32 research outputs found
PENERAPAN SSAS GUNA MENGATASI PEROMPAKAN DI ATAS KAPAL MV. KT 02
No full textFerdian Hernawan, 2018, NIT: 50134873.N, “Application of SSAS to Resolve
Piracy On The Vessel MV. KT 02”, thesis of Nautical Study Program,
Diploma IV Progra, Politeknik Ilmu Pelayaran Semarang, Counselor I:
Capt. I Kadek Laju, SH, MM, M.Mar, Counselor II: R.A.J Susilo Hadi
Wibowo, S.IP, MM.
Piracy becomes one of the causes that the vessel can’t sailing with care and
safely, with thus thing Ship Security Alert System (SSAS) security system
required that was a part of ISPS Code. Because of that SSAS need to be applied
on the vessel to resolve piracy aboard and minimize terrorist act to a minimum.
In this research, learned the factors that was causing lack of understanding
of SSAS aboard and studying the efforts that must be done for solving piracy by
implementing SSAS.
Remembering the importance of SSAS, in this thing author uses qualitative
method with analysis data method is fishbone diagram and fault tree analysis
method. Where is fishbone diagram method use for identifying root of caused that
was happened, while fault tree analysis use for looking efforts that must be done
about problems that was happened.
The results shows the factors that caused SSAS less understood is lack of
socialization, rare drill, drill isn’t appropriate with procedure and lack of
knowledge about SSAS. And result from this research indicate that efforts must
be done is routinely held safety meeting, controlling, routine held drill and also
make a manual book to be learned by all crew.
By implementing these efforts is expected application of SSAS can be move
accordance with the procedure at ISPS Code and security on the vessel can be
more guarded until sailing activities can be moved with smooth and no harm to
peope and company be concerned.
Keywords: application of SSAS, piracy
POLA PEMBINAAN AKHLAK SISWA DI MI AL KHAIRIYAH KUPANG TEBA TELUK BETUNG
No full textABSTRAK
POLA PEMINAAN AKHLAK SISWA DI MI AL KHAIRIYAH
KUPANG TEBA TELUK BETUNG
OLEH
DONNY ARYA FERDIAN
Pola pembinaan akhlak siswa adalah usaha yang dilakukan secara
sadar, berencana, dan terarah serta teratur pada suatu pengelolaan,
pembinaan serta mendidik siswa kepada ajaran baik dalam
membentuk sikap, tingkah laku. Tingkah laku merupakan salah satu
karakteristik penting dari manusia sebagai makhluk sosial. Kita sering
kali melakukan penilaian baik dan buruk, dan penilaian tersebut
berpengaruh pada bagaimana kita berperilaku dan memperlakukan
orang lain.
Penelitian ini bertujuan untuk mengetahui Mengetahui Pola
pembinaan Akhlak Siswa Di Mi Al Khairiyah Kupang Teba Teluk
Betung.
Penelitian ini menggunakan metode deskripstif kualitatif , dalam
pengumpulan data penulis menggunakan metode wawancara,
observasi dan dokumentasi. Adapun dataprimer yang digunakan yaitu
wawancara yag dilakukan dengan kepala sekolah, guru PAI dan siswa
kelas IV MI al Khairiyah kupang teluk betung. Data sekunder yang
peneliti gunakan yaitu buku-buku yang berkaitan dengan pembinaan
akhlak. HasilPeneliian menunjukkan bahwa pola pembinaan akhlak
yang digunakan di MI Al Khairiyah Kupang Teba Teluk Betung
adalah menggunakan pola pembinaan melalui pembiasaan dan pola
pembinaan melalui modelling. Pola pembiasan ini diantaranya adalah
dengan membiasakan hal-hal kecil seperti senyum, sapa, salam,
kepada seluruh warga Masyarakat khususnya yang ada didalam kelas.
Untuk pola Modelling guru melakukan usahanya dengan menjadikan
dirinya sebgai role model dengan selalu membiasakan sholat
berjamaah. Selain melalui pola pembiasaan dan modelling, guru
Aqidah Akhlak melakukan pola pembinaan pada siswa dengan
menggunakan metode pembinaan demokrasi.
Kata Kunci : Pola, Pembinaan, Akhlak
iv
ABSTRACT
PATTERNS OF IMPROVING STUDENTS' MALACTS AT MI AL
KHAIRIYAH KUPANG TEBA TELUK BETUNG
BY
DONNY ARYA FERDIAN
The pattern of developing student morals is an effort carried
out consciously, planned, and directed and regularly in managing,
coaching and educating students to good teachings in forming
attitudes and behavior. Behavior is one of the important
characteristics of humans as social creatures. We often make
judgments about good and bad, and these judgments influence how we
behave and treat other people.
This research aims to determine the knowledge of students'
moral training patterns at Mi Al Khairiyah Kupang Teba Teluk
Betung.
This research uses a qualitative descriptive method, in
collecting data the author uses interview, observation and
documentation methods. The primary data used were interviews
conducted with the principal, PAI teacher and class IV students at MI
Al Khairiyah Kupang Teluk Betung. The secondary data that
researchers use are books related to moral training. Results
Research shows that the moral coaching pattern used at MI Al
Khairiyah Kupang Teba Teluk Betung is to use a coaching pattern
through habituation and a coaching pattern through modeling. This
pattern of refraction includes getting used to small things such as
smiling, saying hello, greetings to all members of the community,
especially those in the classroom. For the modeling pattern, the
teacher makes his efforts by making himself a role model by always
getting into the habit of praying in congregation. Apart from using
habituation and modeling patterns, the Aqidah Akhlak teacher carries
out coaching patterns for students using democratic coaching
methods.
Keywords: Patterns, Development, Moral
APLIKASI GPIO (GENERAL PURPOSE INPUT/OUTPUT) PADA PLATFORM PROSESOR ARM11 BERBASIS SISTEM EMBEDDED LINUX
No full textABSTRAK
Kernel Linux saat ini telah mendukung banyak platform prosesor. Diantaranya adalah prosesor dengan arsitektur ARM yang telah banyak digunakan untuk chip CPU pada perangkat mobile seperti handphone atau PDA. System on chip pada board phyCORE-i.MX31 dengan core prosesor ARM1136JF-S memiliki banyak fitur yang bisa dikembangkan untuk membuat prototype perangkat embedded. Dalam proyek akhir ini dipelajari tentang bagaimana mengembangkan sebuah perangkat embedded berbasis sistem embedded Linux. Dipilihnya Linux sebagai sistem operasi tidak lepas dari salah satu kelebihannya yakni open source, atau terbukanya kode sumber sehingga para pemula dan developer bisa mempelajari bahkan berkontribusi untuk mengembangkan sistem agar lebih baik. Dalam prakteknya akan dibahas tentang bagaimana langkah yang harus dikerjakan mulai dari mempersiapkan host untuk lingkungan pengembangan sistem dan bagaimana memanfaatkan periferal yang ada pada target yakni board phyCORE-i.MX31. Sebagai bahan uji akan dipelajari tentang GPIO pada board tersebut, bagaimana menambahkan driver, memodifikasi, mengkompilasi program dan membangun kernel serta bagaimana menanamkan sistem Linux ke dalam board tersebut. Pengujian untuk langkah awal pengembangan sampai menanamkan kernel baru kedalam board telah berhasil, namun untuk uji pengaksesan GPIO untuk board ekspansi pada proyek akhir ini masih belum menemukan solusi. Hal ini dimugkinkan karena kesalahan dalam penerapan metode pengaksesan GPIO pada board ekspansi atau karena masih sangat terbatasnya pengetahuan tentang GPIO pada Linux oleh peneliti. Harapannya, dengan proyek akhir ini akan sedikit membuka wawasan untuk lebih dikembangkannya sistem Linux untuk perangkat embedded di Indonesia dan pada lingkungan pendidikan khususnya.
Kata kunci: Embedded devices, Linux, phyCORE-i.MX31, GPIO
Effect of samarium in corrosion and microstructure of Al-5Zn-0.5Cu as low driving voltage sacrificial anode
No full textEffect of basicity on beneficiated chromite sand smelting process using submerged arc furnace
No full textImpact analysis of freight vehicle access restriction (A case study of Jakarta Intra Urban Toll way)
No full textBeneficiation of two different low-grade Indonesian manganese ores to improve the Mn/Fe ratio
No full textTowards Numerical Hydromechanics Analysis of an Arbitrary Shape Floating Body in Ice-Infested Waters
No full textIn the last couple of decades, Arctic Engineering has become a topic of interest. There are still plenty rooms of research to understand the unique characteristic of sea ice, especially in relation to offshore engineering. This includes the most fundamental problem in floating body motion analysis: the radiation-diffraction problem. A powerful mathematical concept, - so called Greens Function – is one of the favourable tools to be used for solving this mathematical problem. This is because the radiation-diffraction problem can be formulated as a boundary value problem expressed by partial differential equations. Although the application is already quite advanced for the open water case, the same cannot be said for the vessel operating in ice infested waters. The integral solution of 3D Greens Function for ice-infested waters which has not been studied before, was derived in this thesis. The open water case is also studied to gain more insight in the implementation of an arbitrary floating body thoroughly. As a closure, interpretation about the difference between open and ice-infested waters is discussed.For Greens Function in the open water case, numerical evaluation of the principal value integral is not straightforward due to the hyperbolic term inside the integrand. This term makes the integrand exceed the limit of floating point number (in MATLAB) and cannot be evaluated into infinity. On the other hand, a numerical integration is quite time consuming (whereas the analytical solution, as far as the writer’s concern, is not found yet). A well-known alternative form of the solution which formulated as an infinite series might improve the computation speed. The rate of convergence depends solely on the ratio of horizontal distance between source and field point (R) and water depth (H). Another numerical issue arises in the deep water case. A finite water depth causes a catastrophic cancellation, both for the integral and the infinite series solution, due to the extremely small difference of the wave number between deep water and infinite water depth. This is where the infinite depth solution needs to be used. In numerical implementation, an influence function at a panel can be approximated by multiplying the potential with panel's surface area. Due to the singularity of the Rankine source term in the integral or the modified Bessel function in the series, this approach fails and the solution need to be integrated over the panel. Although the analytical solution is available, a numerical approach is chosen to simplify the problem. The surface integration procedure can be done by transforming the global arbitrary panel orientation into the local element coordinate system, and subsequently, perform a bilinear mapping to reshape the quadrilateral panel into the desired rectangular panel. This transformation procedure is needed since MATLAB is only capable to handle double numerical integration of a function bounded between four lines perpendicularly each other. This encloses the whole challenge that needs to be addressed and might be re-occur in the ice-infested waters as well. From the derivation of the Greens Function for ice-infested waters, it is shown that the hyperbolic term inside the integrand is present. This discloses that the obtained solutions cannot be used instantaneously. Another effort to rewrite them in the exponential term might be useful. Moreover, the radiation condition is not satisfied yet in this thesis. However, the suggested approach of the derivation by introducing an imaginary line to represent the source depth location avoids the use of a singular term. Generally speaking, this thesis initiates a promising foundation for further research in the hydromechanics analysis of sea ice.Offshore and Dredging Engineerin
HARMONISASI PENGATURAN TINDAK PIDANA KHUSUS YANG OBJEKNYA TULISAN DAN BERITA YANG ISINYA PALSU
No full textHarmonization of Legislation is a process that is geared towards harmony between the Act by Act other so that there is no overlap, inconsistencies, conflicts or disputes in the regulation. In Act 10 of 2004 on the Establishment of legislation there are signs which point to the importance of harmonization Legislation regulation. Article 5 of Law No.10 of 2004 on the Establishment of legislation determine rugulation Legislation is considered good if it fulfills the principle of legislation that either include clarity of purpose, the correspondence between the type and substance, can be implemented, usefulness, and clarity of the formulation. Special Crimes About Writing And News The contents Counterfeit actions are criminal acts, deliver news and use writing false contents. In this criminal act contains elements of the writing or the news to false, although the object of criminal acts themselves are not always about writing or false news. The author found some law governing the Special Crimes About Writing And News All contents are false, namely Article 57 jo 36 paragraph (5) letter a Law No.32 of 2002 on Broadcasting, Article 28 of Law No.11 of 2008 on ITE, Article 86 of Law No.23 of 2002 on the Protection of the Child, Article 19 of Law No.21 of 2007 on the Eradication of Trafficking, Article 69 and Article 70 of Law No.20 of 2003 on National Education System, Article 55 of Law No.14 of 2008 concerning Public, and that the last of Article 9, Article 22, and Article 23 of Law No.31 of 1999 on Corruption Eradication was changed by Act No.20 of 2001
Modeling and performance analysis of the OFDM scheme for radio over fiber system
No full textRadio over fiber (ROF) is an hybrid system that having both a fiber optic link and free-space radio path. In such RoF systems using, broadband microwave data signals are modulated onto an optical carrier at a central station, and then transported to remote sites or base station using optical fiber. The base-stations then transmit the RF signals over small areas using microwave antennas. Such system is important in a number of applications, including mobile and satellite communications, wireless local area networks (WLANs), wireless local loop and mobile broadband service, etc. Orthogonal Frequency Division Multiplexing (OFDM) technique distributes the data over a large number of carriers that are spaced apart at precise frequencies with overlapping bands. The use of FFT for modulation provides orthogonality to the subcarriers, which prevents the demodulators from seeing frequencies other than their own. Hence by incorporating OFDM along with the optical fiber, the RoF system can be used for both short distance as well as long-haul transmission at very high data rate. This improves the system flexibility and provides a very large coverage area without increasing the cost and complexity of the system very much. In this project author investigates the feasibility of OFDM as modulation technique for a RoF based on WLAN system in consistency with IEEE 802.11g. Result from Optisystem model shows the performance of OFDM signal through the RoF networks. The system was utilized to carry data rates 20Mbps, using carrier frequency 2.4 GHz and the modulation type for OFDM is 16QAM 4 bit per symbol. Total power of the signal was decreasing while the fiber length of the RoF networks was increased from 10 – 50 km
