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All Journal Lontar Komputer: Jurnal Ilmiah Teknologi Informasi JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Jurnal Pemberdayaan Masyarakat Universitas Al Azhar Indonesia Jurnal Nasional Teknik Elektro dan Teknologi Informasi
Ade Jamal
Universitas Al Azhar Indonesia
Biochemistry, Genetics & Molecular Biology Computer Science & IT Control & Systems Engineering Education Electrical & Electronics Engineering Energy Engineering Environmental Science Industrial & Manufacturing Engineering Languange, Linguistic, Communication & Media Public Health Social Sciences

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Journal : JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI

 1 
Preferensi Dosen Pada Proses Penjadwalan Kuliah Menggunakan Algoritma Genetik Studi Kasus: Universitas Al Azhar Indonesia Dody Haryadi; Ade Jamal
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 3, No 2 (2015)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v3i2.191

Abstract

Abstrak - Proses penjadwalan kuliah di suatu Universitas merupakan suatu proses yang memiliki peran penting. Dengan adanya sistem yang dapat melakukan penjadwalan dengan mempersingkat proses dan tidak adanya jadwal yang bentrok, kegiatan perkuliahan akan berjalan secara tertib. Penelitian ini akan membahas mengenai proses penjadwalan kuliah di Universitas Al Azhar Indonesia (UAI) dengan menggunakan algoritma genetika. Analisa kebutuhan sistem dilakukan sesuai dengan proses bisnis penjadwalan kuliah di UAI. Pada algoritma genetika ini terdapat hard constrain dan soft constrain yang bisa ditentukan sesuai dengan kebutuhan, seperti satu jadwal kuliah tidak boleh ada yang beririsan dengan jadwal kuliah yang lainnya. Sistem dapat merekam jadwal yang dapat dipenuhi dan juga tidak dapat dipenuhi dosen, sehingga ketika dalam proses penjadwalan, sistem dapat mencari waktu pengganti lainnya. Terdapat perubahan proses bisnis penjadwalan kuliah di UAI, dan juga berdampak pada pengembangan sistem informasi penjadwalan kuliah. Terdapat input dan output file json yang digunakan untuk komunikasi antara sistem informasi penjadwalan kuliah yang ada dengan sistem penjadwalan algoritma genetik.  Kata Kunci – Penjadwalan Kuliah, Algoritma Evolusi, Presensi Waktu Dosen Abstract - The process of scheduling a lecture at a university is a process that has an important role. With a system that can perform scheduling by shortening the process and the absence of conflicting schedules, lecture activities will run in an orderly manner. This research will discuss about the process of scheduling lecture at Al Azhar University of Indonesia (UAI) by using genetic algorithm. Analysis of system requirements is done in accordance with business process scheduling lectures at UAI. In this genetic algorithm there is a hard constrain and soft constrain that can be determined according to need, such as a lecture schedule should not be any that incline with other lecture schedules. The system can record schedules that can be met and also can’t be met lecturers, so that when in the process of scheduling, the system can find another replacement time. There is a change in the business process of lecture scheduling in UAI, and also has an impact on the development of lecture scheduling information system. There is an input and output json file that is used for communication between existing lecture scheduling information systems with genetic algorithm scheduling system. Keywords - Scheduling Lectures, Evolution Algorithm, Lecturer Time Presentation
A Continuous Topography Approach for Agent Based Traffic Simulation, Lane Changing Model Ade Jamal
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 2, No 1 (2013)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v2i1.96

Abstract

Traffic simulation has been being an interesting research subject for transport engineer and scientist, mathematicians and informatics scientist for different point of view. Transport scientists study the traffic complexity and behaviour of traffic participants by using statistical experiment or simulation. The earlier approach was based on macroscopic model deducted from hydrodynamics kinematic wave analogy. Later on the microscopic model was introduced first by invoking cellular automata and then agent based model takes important role in the traffic simulation world. Most of microscopic model are based on a multi-grid element topography model which is a natural environment of cellular automata. Just recently a software engineer started an ambitious work to develop a multipurpose framework for complex traffic simulation. The ingenious idea is to replace the traditional grid based element topography with a continuous two dimensional one from which a region of traffic road or street is built up. Traffic participant is modelled as agent whose physical properties such as its coordinate position, speed, and direction are governed by the kinematic Newtonian law. This article will present this new concept and show how the simple movement of lane changing model that is very well known from the beginning era of traffic simulation become a quite complex movement in the new continuous topography
Segmentasi Gigi pada Dental Panoramic Radiograph untuk Identifikasi Manusia Latifah Ramadhana Murilmiani Effendhi; Ade Jamal; Solechoel Arifin; Teguh Widodo
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 5, No 1 (2019)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v5i1.320

Abstract

Abstrak – Indonesia memiliki tingkat kerawanan tinggi terhadap bencana alam dan kecelakaan yang mengakibatkan terjadinya korban massal. Banyak cara untuk mengidentifikasi korban, salah satunya menggunakan citra gigi. Gigi merupakan bagian dari tubuh yang lebih tahan lama karena struktur gigi yang padat dan kuat. Identifikasi menggunakan sarana gigi dapat dilakukan dengan cara membandingkan data gigi yang telah diperoleh dari pemeriksaan gigi jenazah yang tidak dikenal (data postmortem) dengan data gigi yang sebelumnya pernah dibuat (data antemortem). Terdapat beberapa tahapan dalam melakukan identifikasi korban menggunakan citra gigi. Tahapan yang dilakukan oleh peneliti adalah tahap segmentasi gigi. Pertama, citra dilakukan cropping hingga mendapatkan dimensi berukuran 1564×589 piksel serta perbaikan citra menggunakan Histogram Equalization. Selanjutnya dilakukan pemisahan citra gigi menggunakan metode Integral Projection dilengkapi penggunaan Spline Interpolation untuk menggambar garis pemisah antara rahang atas-bawah serta gigi tunggal. Tiap citra memiliki nilai n-blok kolom yang berbeda sehingga dibutuhkan parameter sebesar 3 hingga 30 n-blok kolom untuk membentuk garis pemisah rahang atas-bawah. Citra gigi berjenis Dental Panoramic Radiograph. Hasil evaluasi kesalahan terkecil saat melakukan pemisahan rahang atas-bawah menggunakan Horizontal Integral Projection sebesar 56.8% dengan nilai n-blok kolom adalah 8 dan saat segmentasi gigi pada tahap Vertical Integral Projection sebesar 38.27% dengan nilai average filter adalah 17.Abstract – Indonesia has a high level of vulnerability to natural disasters and accidents that result in mass casualties. There are many ways to identify victims, especially by using dental images. The teeth are part of the body that are more durable because of the solid and strong tooth structure. Identification using dental images can be done by comparing dental data that has been obtained from unknown victim dental examination (postmortem data) with dental data previously made (antemortem data). There are several stages in identifying victims using dental images and researcher worked on tooth segmentation stage. First, the image need to cropped up to get dimensions size of 1564×589 pixels and improved contrast using Histogram Equalization method. Then, tooth separation is performed using Integral Projection method which is equipped with the use of Spline Interpolation to draw the separator line between the upper-lower jaws and single tooth. Each image has a different n-block column value, so researcher selected range number of n-block column is between 3-30. In this reseach, dental panoramic radiographs are used. The smallest error rate in the images is found when performing an Integral Projection to separate upper and lower jaws by 56.8% with n-block column value = 8 and when separating each tooth from the image by 38.27% with average filter value = 17.Keywords – Antemortem, Postmortem, Segmentation, Histogram Equalization, Integral Projection, Spline Interpolation
University Course Scheduling using the Evolutionary Algorithm Ade Jamal
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 1, No 1 (2011)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v1i1.12

Abstract

Course scheduling problem is hard and time-consuming to solve which is commonly faced by academic administrator at least two times every year. This problem can be solved using search and optimization technique with many constraints. This problem has been well studied in the past, and still becomes favorite subject for researchers. We will briefly discuss the convergence difficulty in our initial work on this subject using a modified hill-climbing search technique[8].  In this paper, an evolutionary algorithm is applied to solve the course scheduling problem and studying mutation techniques involved in the algorithm.
Aplikasi Berorientasi Objek untuk Perhitungan Bagian Waris Berdasarkan Hukum Islam Ade Jamal; Arif Supriyanto; Fatimah Ilona Asa; Annisa Utami; Bagus Mauludin
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 2, No 4 (2014)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v2i4.159

Abstract

Abstrak – Pembagian  harta  waris  dalam  keluarga  merupakan  hal  yang  krusial  yang dapat memicu pertikaian yang menimbulkan keretakan hubungan dalam keluarga. Penyebabnya adalah kurangnya pemahaman ahli waris/ pihak-pihak yang terkait mengenai ilmu faraidh (Ilmu Waris). Teknologi informasi yang berkembang pesat idealnya mampu memberikan kontribusi kepada masyarakat Muslim untuk memudahkan dalam menghitung pembagian waris. Dalam penelitian ini, dibuat Perancangan Software aplikasi berorientasi objek untuk perhitungan bagian waris berdasarkan hukum waris Islam. Di dalam pemrograman berorientasi objek terdapat beberapa fitur berikut: Enkapsulasi (Encapsulation); Abstraksi (Abstraction); Pewarisan (Inheritance); dan Polimorfisme (Polymorphism). Tampilan aplikasi terdiri dari Menu Utama yang berisi seluruh ahli waris digunakan untuk memasukkan kelompok ahli waris, pilihan hukum waris berdasarkan Hukum kompilasi Islam RI dan Mazhab Syaf’i dan Hasil Hitung berupa tampil tabel dan cetak pdf. Abstract – The division an inheritance in the family is crucial, and has a potential to trigger conflicts in the family. The cause is a lack of understanding of the heir / related parties regarding the science of faraidh (the science of inheritance). Rapid development of information technology, ideally should be able to contribute to the Muslim community in calculating the division of inheritance. In this study, we designed an object-oriented application software to  calculate inheritance based on the Islamic law. In the object-oriented programming are the following features: Encapsulation (Encapsulation); Abstraction, inheritance and polymorphism. Display application consists of a Main Menu that contains all the heirs, the choice of inheritance law based on compilation of Islamic Law in the Republic of Indonesia, and the mazhab (school) of Syaf’i result of the calculation which appear in the form of tables and print out pdf. Keyword – inheritance law, software, inheritance, object-oriented programming, count.
Pengembangan Database Genbank UAI-Bioinformatics Menggunakan Sistem Terdistribusi Ade Jamal; Denny Hermawan; Muhammad Nugraha
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 2, No 3 (2014)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v2i3.138

Abstract

Abstrak – Telah dilakukan penelitian tentang pengolahan terdistribusi data genbank menggunakan Hadoop Distributed Filesystem (HDFS) dengan tujuan mengetahui efektifitas pengolahan data genbank khususnya pada pencarian sequens dengan data masukan yang berukuran besar. Penelitian dilakukan di Laboratorium Jaringan Universitas Al Azhar Indonesia dengan menggunakan 6 komputer dan satu server dimana dalam Hadoop menjadi 7 node dengan rincian 1 namenode, 7 datanode, 1 secondary namenode. Dengan eksperimen HDFS menggunakan 1 node, 2 node, 4 node, 6 node, dan 7 node dibandingkan dengan Local Filesystem. Hasil menunjukan proses pencarian sequens data genbank menggunakan 1 – 7 node pada skenario eksperimen pertama dengan output yang menampilkan hasil 3 field (Locus, Definition, dan Authors), skenario eksperimen kedua dengan output yang menampilkan hasil 3 field (Locus, Authors, dan Origin), dan skenario eksperimen ketiga menggunakan HDFS dan LFS dengan output yang menampilkan seluruh field yang terdapat dalam data genbank (Locus, Definition, Accesion, Version, Keywords, Source, Organism, Reference, Authors, Title, Journal, Pubmed, Comment, Features, dan Origin). Evaluasi menunjukan bahwa proses pencarian sequens data genbank menggunakan HDFS dengan 7 node adalah 4 kali lebih cepat dibandingkan dengan menggunakan 1 node. Sedangkan perbedaan waktu pada penggunaan HDFS dengan 1 node adalah 1.02 kali lebih cepat dibandingkan dengan Local Filesystem dengan 4 core processor. Abstract - A research on distributed processing of GenBank data using Hadoop Distributed File System GenBank (HDFS) in order to know the effectiveness of data processing, especially in the search sequences with large input data. Research conducted at the Network Laboratory of the University of Al Azhar Indonesia using 6 computers and a server where the Hadoop to 7 nodes with details 1 namenode, 7 datanode, 1 secondary namenode. With HDFS experiments using 1 node, node 2, node 4, node 6, and 7 nodes compared with the Local Filesystem. The results show the search process of data GenBank sequences using 1-7 nodes in the first experiment scenario with an output that displays the results of 3 fields (Locus, Definition, and Authors), a second experiment scenario with an output that displays the results of 3 fields (Locus, Authors, and Origin) , and the third experiment scenarios using HDFS and LFS with output that displays all the data fields contained in GenBank (Locus, Definition, Accesion, Version, Keywords, Source, Organism, Reference, Authors, Title, Journal, Pubmed, Comment, Features, and Origin). Evaluation shows that the search process of data GenBank sequences using HDFS with 7 nodes is 4 times faster than using one node. While the time difference in the use of HDFS with one node is 1:02 times faster than the Local File System with 4 core processor. Keywords –  genbank, sequens, distributed computing, Hadoop, HDFS
Pengembangan Sistem Informasi Perpustakaan Menggunakan Teknologi Google Web Toolkit (GWT) Winangsari Pradani; Ade Jamal; Arie Wahyu Triansyah; Annisa Utami
JURNAL Al-AZHAR INDONESIA SERI SAINS DAN TEKNOLOGI Vol 2, No 2 (2013)
Publisher : Universitas Al Azhar Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36722/sst.v2i2.130

Abstract

Abstrak - Stock opname merupakan salah satu kegiatan penting pada perpustakaan dalam pemeliharaan koleksi pustaka. Kegiatan stock opname adalah melakukan pencocokan data antara koleksi pustaka yang ada di rak-rak buku dengan pangkalan data yang dimiliki perpustakaan. Pada saat ini kegiatan stock opname pada Perpustakaan SMP/SMA Al-Azhar Kebayoran Baru belum dilaksanakan secara rutin karena keterbatasan tenaga SDM. Perpustakaan SMP/SMA Al Azhar telah menggunakan aplikasi Senayan Library Management System (SLiMs) yang bersifat open source. Di lain pihak, Teknik Informatika UAI juga memiliki satu sistem aplikasi perpustakaan yaitu Sistem Informasi Perpustakaan berbasis desktop (SIAP). Modul mobile stock opname telah ada di aplikasi SIAP. Dalam kegiatan penelitian ini modul stock opname SIAP akan ditempelkan kepada sistem SLiMS. Dengan modul aplikasi mobile stock opname yang ada pada handset atau komputer tablet, pustakawan dapat langsung memasukkan data hasil pemeriksaan pada saat kegiatan berlangsung. Langkah mencetak daftar koleksi dan pencatatan manual tidak diperlukan lagi. Jika sebelumnya kegiatan stock opname dilakukan 3 langkah, dengan sistem baru menjadi 1 langkah. Waktu yang dibutuhkan untuk pencatatan berkurang hingga tinggal 50% dari waktu semula. Abstract - Stock opname is one of the important activities of the library in the maintenance of library collections. Stock opname is doing data matching between the existing library collections in bookshelves with a database owned by the library. At this time, stock opname actifity in the library SMP / SMA Al-Azhar Kebayoran Baru has not been implemented on a regular basis due to limited human resources personnel. Library SMP / SMA Al Azhar have used the application Senayan Library Management System (SLiMs), which is open source. On the other hand, Information Engineering UAI also has a library application system is Sistem Informasi Perpustakaan berbasis desktop (SIAP). Mobile module inventory check has existed in the SIAP. In this research activity, stock opname module in SIAP will be attached to the SLiMs. With the mobile application modules existing inventory check on the handset or tablet computer, librarians can directly enter data at the time of examination activities take place. Step print a list of collection and manual recording is not required anymore. If previous activities carried out stock taking three steps, with the new system into one step. The time required for recording reduced to 50% of the original time.
Co-Authors Ali Akbar Septiandri Ali Akbar Septiandri Ali Akbar Septiandri Annisa Handayani ANNISA HANDAYANI Annisa Utami Annisa Utami Anto Satriyo Nugroho Arie Wahyu Triansyah Arif Supriyanto Bagus Mauludin Budi Wiweko Denny Hermawan Dewi Ananta Hakim Dody Haryadi Endang Ripmiatin Fatimah Ilona Asa Latifah Ramadhana Murilmiani Effendhi Muhammad Nugraha Riri Safitri Solechoel Arifin Teguh Widodo Winangsari Pradani Yunus Effendi