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All Journal Jurnal GEMATIKA Jurnal JSIKA Journal JCONES Bulletin of Electrical Engineering and Informatics Jurnal Teknologi Informasi dan Ilmu Komputer ELKOMIKA: Jurnal Teknik Energi Elektrik, Teknik Telekomunikasi, & Teknik Elektronika Journal of Applied Data Sciences Jurnal Sistem Informasi Universitas Dinamika International Journal Research on Metaverse
Jusak Jusak
STMIK Stikom Surabaya
Humanities Computer Science & IT Control & Systems Engineering Decision Sciences, Operations Research & Management Economics, Econometrics & Finance Education Electrical & Electronics Engineering Engineering Other

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Rancang Bangun Prototipe Aplikasi Wireless Sensor Network untuk Peringatan Dini Terhadap Banjir Nugroho, Budi Hari; Jusak, Jusak; Susanto, Pauladie
Journal of Control and Network Systems Vol 3, No 2 (2014)
Publisher : Journal of Control and Network Systems

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Abstract

Frequent floods occurred in several areas in Indonesia annually that eventually cause who are affected by the flood. More often floods arrive at night when most people were fast asleep. This means that people are mostly not ready when disaster comes. This is one of the reasons why long-range early-detection flood device was designed. Not only to improve the accuracy of detection of the flooding but it will be able to monitor so there will be an accurate precaution signal of this disaster at the right time. Monitoring the water level of the river situation in real time using Wireless Sensor Network (WSN) technology. WSN is a wireless network infrastructure that uses sensors to monitor physical or environmental conditions that are connected to the network. In this study, each node in the WSN consists of the Arduino Uno microcontroller modules, XBee series 2 as wireless communications, and PING ultrasonic sensor and RTC (Real Time Clock). Base on our examination the WSN technology for early warning of flooding detection is able to produce a system that allows people predict the possibility of flooding. Water level measurements with PING ultrasonic sensor has an error percentage between 2.09% to 2.56%. The results show that the system is able to work well with a 97.44% accuracy
Rancang Bangun WSN Untuk Monitoring Pencemaraan Air Sungai Menggunakan Topologi Mesh Network Saputra, Yoga Eka; Jusak, Jusak
Journal of Control and Network Systems Vol 3, No 2 (2014)
Publisher : Journal of Control and Network Systems

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Abstract

The quality of water source is important. Rivers in Indonesia are generally extremely heavy polluted by organic wastes from sewage population, and other industries are still many others. Water pollution is a change of state in a water reservoirs such as lakes, rivers, oceans and groundwater due to human activities. Wireless sensor network (WSN) is a wireless network consisting of multiple sensors that work together to monitor physical and environmental conditions such as temperature, water, sound, vibration or earthquake, air pollution and other different places. However, there are shortcomings in the WSN. WSN have limited energy and bandwidth. One way that energy and communication can be more efficient WSN is to organize the network topology. MESH is a line of communication topology in which each node can communicate with each other. Measurement of pH of water with a pH meter analog sensor kits have a percentage of error between 0.37% to 1.86% and water temperature measurements using sensors DS18B20 has an error percentage between 0.606% to 0.73% With these results the system to work well with 98.14% accuracy rate for the pH sensor and 99.27% for the temperature sensor.
RANCANG BANGUN APLIKASI PEMANTAU DATA WIRELESS SENSOR NETWORK UNTUK PERINGATAN DINI TERHADAP BANJIR Kautsar, Muhammad Syakir; Jusak, Jusak; Susanto, Pauladie
Journal of Control and Network Systems Vol 3, No 2 (2014)
Publisher : Journal of Control and Network Systems

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Abstract

Frequent floods occurred in several areas in Indonesia annually that eventually cause who are affected by the flood. More often floods arrive at night when most people were fast asleep. This means that peaople are mostly not ready when disaster comes. This is one of the reasons why long-range early-detection flood devicewas designed. Not only improve the accuracy of detection of the flooding but it will be able to monitor so there will be an accurate precaution signal of this disaster at the night time.Monitoring the water level of the river situation in real time using Wireless Sensor Network (WSN) technology. WSN is a wireless network infrastucture that uses sensors to monitor physical or environmental conditions that are connected to the network. To display data transmitted WSN nodes, made the application of software visual basic 6. In this application generates the system displays the status of the water level of the river (prototype), status of the device, warning when the flood and  the estimated time of flooding occurs. The time estimates obtained from the calculation of the average speed of change in the water level before.
RANCANG BANGUN APLIKASI DAN GATEWAY WIRELESS SENSOR NETWORK UNTUK PEMANTAUAN LAHAN TANAMAN JARAK Nofianto, Rendi Haris; Jusak, Jusak; Susanto, Pauladie
Journal of Control and Network Systems Vol 3, No 2 (2014)
Publisher : Journal of Control and Network Systems

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Abstract

One of highly prospective vegetable oil that can be used as raw material for biodiesel is Jatropha (Jathropa Curcas L.). But, in order to get the maximum oil quality, continuously controlled temperature and soil humidity are needed. consequently, plantation monitoring device is needed. Wireless Sensor network (WSN) Technology is used in this final project. WSN is a wireless network consisting of multiple sensors that work together to monitor physical and environmental conditions. Thus, this supporting device can facilitate monitoring temperature and soil humidity surrounding Jatropha plantation. WSN communication protocol testing , indicating that the reception of data according to the address of the destination node and a range of up to 100 meters . Viewer program outcomes and indicator readings each node can work properly in accordance with the instructions on the program visual basic 6.0
DESAIN DAN IMPLEMENTASI PROTOKOL HANDOFF DAN ERROR CHECKING PADA JARINGAN MWSN (MOBILE WIRELESS SENSOR NETWORKS) Herlambang, Septian Adi; Jusak, Jusak
Journal of Control and Network Systems Vol 4, No 1 (2015)
Publisher : Journal of Control and Network Systems

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Over the last decade, the development of WSN (Wireless Sensor Networks)  communication technologies so rapidly seen, from some of the concepts that are built using WSN such, an early warning system against floods, temperature and humidity monitoring system on crop land distance. WSN is a wireless network infrastructure that uses a wired or wireless sensors to monitor physical or environmental conditions that may be connected to the network, this network uses radio waves as a medium of delivery.In general, the application of WSN using a static model, but in certain circumstances the static model is not suitable to be applied as the environmental conditions change. Static models may experience problems such as, not all areas can be monitored, some WSN applications that require sensors with a high price quite troublesome.In this MWSN systems we implement a handoff protocol. Handoff or Hand Over (HO) in the process of changing service / lawyers handle a Mobile Station (MS) from a Base Station (BS) to another BS MS  due to the movement from BS to the other BSBased on test results, obtained percentage of data loss (missing data) to the mobile speed by 70% - 80% and the percentage of data loss (missing data) to the distance (in the room) by 30% - 80% while (outdoors) at 50 % - 80%. Based on the test results showed that the distance between the XBee parameters greatly affected the amount of data received, while the parameters of the speed is not too affected.
TRANSMISI NIRKABEL SINYAL AUSKULTASI SUARA JANTUNG DENGAN MENGGUNAKAN WIRELESS ZIGBEE NETWORK Oktarina, Eka Sari; Jusak, Jusak; Puspasari, Ira
Journal of Control and Network Systems Vol 4, No 1 (2015)
Publisher : Journal of Control and Network Systems

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Abstract

Heart disease can attack anyone at anytime. Sometimes it’s appearance cannot be dettected early. Heart examination processesthat are done by doctorscommonly called as auscultation. The auscultation is a  performance examination organs like heart by listening voice resulted from vibration of stetoscope. Furthermore, phisical examination using the stetoscope are mostly required the patients to open their chest area. For that reason, it is necessary to built a tool that is able to seperate the doctor dan the patients.        In this study, a heart sound signal auscultation through wireless transmision in the wireless sensor network is built. Quality of service that are employed in this study including probality of loss, the amount of delay of the received dataas well as the amount of heart auscultation signal bandwidth that are transmited between two nodes.Based on the result, it shows that the higher the baudrate of data delivery set by the serial communication, the larger the throughput of the system. However, it directly affects the packet loss in a way that the packet loss becomes larger. On the other hand, in terms of delay our study shows that large baudrate produces large delay data transmission. Keywords : Sinyal Auskultasi Jantung, Wireless Sensor Network, Zigbee
ANALISIS PERBANDINGAN PROTOCOL ROUTING AD HOC UNTUK JARINGAN BERSKALA BESAR Dy, Jap Fen; Jusak, Jusak; Triwidyastuti, Yosefine
Journal of Control and Network Systems Vol 4, No 1 (2015)
Publisher : Journal of Control and Network Systems

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Wireless network tecnology has long been discovered. Currently, it is evident that there are significant growth in the number of tools that utilize this technology. One of the impacts of wireless networks is the Ad hoc technology,  which is commonly called the Ad hoc network. Ad hoc is a wireless network that contains a group of nodes that communicate each other. The Ad hoc  networks do not require any infrastructure. The Ad hoc technology has been used in various ways, such as military operations, or personal communication i.e. phone, PDA or laptop. This research will simulate the  Ad hoc protocol routing in large scale network. Performance analysis is done by comparing routing protocol AODV (Ad hoc On-Demand Distance Vector)  and DSR (Dynamic Source Routing) based on delay, PLR(Packet Loss Ratio), PDR(Packet delivery ratio), packet drop, bandwidth utilization and NRL(Normalized routing load) for 10 nodes to 70 nodes.Based on our study it is shown that DSR has better performance in  terms of delay, packet loss dan normalized routing load. On the other hand AODV has better performance in terms of bandwidth utilization for large scale network.
ANALISIS PERBANDINGAN UNJUK KERJA PROTOCOL TCP DENGAN SCTP PADA JARINGAN MOBILE Djojosuroto, Muh.Rahmat; Jusak, Jusak; Triwidyastuti, Yosefine
Journal of Control and Network Systems (JCONES) Vol 5, No 2 (2016)
Publisher : Journal of Control and Network Systems (JCONES)

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Abstract

Mobile Ad Hoc adalah jaringan nirkabel yang terdiri dari sekumpulan node-node yang dapat saling berkomunikasi satu sama lainnya secara langsung tanpa memerlukan infrastruktur tertentu. Teknologi Mobile Ad Hoc ini sudah sering kali digunakan untuk operasi militer dan komunikasi pribadi seperti ponsel dan laptop. Karena banyaknya pemakaian teknologi Mobile Ad Hoc ini sehingga perlu dilakukan pengujian yang melibatkan 5 node, 10 node dan 20 node untuk pemilihan protocol yang tepat.Pada penelitian ini, dengan posisi node yang (random) diketahui bahwa untuk penerapan topologi dengan  5 node, 10 node dan 20 node protokol SCTP sangat baik dalam hal keakuratan data berdasarkan parameter Paket Loss Ratio (PLR) dan Delay  dibandingkan dengan protokol TCP saat terjadi komunikasi.Dari hasil penelitian dan analisis unjuk kerja perbandingan protokol TCP dengan SCTP yang telah dilakukan, berdasarkan parameter-parameter yang telah di tetapkan. Maka didapatkan presentase dari hasil parameter delay dan paket loss ratio (PLR) pada protokol TCP, besar nilai rata-rata delay maupun rata-rata paket loss ratio (PLR) lebih besar dibandingkan dengan protokol SCTP, baik dari banyaknya node yang digunakan dalam topologi maupun dari masing-masing protokol.
RANCANG BANGUN PERANGKAT PENDETEKSI ASAP ROKOK DENGAN KOMBINANSI SENSOR GAS MQ 2 DAN TGS 2600 Wiyono, Reynaldi Arfian Agus; Jusak, Jusak; Kusumawati, Weny Indah
Journal of Control and Network Systems (JCONES) Vol 6, No 2 (2017)
Publisher : Journal of Control and Network Systems (JCONES)

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Pada rokok bila diteliti lebih dalam rokok sebenarnya tidak baik untuk kesehatan manusia bahkan sangat berbahaya mulai dari anak-anak, remaja dan orang dewasa. Sehingga dapat membahayakan bagi perokok dan orang disekitar yang menghirup asap rokok(perokok pasif). Perokok pasif memiliki resiko yang tinggi bagi kesehatannya dari para perokok aktif.Untuk itu dibutuhkan suatu sistem yang dapat mendeteksi asap rokok pada ruangan bebas asap rokok dengan menggunakan sensor gas MQ 2 dan TGS 2600, Sistem tersebut akan mengirimkan pemberitahuan kepada security atau bagian yang berwenang, dengan membunyikan buzzer apabila terdeteksi asap rokok dengan menggunakan pengiriman secara wireless. Pendeteksian asap rokok dilakukan ketika data di dalam sensor melebihi threshold alat transmitter akan mengirimkan data yang akan diterima pada alat receiver. Data yang berupa output analog akan di baca oleh readADC() dan konversi ke satuan gas (PPM). Ketika nilai output analog melebihi nilai threshold, ESP akan bekerja mengirimkan data. Apabila nilai data tidak melebihi nilai threshold, maka ESP akan terus standby. Sistem dapat mendeteksi asap rokok. Sistem dapat mendeteksi  dan membedakan asap rokok dan bukan asap rokok dengan nilai threshold yang ditentukan. Nilai tisu, kertas, dan plastik berada dibawah nilai 32 PPM untuk TGS 2600 dan dibawah 3000 PPM untuk MQ 2. Sehingga pada pengujian ini ditentukan nilai threshold untuk TGS 2600 sebesar lebih dari 33 PPM dan untuk MQ 2 sebesar lebih dari 3000 PPM untuk menunjukan adanya asap rokok. Ketika asap melewati nilai threshold lebih dari 33 PPM untuk sensor gas TGS 2600 dan nilai threshold lebih dari 3000 PPM untuk sensor gas MQ 2, maka akan mengirimkan informasi atau alert bahwa terdeteksi asap rokok, ESP 8266 client akan mengirimkan data ke ESP 8266 access point. Sehingga alat pada receiver akan menyalakan indicator LED dan membunyikan buzzer..Kata Kunci : Deteksi Rokok, Sensor Gas MQ2 dan TGS2600, Wireless
ANALISIS UNJUK KERJA WIRELESS DISTRIBUTION SYSTEM PADA JARINGAN BERBASIS MIKROTIK Fauzi, Imam; Jusak, Jusak; Pamungkas, Johan
Journal of Control and Network Systems (JCONES) Vol 5, No 1 (2016)
Publisher : Journal of Control and Network Systems (JCONES)

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Wireless distribution system (WDS) is a system to expand the wireless network and MAC address as destination addressess. Some documents have discussed WDS technology which one of it says that there is decline in throughput almost half a percent.In this paper, we examine how far the WDS impacts on packet loss and delay that occur when using different topologies in the network based Mikrotik. In the test, we first determined the topology and the location of the router and then we configured WDS route with registering the path between the router's MAC address. Secondly, we delivered streaming videos from server to the client and run the network monitoring software to record the network activity. Thirdly, we analyzed the delay, throughput, and packet loss as a result of the monitoring network.Based on the research examination, it is shown that there is no significant difference between the topology scheme 1 and the topology scheme 2. The performance of the router Master, router 1 and router 2 between topology 1 and topology 2, using the testing parameters: delay, throughput, and packet loss are the same. This is mainly because both of topologies have the same number of hops. On the other hand, there are significant difference in term of delay, throughput and packet loss for router 3 and router 4 both topologies. This is due to that the Master router to router 3 and the router 4 in the topology 2 has more hops than topology 1.
Co-Authors A. B. Tjandrarini Adani, Muhammad Faizin Aderusman, Rizky Adi Suryaputra Paramita Agus Ariyanto Agus Dwi Churniawan, Agus Dwi Alfian Angga Pradika Alim Rahmat Rido Anggara, Faris Widi Anjik Sukmaaji Atmaja, Bhagus Sugamayana Dwi Atmaja, Bhagus Sugamayana Dwi Budi Hari Nugroho Burhanuddin Surya Putra David Palguna Djojosuroto, Muh.Rahmat Effendy, Edwin David Eka Sari Oktarina Ekinasti, Anggi Tiara Citra Erwin Sutomo Feri Setiawan Adinata Firdaus, Deddy Mohammad Fumio Highy Suparlan Hakim, Arnaz Malikul Hakim, Arnaz Malikul Harianto Harianto Harianto, Gaguk Hasyim, Dealis Dinamika Henry Bambang Setyawan Heri Pratikno Hikam, Dicky Sirojul Hoky Ajicahyadi I Dewa Gede Rai Mardiana Ignatius Adrian Mastan Imam Fauzi Ira Puspasari Irene Rizky Andini Jap Fen Dy, Jap Fen Julianto Lemantara Kurnia, Lassa Nusti Kusbiono Wisnu Pambudi Kusuma, Otniel Reza Kusuma, Yusuf Budi M. J. Dewiyani Sunarto Mardianto Basuki Martinus Sony Erstiawan Mochammad Arifin Muhammad Nizar Muhammad Syakir Kautsar Mustafa, Putra Yoga Dwiangga Mustafa, Putra Yoga Dwiangga Nahusuly, Nova Nahusuly, Nova Nanda Surya Setiawan Octavianus Wijaya Oktaviyani, Tri oktorianto, kevin widoni Pamungkas, Johan Pantjawati Sudarmaningtyas Pauladie Susanto Phompi Andinata Pietter, P. Earl Pietter, P. Earl Pradana, Yulyus Effendi Prastyo, Pangky Ari Wibowo Putra, Febri Pradana Putra, Febri Pradana Putro, Abid Eka Sukatno Ramadhanis, Puspayati Ramadhanis, Puspayati Ramzi, Muhammad Ramzi, Muhammad Rendi Haris Nofianto Reppy Reisa Rido, Alim Rahmat Rido, Alim Rahmat Rizky Ananto Putri Rizky Kurniawan Robiyanto Robiyanto, Robiyanto Rohmat Solikin Rudi Santoso, Rudi Saputro, Dedy Tri Saraswati, Dyah Lestari Sembiring, Rinawati Septian Adi Herlambang, Septian Adi setiawan, ashari SETIAWAN, BRAMASTA AGNANDA SETIAWAN, BRAMASTA AGNANDA SOLEHUDIN, SONY SOLEHUDIN, SONY Suarjaya, I Gede Sugiarto, Wahyu Rokhman Susanti, Ririn Susanti, Ririn Susanto, Ubaidillah Susianto Tri Resmana Syafi'i, Imam Tajuddin Akbar Tegar Heru Susilo Teguh Sutanto Triwibowo, Aris Viranda, Rizkyana Surya Vivine Nurcahyawati Wahyu Andy Yulianto Wahyu Setiawan Weny Indah Kusumawati Wirandha Ryan Pratama Wiyono, Reynaldi Arfian Agus Yoga Eka Saputra Yosefine Triwidyastuti Zamri Ibrahim, Mohd