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Implementasi Kinerja Mesin Pemotong Kemplang Khas Palembang Berbasis Teknologi Internet Of Things (IOT)

Prosiding Konferensi Nasional Pengabdian Kepada Masyarakat dan Corporate Social Responsibility (PKM-CSR), 2019

Palembang adalah kota yang mempunyai sejarah kerajaan Sriwijaya yang sangat terkenal. Diantaranya... more Palembang adalah kota yang mempunyai sejarah kerajaan Sriwijaya yang sangat terkenal. Diantaranya peninggalan budaya dan wisata kulinernya yang bermacam-macam yang sampai sekarang masih dilestarikan yaitu wisata kulinernya. Salah satu kuliner yaitu kerupuk kemplang. Saat ini pengusaha pembuat kemplang ikan masih banyak menggunakan cara tradisional menggunakan pisau manual dan pirikan kuningan, dengan beragam besar lubang dan potonganya yang tidak sama. Fenomena seperti ini juga dilakukan oleh mitra program DPTM yaitu Mitra (1) Usaha Kerupuk Kemplang “Lebak keranji; Mitra(2) Usaha Kerupuk Kemplang “Matahari 222” di jalan Lunjuk Jaya Bukit Besar Palembang. Beberapa kendala yang dihadapi usaha kerupuk kemplang ke 2(dua) mitra adalah belum adanya mesin pemotong hasil olahan adonan tepung dan ikan untuk pemotongan bahan kerupuk kemplang ikan sehingga memerlukan tenaga pengrajin yang banyak dan membutuhkan waktu cukup lama. Tujuan program pengabdian kemitraan yaitu nntuk mengatasi permasa...

History of the Northwest territory celebration and the pioneer caravan of 1937-38

Pelacakan Jarak Untuk Navigasi Gerak Robot

Robots has been applied in industry and also have developed in contest robot conducted at higher ... more Robots has been applied in industry and also have developed in contest robot conducted at higher education in every country all over the world. Robot contest of finder and extinguisher category needs a navigation to find fire, and robot moves from a room to other rooms those have more blockades both a wall and a climb. The movement of this robot must use sensors and tracking distance after the front robot sensor is active, then robot moves back distance of 3 cm and then the robot turns right or left.

Data-Driven Predictive Control Menggunakan Algoritma Nearest Neighbor Untuk Sistem Yang Tidak Stabil

Sebuah sistem dapat dikendalikan dengan baik apabila menggunakan algoritma yang tepat dan handal.... more Sebuah sistem dapat dikendalikan dengan baik apabila menggunakan algoritma yang tepat dan handal. Algorima yang dipakai dalam penelitian ini adalah sebuah teknik data-driven dengan menggunakan Nearest Neighbor sebagai algoritma dalam menentukan input terbaik untuk sistem. Teknik data-driven terbagi dua bagian yaitu matriks database dan vektor informasi. Ketika matriks database telah terbentuk, langkah berikutnya adalah penghitungan vektor informasi secara real-time dibandingkan dengan matriks database tersebut dengan cara penghitungan jarak vektor informasi dan matriks database menggunakan norm. Pada proses pemilihan jarak terdekat menggunakan dua buah pendekatan, yang pertama pendekatan jarak terdekat yang kedua menggunakan aturan-aturan baru. Hasil akhirnya adalah simulasi berupa grafik, penghitungan error dan waktu komputasi. Kata kunci : Data-driven, Nearest Neighbor, Vektor Informasi

Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politeknik Negeri Sriwijaya

ABSTRAK Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politekni... more ABSTRAK Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politeknik Negeri Sriwijaya bertujuan menghasilkan rancangan untuk pembuatan Vidio Animasi 2 dimensi. Dari perancangan yang dilakukan diharapkan menghasilkan rancangan sistematis untuk pembuatan Vidio Animasi 2 dimensi yang bermanfaat bagi program penggalangan dana sosial dari sampah kampus agar dapat diketahui dengan luas melalui media informasi berbasis multimedia digital yang akan dibuat, sehingga masyarakat kampus benar-benar mengetahui adanya kegunaan dari kotak-kotak sumbangan sampah kampus untuk keperluan dana sosial dari menonton vidio animasi 2 dimensi tersebut. Tapi tidak mudah untuk membuat vidio Animasi 2 Dimensi yang keseluruhann prosesnya dikerjakan dengan media komputer. Karena itu diperlukan suatu rancangan yang sistematis dalam pembuatan vidio ini. Dalam perancangan vidino animasi 2 dimensi ini digunakan metode Multimedia Development Life Cycle (MDLC) yang memiliki 6 tahapan y...

Flood Early Warning System with Informational Technology for Reducing Risk of Loss in Sustainability of City

Palembang is divided by Musi-river consisting of two parts of city called Hulu and Hilir. it has ... more Palembang is divided by Musi-river consisting of two parts of city called Hulu and Hilir. it has a height of Musi tide surface about 0.7 m to 2.2 m and average high rainfall 101.48 mm/hrs in a year so that it always happen flood every year. In tackling flood, Palembang goverment has did rehabilition of canals, river dredging, creation of retention ponds, demolition of illegal building on the banks of river and the extension services provided to the public about the cleanliness of the river. In addition in this study, it has been also applied infomational technology to tackle the flood in Palembang as early warning system. The flood early warning system that was built for measuring rainfall and water level, predicting flood condition using fuzzy logic and conveying data containing rainfall, water level and flood condition via short message service to people. In test, it was succesfull measuring water level up to 5 metres and rainfall up to 380 ml/minutes and more, forecasting the flo...

Flexible and Scalable Routing Approach for Mobile Ad Hoc Networks by Function Approximation of Q-Learning

Wireless mobile devices are rapidly spreading to the extent that it is hard to find a person not ... more Wireless mobile devices are rapidly spreading to the extent that it is hard to find a person not exposed to such technology. These devices could be connected directly or indirectly by wireless channels to form a mobile ad hoc network (MANET). Finding a route for flow from a source to a destination in a network is known as routing. Dynamic topology and unstable link states are the main problems facing routing in MANETs. This thesis employs reinforcement learning, namely Q-learning to develop a routing mechanism. Features inspired from the network are used in approximating the Q-function to form a new intelligent routing metric. This way, the routing process concentrates on specific routes instead of network-wide broadcasting. Accordingly, it is possible to achieve flexibility and scalability in routing. Advantages of the proposed routing technique have been highlighted by conducting experiments in two MANETs environments, namely hand-held devices based MANETs and VANETs.

Rancang Bangun Alat Pendeteksi Dini Bencana Tsunami Menggunakan Logika Fuzzy Berdasarkan Getaran Gempa Dan Surut Air Laut

Bencana gempa di laut sering berpotensi tsunami sehingga mengakibatkan korba jiwa karena bencana ... more Bencana gempa di laut sering berpotensi tsunami sehingga mengakibatkan korba jiwa karena bencana tsunami belum terukur dengan akurat jika suatu gempa terjadi di laut berpotensi tsunami atau tidak. Masalah ini dapat diatasi dengan membuat alat mendeteksi bencana tsunami lebih dini dengan menanamkan logika fuzzy untuk menentukan potensi tsunami atau tidak. Pembuatan dan Pengujian alat ini berdasarkan dua masukan getaran dan surut air laut dari bibir pantai. Hasil pengujian adalah getaran lemah dan air laut surut sejauh 800 m potensi aman tsunami, getaran sedang dan air laut surut 200 m potensi aman tetapi getaran sedang, air laut surut 600 m berpotensi tsunami, getaran kuat dengan air laut surut sampai 600 m berpotensi tsunami dan tsunami.

Telemetry Design Accuracy of Patient’s Temperature With IoT Approach

Health is a good condition of body, soul, and society for someone who lives healthy. The examinat... more Health is a good condition of body, soul, and society for someone who lives healthy. The examination of vital signs on the patient's body is to determine a person's health. Temperature is a biological parameter and a major factor in vital signs that must be checked. Taking the patient's temperature poses the risk of transmitting infectious diseases through direct contact. It is now possible to develop a way to measure patient temperature remotely by applying the Internet of Things (IoT) technology to avoid direct contact. This research has focused on the design of remote patient temperature measurement by integrating IoT technology. The IoT technology that has been applied is a wi-fi network that is connected to a medical or paramedical smartphone. An application of a smartphone that is built is a telegram application. The results for the accuracy of the error and the percent error rate of the designed device versus a digital gun thermometer are 0.09 and 0.248%, respectively. It has been proven that temperature telemetry devices have worked well.

Designing a Sun Tracker on Maximum Energy Point by Fuzzy Logic

Solar energy is a renewable energy, clean and friendly environment and has been found very large ... more Solar energy is a renewable energy, clean and friendly environment and has been found very large in the world. The use of solar energy makes it possible to convert them into electrical energy efficiently enough. The amount of maximum solar energy can be determined by tracking the sun as a controller that follows the sun movement trajectory by a panel of photovoltaic (PV). Solar tracker followed PV panel must be really precise so that the system that captures sunlight can provide the right data to the controller as well. The aim of this controller system follows the sun at the point of maximum energy that is supported by fuzzy logic to drive the PV panel. Fuzzy logic created and implemented into a system is as an intelligent controller. This intelligent controller gets the data input of sunlight to be converted into digital signals consisting of four digits, the data digits are a digit position of the sun. Four digits are divided two parts namely the two east-west digits and two nort...

Design of flood early warning system with wifi network based on smartphone

AIP Conference Proceedings, 2017

Design and field test equipment of river water level detection based on ultrasonic sensor and SMS... more

Prototype Design of CO2, CH4 and SO2 Toxic Gas Detectors in the Room Using Microcontroller-Based Fuzzy Logic

Journal of Physics: Conference Series, 2020

This study discusses how to design a prototype of a CO2, CH4 and SO2 gas detector in the room usi... more This study discusses how to design a prototype of a CO2, CH4 and SO2 gas detector in the room using three MQ135, MQ136 and MQ7 gas sensors. CO2, CH4 and SO2 gases are types of gases that are categorized as dangerous to humans if they are often exposed directly and have an impact on the health of the person and can cause death if they are too often exposed to these three gases. CO2, CH4 and SO2 are generated from gases coming out of a vacuum, a volcanic area containing sulfur sulfur levels. The human health impacts exposed cause acute respiratory problems. The research made prototype of CO2, CH4 and S02 toxin detectors equipped with three sensors. This device developed a sensor that is used to detect gas in closed air using a gas sensor by adding a gas pollutant suction system to the three sensors of various types based on the level of gas sensitivity. The results of testing the CO2, CH4 and SO2 gas gauges using the fire extinguisher test, residual manure, peat and sulfur powder usin...

Design of Indoor Room Gas CO and SO2 Detection Based on Microcontroller Using Fuzzy Logic

E3S Web of Conferences, 2019

The incidence of poisoning due to carbon monoxide gas arising from drilling activities on the fir... more The incidence of poisoning due to carbon monoxide gas arising from drilling activities on the first floor of a building in the Kelapa Gading beauty clinic in Jakarta resulted in 17 people experiencing poisoning. In this study developing a device on the sensor used to detect CO and SO2 gas, in the air of a closed room using gas sensor MQ 135 and MQ 136. The results of testing the CO and SO2 gas gauges using samples of cigarette smoke and sulfur powder using MQ 135 and MQ 136 sensors with fuzzy rule base logic for motor speed to produce CO and SO2 gas, that obtained a value of 0.233 ppm SO2 gas safe conditions and gas input CO with the sensor obtained a value of 0.513 ppm, the condition is safe so that the output is 49.8 ppm, the condition of the fan blower does not rotate. Whereas when the reading value of 5.0 ppm is very concentrated and the CO gas input with the sensor is 13.8 ppm the condition is very concentrated producing an output of 228 ppm the very danger.

Study on implementation of flood early warning system with internet of things in peri-urban settlement of Palembang for sustainability

IOP Conference Series: Earth and Environmental Science, 2018

Community role is very important to solve flood by developing flood early warning system using In... more Community role is very important to solve flood by developing flood early warning system using Internet of Things namely combining a SMS gateway and a wi-fi network module. This research is about a study of both modules and community's response to system applied or not in peri-urban settlement of Palembang for sustainability. The conducted methodology is identification of strengths and weaknesses of some variables and community's responses of two system. Survey resulted that community needs flood early warning system with information technology using SMS to prevent flood risk impact and sustainability.

A Flood Early Warning System Design Based on Water Level Using Fuzzy Logic and Short Message Service Gateway

Advanced Science Letters, 2017

Implementation of Dangerous Gas Detection Equipment Co Security on Cars Using Fuzzy Logic Smartphone with Information and Data Logger

Advanced Science Letters, 2017

Penerapan Logika Fuzzy dan Pulse Width Modulation untuk Sistem Kendali Kecepatan Robot Line Follower

Jurnal INKOM, 2015

Satu kendala robot line follower (LF) yaitu kendali kecepatan putaran saat belok mengikuti garis ... more Satu kendala robot line follower (LF) yaitu kendali kecepatan putaran saat belok mengikuti garis belok tajam, belok sedang, belok sedikit, dan tidak ada garis. Kendala tersebut adalah robot LF selalu menggerakkan satu roda saja kiri atau kanan dengan kecepatan maksimum. Kendala ini diatasi dengan menerapkan logika fuzzy untuk mengkomputasi nilai on/off motor saat belokan garis tajam, belokan sedang, dan sedikit. Selanjutnya penerapan Pulse Width Modulation untuk mengatur sinyal lamanya waktu on/off motor. Pengujian dengan sudut 900 dan 450 menghasilkan satu rodakecepatan maksimum, satu roda lagi mengalami dua kecepatan 14,5 % dan 43,1 % dari maksimum. Pengujian sudut 100 satu roda kecepatan maksimum dan satu roda 43,1% dari maksimum.

Implementasi Kinerja Mesin Pemotong Kemplang Khas Palembang Berbasis Teknologi Internet Of Things (IOT)

Prosiding Konferensi Nasional Pengabdian Kepada Masyarakat dan Corporate Social Responsibility (PKM-CSR), 2019

Palembang adalah kota yang mempunyai sejarah kerajaan Sriwijaya yang sangat terkenal. Diantaranya... more Palembang adalah kota yang mempunyai sejarah kerajaan Sriwijaya yang sangat terkenal. Diantaranya peninggalan budaya dan wisata kulinernya yang bermacam-macam yang sampai sekarang masih dilestarikan yaitu wisata kulinernya. Salah satu kuliner yaitu kerupuk kemplang. Saat ini pengusaha pembuat kemplang ikan masih banyak menggunakan cara tradisional menggunakan pisau manual dan pirikan kuningan, dengan beragam besar lubang dan potonganya yang tidak sama. Fenomena seperti ini juga dilakukan oleh mitra program DPTM yaitu Mitra (1) Usaha Kerupuk Kemplang “Lebak keranji; Mitra(2) Usaha Kerupuk Kemplang “Matahari 222” di jalan Lunjuk Jaya Bukit Besar Palembang. Beberapa kendala yang dihadapi usaha kerupuk kemplang ke 2(dua) mitra adalah belum adanya mesin pemotong hasil olahan adonan tepung dan ikan untuk pemotongan bahan kerupuk kemplang ikan sehingga memerlukan tenaga pengrajin yang banyak dan membutuhkan waktu cukup lama. Tujuan program pengabdian kemitraan yaitu nntuk mengatasi permasa...

History of the Northwest territory celebration and the pioneer caravan of 1937-38

Pelacakan Jarak Untuk Navigasi Gerak Robot

Robots has been applied in industry and also have developed in contest robot conducted at higher ... more Robots has been applied in industry and also have developed in contest robot conducted at higher education in every country all over the world. Robot contest of finder and extinguisher category needs a navigation to find fire, and robot moves from a room to other rooms those have more blockades both a wall and a climb. The movement of this robot must use sensors and tracking distance after the front robot sensor is active, then robot moves back distance of 3 cm and then the robot turns right or left.

Data-Driven Predictive Control Menggunakan Algoritma Nearest Neighbor Untuk Sistem Yang Tidak Stabil

Sebuah sistem dapat dikendalikan dengan baik apabila menggunakan algoritma yang tepat dan handal.... more Sebuah sistem dapat dikendalikan dengan baik apabila menggunakan algoritma yang tepat dan handal. Algorima yang dipakai dalam penelitian ini adalah sebuah teknik data-driven dengan menggunakan Nearest Neighbor sebagai algoritma dalam menentukan input terbaik untuk sistem. Teknik data-driven terbagi dua bagian yaitu matriks database dan vektor informasi. Ketika matriks database telah terbentuk, langkah berikutnya adalah penghitungan vektor informasi secara real-time dibandingkan dengan matriks database tersebut dengan cara penghitungan jarak vektor informasi dan matriks database menggunakan norm. Pada proses pemilihan jarak terdekat menggunakan dua buah pendekatan, yang pertama pendekatan jarak terdekat yang kedua menggunakan aturan-aturan baru. Hasil akhirnya adalah simulasi berupa grafik, penghitungan error dan waktu komputasi. Kata kunci : Data-driven, Nearest Neighbor, Vektor Informasi

Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politeknik Negeri Sriwijaya

ABSTRAK Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politekni... more ABSTRAK Perancangan Video Animasi 2 Dimensi Penggalangan Dana Sosial Dari Sampah Kampus Politeknik Negeri Sriwijaya bertujuan menghasilkan rancangan untuk pembuatan Vidio Animasi 2 dimensi. Dari perancangan yang dilakukan diharapkan menghasilkan rancangan sistematis untuk pembuatan Vidio Animasi 2 dimensi yang bermanfaat bagi program penggalangan dana sosial dari sampah kampus agar dapat diketahui dengan luas melalui media informasi berbasis multimedia digital yang akan dibuat, sehingga masyarakat kampus benar-benar mengetahui adanya kegunaan dari kotak-kotak sumbangan sampah kampus untuk keperluan dana sosial dari menonton vidio animasi 2 dimensi tersebut. Tapi tidak mudah untuk membuat vidio Animasi 2 Dimensi yang keseluruhann prosesnya dikerjakan dengan media komputer. Karena itu diperlukan suatu rancangan yang sistematis dalam pembuatan vidio ini. Dalam perancangan vidino animasi 2 dimensi ini digunakan metode Multimedia Development Life Cycle (MDLC) yang memiliki 6 tahapan y...

Flood Early Warning System with Informational Technology for Reducing Risk of Loss in Sustainability of City

Palembang is divided by Musi-river consisting of two parts of city called Hulu and Hilir. it has ... more Palembang is divided by Musi-river consisting of two parts of city called Hulu and Hilir. it has a height of Musi tide surface about 0.7 m to 2.2 m and average high rainfall 101.48 mm/hrs in a year so that it always happen flood every year. In tackling flood, Palembang goverment has did rehabilition of canals, river dredging, creation of retention ponds, demolition of illegal building on the banks of river and the extension services provided to the public about the cleanliness of the river. In addition in this study, it has been also applied infomational technology to tackle the flood in Palembang as early warning system. The flood early warning system that was built for measuring rainfall and water level, predicting flood condition using fuzzy logic and conveying data containing rainfall, water level and flood condition via short message service to people. In test, it was succesfull measuring water level up to 5 metres and rainfall up to 380 ml/minutes and more, forecasting the flo...

Flexible and Scalable Routing Approach for Mobile Ad Hoc Networks by Function Approximation of Q-Learning

Wireless mobile devices are rapidly spreading to the extent that it is hard to find a person not ... more Wireless mobile devices are rapidly spreading to the extent that it is hard to find a person not exposed to such technology. These devices could be connected directly or indirectly by wireless channels to form a mobile ad hoc network (MANET). Finding a route for flow from a source to a destination in a network is known as routing. Dynamic topology and unstable link states are the main problems facing routing in MANETs. This thesis employs reinforcement learning, namely Q-learning to develop a routing mechanism. Features inspired from the network are used in approximating the Q-function to form a new intelligent routing metric. This way, the routing process concentrates on specific routes instead of network-wide broadcasting. Accordingly, it is possible to achieve flexibility and scalability in routing. Advantages of the proposed routing technique have been highlighted by conducting experiments in two MANETs environments, namely hand-held devices based MANETs and VANETs.

Rancang Bangun Alat Pendeteksi Dini Bencana Tsunami Menggunakan Logika Fuzzy Berdasarkan Getaran Gempa Dan Surut Air Laut

Bencana gempa di laut sering berpotensi tsunami sehingga mengakibatkan korba jiwa karena bencana ... more Bencana gempa di laut sering berpotensi tsunami sehingga mengakibatkan korba jiwa karena bencana tsunami belum terukur dengan akurat jika suatu gempa terjadi di laut berpotensi tsunami atau tidak. Masalah ini dapat diatasi dengan membuat alat mendeteksi bencana tsunami lebih dini dengan menanamkan logika fuzzy untuk menentukan potensi tsunami atau tidak. Pembuatan dan Pengujian alat ini berdasarkan dua masukan getaran dan surut air laut dari bibir pantai. Hasil pengujian adalah getaran lemah dan air laut surut sejauh 800 m potensi aman tsunami, getaran sedang dan air laut surut 200 m potensi aman tetapi getaran sedang, air laut surut 600 m berpotensi tsunami, getaran kuat dengan air laut surut sampai 600 m berpotensi tsunami dan tsunami.

Telemetry Design Accuracy of Patient’s Temperature With IoT Approach

Health is a good condition of body, soul, and society for someone who lives healthy. The examinat... more Health is a good condition of body, soul, and society for someone who lives healthy. The examination of vital signs on the patient's body is to determine a person's health. Temperature is a biological parameter and a major factor in vital signs that must be checked. Taking the patient's temperature poses the risk of transmitting infectious diseases through direct contact. It is now possible to develop a way to measure patient temperature remotely by applying the Internet of Things (IoT) technology to avoid direct contact. This research has focused on the design of remote patient temperature measurement by integrating IoT technology. The IoT technology that has been applied is a wi-fi network that is connected to a medical or paramedical smartphone. An application of a smartphone that is built is a telegram application. The results for the accuracy of the error and the percent error rate of the designed device versus a digital gun thermometer are 0.09 and 0.248%, respectively. It has been proven that temperature telemetry devices have worked well.

Designing a Sun Tracker on Maximum Energy Point by Fuzzy Logic

Solar energy is a renewable energy, clean and friendly environment and has been found very large ... more Solar energy is a renewable energy, clean and friendly environment and has been found very large in the world. The use of solar energy makes it possible to convert them into electrical energy efficiently enough. The amount of maximum solar energy can be determined by tracking the sun as a controller that follows the sun movement trajectory by a panel of photovoltaic (PV). Solar tracker followed PV panel must be really precise so that the system that captures sunlight can provide the right data to the controller as well. The aim of this controller system follows the sun at the point of maximum energy that is supported by fuzzy logic to drive the PV panel. Fuzzy logic created and implemented into a system is as an intelligent controller. This intelligent controller gets the data input of sunlight to be converted into digital signals consisting of four digits, the data digits are a digit position of the sun. Four digits are divided two parts namely the two east-west digits and two nort...

Design of flood early warning system with wifi network based on smartphone

AIP Conference Proceedings, 2017

Design and field test equipment of river water level detection based on ultrasonic sensor and SMS... more

Prototype Design of CO2, CH4 and SO2 Toxic Gas Detectors in the Room Using Microcontroller-Based Fuzzy Logic

Journal of Physics: Conference Series, 2020

This study discusses how to design a prototype of a CO2, CH4 and SO2 gas detector in the room usi... more This study discusses how to design a prototype of a CO2, CH4 and SO2 gas detector in the room using three MQ135, MQ136 and MQ7 gas sensors. CO2, CH4 and SO2 gases are types of gases that are categorized as dangerous to humans if they are often exposed directly and have an impact on the health of the person and can cause death if they are too often exposed to these three gases. CO2, CH4 and SO2 are generated from gases coming out of a vacuum, a volcanic area containing sulfur sulfur levels. The human health impacts exposed cause acute respiratory problems. The research made prototype of CO2, CH4 and S02 toxin detectors equipped with three sensors. This device developed a sensor that is used to detect gas in closed air using a gas sensor by adding a gas pollutant suction system to the three sensors of various types based on the level of gas sensitivity. The results of testing the CO2, CH4 and SO2 gas gauges using the fire extinguisher test, residual manure, peat and sulfur powder usin...

Design of Indoor Room Gas CO and SO2 Detection Based on Microcontroller Using Fuzzy Logic

E3S Web of Conferences, 2019

The incidence of poisoning due to carbon monoxide gas arising from drilling activities on the fir... more The incidence of poisoning due to carbon monoxide gas arising from drilling activities on the first floor of a building in the Kelapa Gading beauty clinic in Jakarta resulted in 17 people experiencing poisoning. In this study developing a device on the sensor used to detect CO and SO2 gas, in the air of a closed room using gas sensor MQ 135 and MQ 136. The results of testing the CO and SO2 gas gauges using samples of cigarette smoke and sulfur powder using MQ 135 and MQ 136 sensors with fuzzy rule base logic for motor speed to produce CO and SO2 gas, that obtained a value of 0.233 ppm SO2 gas safe conditions and gas input CO with the sensor obtained a value of 0.513 ppm, the condition is safe so that the output is 49.8 ppm, the condition of the fan blower does not rotate. Whereas when the reading value of 5.0 ppm is very concentrated and the CO gas input with the sensor is 13.8 ppm the condition is very concentrated producing an output of 228 ppm the very danger.

Study on implementation of flood early warning system with internet of things in peri-urban settlement of Palembang for sustainability

IOP Conference Series: Earth and Environmental Science, 2018

Community role is very important to solve flood by developing flood early warning system using In... more Community role is very important to solve flood by developing flood early warning system using Internet of Things namely combining a SMS gateway and a wi-fi network module. This research is about a study of both modules and community's response to system applied or not in peri-urban settlement of Palembang for sustainability. The conducted methodology is identification of strengths and weaknesses of some variables and community's responses of two system. Survey resulted that community needs flood early warning system with information technology using SMS to prevent flood risk impact and sustainability.

A Flood Early Warning System Design Based on Water Level Using Fuzzy Logic and Short Message Service Gateway

Advanced Science Letters, 2017

Implementation of Dangerous Gas Detection Equipment Co Security on Cars Using Fuzzy Logic Smartphone with Information and Data Logger

Advanced Science Letters, 2017

Penerapan Logika Fuzzy dan Pulse Width Modulation untuk Sistem Kendali Kecepatan Robot Line Follower

Jurnal INKOM, 2015

Satu kendala robot line follower (LF) yaitu kendali kecepatan putaran saat belok mengikuti garis ... more Satu kendala robot line follower (LF) yaitu kendali kecepatan putaran saat belok mengikuti garis belok tajam, belok sedang, belok sedikit, dan tidak ada garis. Kendala tersebut adalah robot LF selalu menggerakkan satu roda saja kiri atau kanan dengan kecepatan maksimum. Kendala ini diatasi dengan menerapkan logika fuzzy untuk mengkomputasi nilai on/off motor saat belokan garis tajam, belokan sedang, dan sedikit. Selanjutnya penerapan Pulse Width Modulation untuk mengatur sinyal lamanya waktu on/off motor. Pengujian dengan sudut 900 dan 450 menghasilkan satu rodakecepatan maksimum, satu roda lagi mengalami dua kecepatan 14,5 % dan 43,1 % dari maksimum. Pengujian sudut 100 satu roda kecepatan maksimum dan satu roda 43,1% dari maksimum.