investigate based on different weather attenuation that affected the parameters of Quality Factor (QF) and Bit Error Rate (BER). The significant advantage of the proposed system by using the DD technique, is no reference wave required. Hence, make the system become less complex and possible to be implemented and tested via different weather conditions. Results obtained indicate reverse relation between the QF and both the FSO distance and attenuation. While, BER based parameters showed a direct relation. For light air and haze, the results showed that the system have higher reliability for all the three investigated FSO distances. For the medium haze, the system has shown capability to transfer as far as 7 km. And for the rain condition, the system capability was set to 5 km.
Pengaruh Media Sosial, Pembelajaran Daring, dan Kecerdasan Emosional Terhadap Etika dan Perilaku Taruna Pelayaran
Authors: Djari Janny Adriani , Heriyawan Mohammad Sapta 
Published: May 2022

Technology in the digitalization era and the Covid-19 pandemic has changed systems and patterns of life, including character education for cadets. Digital era has brought various good changes as a positive impact that can be used as well as possible. But at the same time, digital era also brings many negative impacts, so that it becomes a new challenge in human life in this digital era, especially for the Level I cadets of the PIP Semarang. The purpose of this study was to analyze the effect of the digitalization era as proxied as social media, online learning and emotional intelligence on the ethics and behavior of Level I cadets of PIP Semarang. The method used in this research is quantitative. The population in this study was 412 cadets, while the sample was 274 cadets. Data analysis used multiple linear regression. The F test in this study indicate that social media, online learning and emotional intelligence together affect the ethics and behavior of the Level I cadets of PIP Semarang. Based on this research, it can be concluded that the digitalization era has an effect on the ethics and behavior of Level 1 cadets at PIP Semarang.
RADON-222 CONCENTRATION IN AIR: A CASE STUDY OF AYEDUASE TOWNSHIP, KUMASI, GHANA
Authors: Addison E C D K , Kukubor S , Wemegah D D , Quaye A N M 
Published: May 2022

Objective: Radon levels in structures (interior environment) were measured in many dwellings and hostels in Ayeduase Township, Ashanti Region, Ghana. The purpose of this study was to quantify radon toxicity in the Ayeduase community, which houses approximately half of the students at Kwame Nkrumah University of Science and Technology (KNUST), Kumasi, and to determine the risk levels for individuals (categorized as infants, children, and adults) living in the community's various suburbs.
Materials and Methods: Households in Ayeduase had an average of four people per room. The radon in air concentration was measured with a continuous radon monitor using continuous active sampling approach. Multiple measurements were taken at tight space-time intervals over a period of 24 hours. The Continuous Radon Monitor was installed in dwelling rooms in zones where the monitor could record fresh air entering the room. The yearly effective dose was computed using the Mondal 3 Software.
Results: The continuous sample air radon concentration in Ayeduase Township was found to be in the range of 8.510 0.05607 Bq/m3 to 11.100 0.6379 Bq/m3. The manually computed effective annual dose rate for indoor air radon was 0.3494 mSv/year to 0.4558 mSv/year for babies, 0.0683 mSv/year to 0.0891 mSv/year for children, and 0.0559 mSv/year to 0.0729 mSv/year for adults. The comparative results from the Mondal 3 Software showed that the effective annual dose rate for indoor air ranged from 0.32 mSv/year to 0.37 mSv/year, with an average of 0.36 mSv/year for infants, 0.11 mSv/year to 0.14 mSv/year, with an average of 0.12 mSv/year for children, and 0.084 mSv/year to 0.097 mSv/year, with an average of 0.94 mSv/year for adults.
Conclusion: Ayeduase's radon toxicity profile in terms of air showed distinct features. The maximum value of indoor air radon concentration level determined was lower than the global average value of 40 Bq/m3 of indoor radon concentration level and also lower than the reference level of 100 Bq/m3. In Ayeduase, the estimated average effective dosage over a year for babies, children, and adults were lower than the 1.2 mSv/year indicated by ICRP Publication 126.
Recommendation: Radon toxicity due to water and soil sources are required to access the total toxicity levels in the township. Reliable evaluation of the potential for human exposure to radon depends in part on the reliability of supporting analytical data from environmental samples and biological specimens is highly recommended, as well as, concentrations of radon in unpolluted atmospheres and in pristine surface waters are typically within the limits of current analytical methods.
Electrochemical Corrosion Behavior of Explosively Welded Ti/Type 304L Stainless Steel in Nitric Acid
Authors: Mahanti Ghosal Amrita , Chandra Kamlesh , Kain Vivekanand 
Published: May 2022

Two metallurgically incompatible materials, titanium grade 2 and Type 304L stainless steel (SS), were joined through explosive welding for applications in nitric acid service. The morphology and microstructure of the bonded interface were examined using a scanning electron microscope (SEM) and an optical microscope. Typical wavy interfaces along with solidified melted zones at wave vortexes were observed. Various intermetallic phases, having high hardness, were shown to be formed in these solidified melted zones. Elemental distribution in these intermetallic phases was established using SEM coupled with energy dispersive spectroscopy (EDS). Low corrosion rates were observed after exposure of the weld specimens in boiling 14.5 M and 4 M HNO3 solutions. In addition, potentiodynamic polarization tests in 4 M HNO3 solution have been performed at different surfaces at the plane of the welded interface by successive material removal by grinding from 304L SS through weld to titanium. Despite the presence of different intermetallic phases at the test surfaces, it was found that the current densities in the passive regime of potentials were low. The morphological examination of the tested surfaces revealed that corrosion attack was mainly along the boundaries between SS/intermetallic phases, Ti/SS, and along the pre-existing cracks in the intermetallic phases. No corrosion attack was observed along the boundaries between Ti and intermetallic phases.
Contributing Factors to TIMSS 2011 Eighth Graders’ Science Achievement: A Comparison between Malaysia and Singapore
Authors: Fah Lay , Thoe Ng Khar , Parahakaran Suma 
Published: May 2022

Trends in International Mathematics and Science Study (TIMSS) is one of the projects of the International Association for the Evaluation of Educational Achievement (IEA), located at Amsterdam, The Netherlands and Hamburg, Germany. IEA is an independent cooperative of national educational research institutions and governmental research agencies dedicated to improving education. TIMSS is conducted regularly for every four years to assess students’ achievement in science and mathematics at both the fourth and eighth grades. The project is dedicated to providing participating countries with information to improve teaching and learning in science and mathematics.	This book is written especially for the interest of undergraduate students, postgraduate students, and educators of science education who wish to know more about the contributing factors to Grade 8 students’ science achievement in TIMSS. This book is also resourceful for individuals who are involved, directly or indirectly, in the administration and implementation of TIMSS at the national, state, district, and school levels.	This book consists of seven chapters. The first chapter gives a brief introduction to TIMSS which includes the TIMSS curriculum model and TIMSS science assessment frameworks. The subsequent chapters compare the contribution of various factors, i.e., home environment support, school resources, school climate, teacher preparation, and classroom instructions on Malaysian and Singaporean Grade 8 students’ science achievement in TIMSS 2011. Last but not least, recommendations on ways to improve Malaysian Grade 8 students’ science achievement in the forthcoming TIMSS are suggested based on the experiences of the Singaporean education system.