{"title":"Pengaruh Jarak Transmitter Dan Receiver Terhadap Performasi Modul HC12 Pada Prototipe LSM (Landslide Smart Mitigation)","authors":"Kusumawati DWI LESTARI, M. Madlazim","doi":"10.26740/ifi.v9n1.p15-19","DOIUrl":null,"url":null,"abstract":"Abstrak \nPengiriman data melalui modul wireless dipilih pada perangkat prototipe karena lebih efisien dan cepat dalam transmisi data dengan jangkauan jarak tertentu. Selain itu, pengiriman dari transmitter ke receiver pada prototipe LSM dapat menampilkan hasil deteksi secara real time. Metode yang digunakan untuk analisis kinerja pengiriman data modul HC12 pada prototipe LSM adalah metode eksperimen. Pengujian dilakukan dengan memanipulasi jarak dari transmitter ke recaiver setiap perubahan 50m. Parameter nilai deteksi sensor soil moisture dan potensiometer slider dikontrol pada nilai tertentu. Hasil yang didapatkan pada pengujian modul wireless HC12 pada prototipe LSM adalah ketika jarak antara transmitter dan receiver ≥750m, maka receiver (papan informasi digital) tidak dapat menampilkan nilai deteksi sensor sekaligus warning system. Hal ini dikarenakan adanya redaman dan juga noise pada saat penguijian performansi modul HC12 berlangsung. Akan teteapi, modul wireless HC12 lebih tepat dijadikan sebagai perangkat pengiriman data dari transmitter ke receiver pada prototipe LSM untuk monitoring bencana tanah longsor dibandingkan perangkat modul wireless yang lainnya. Sehingga, pemantauan dapat dilakukan secara cepat, akurat, dan real time untuk dapat mengurangi kerugian material dan korban jiwa. \nKata kunci: modul wireless HC12; jarak transmisi; loss data \nAbstract \nTransmission of data via wireless module was chosen on prototype devices due to its efficiency and speed in transmitting data with a certain distance range. Additionally, transmitter dispatch to the receiver on a prototype of LSM can display the detection results in real time. The HC12 module on the LSM prototype is an experimental method. System evaluation was tested by manipulating the distance from the transmitter to the receiver every 50m. The parameters of the detection value of the soil moisture sensor and potentiometer slider are controlled at a certain value. The results of the HC12 wireless module evaluation on the prototype LSM are when the distance between the transmitter and the receiver ≥750m, the receiver (digital information board) cannot display the sensor detection value as well as the warning system. This is due to the attenuation and also noise during the performance measurement of the HC12 module. But the HC12 wireless module is more appropriate was used as a data transmission device from the transmitter to the receiver on the LSM prototype for monitoring landslides compared to other wireless module devices. Thus, monitoring can be done quickly, accurately, and in real time to be able to reduce material losses and casualties. \nKey words: HC12 wireless module; transmission distance; data loss","PeriodicalId":56254,"journal":{"name":"Inovasi Fisika Indonesia","volume":" ","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2020-01-14","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Inovasi Fisika Indonesia","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.26740/ifi.v9n1.p15-19","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Abstrak
Pengiriman data melalui modul wireless dipilih pada perangkat prototipe karena lebih efisien dan cepat dalam transmisi data dengan jangkauan jarak tertentu. Selain itu, pengiriman dari transmitter ke receiver pada prototipe LSM dapat menampilkan hasil deteksi secara real time. Metode yang digunakan untuk analisis kinerja pengiriman data modul HC12 pada prototipe LSM adalah metode eksperimen. Pengujian dilakukan dengan memanipulasi jarak dari transmitter ke recaiver setiap perubahan 50m. Parameter nilai deteksi sensor soil moisture dan potensiometer slider dikontrol pada nilai tertentu. Hasil yang didapatkan pada pengujian modul wireless HC12 pada prototipe LSM adalah ketika jarak antara transmitter dan receiver ≥750m, maka receiver (papan informasi digital) tidak dapat menampilkan nilai deteksi sensor sekaligus warning system. Hal ini dikarenakan adanya redaman dan juga noise pada saat penguijian performansi modul HC12 berlangsung. Akan teteapi, modul wireless HC12 lebih tepat dijadikan sebagai perangkat pengiriman data dari transmitter ke receiver pada prototipe LSM untuk monitoring bencana tanah longsor dibandingkan perangkat modul wireless yang lainnya. Sehingga, pemantauan dapat dilakukan secara cepat, akurat, dan real time untuk dapat mengurangi kerugian material dan korban jiwa.
Kata kunci: modul wireless HC12; jarak transmisi; loss data
Abstract
Transmission of data via wireless module was chosen on prototype devices due to its efficiency and speed in transmitting data with a certain distance range. Additionally, transmitter dispatch to the receiver on a prototype of LSM can display the detection results in real time. The HC12 module on the LSM prototype is an experimental method. System evaluation was tested by manipulating the distance from the transmitter to the receiver every 50m. The parameters of the detection value of the soil moisture sensor and potentiometer slider are controlled at a certain value. The results of the HC12 wireless module evaluation on the prototype LSM are when the distance between the transmitter and the receiver ≥750m, the receiver (digital information board) cannot display the sensor detection value as well as the warning system. This is due to the attenuation and also noise during the performance measurement of the HC12 module. But the HC12 wireless module is more appropriate was used as a data transmission device from the transmitter to the receiver on the LSM prototype for monitoring landslides compared to other wireless module devices. Thus, monitoring can be done quickly, accurately, and in real time to be able to reduce material losses and casualties.
Key words: HC12 wireless module; transmission distance; data loss
通过无线模块选择在原型设备上的抽象数据传输,因为它在特定距离内的数据传输中更有效、更快。此外,在非政府组织原型上从发射器发送到接收器可以实时显示检测结果。用于分析非政府组织原型上的HC12数据传输性能的方法是实验方法。测试是通过操纵发射器到recaiver的距离进行的,每次变化50米。传感器检测值参数的soil湿度和滑块电位表控制在特定的值。HC12无线模块测试得到的结果对非政府组织的原型是当发射器和接收器之间的距离≥750m,接收器(数字信息板)不可以同时显示检测传感器值警告系统。这是由于演出HC12模块持续不断的阻尼和噪声。在这个视频中,HC12无线模块更准确地被用作一种数据传输工具,从发射器到非政府组织原型上的接收器,监测山体滑坡,而不是任何其他无线模块。因此,监测可以迅速、准确和实时地进行,以减少物质损失和人员伤亡。关键词:HC12无线模块;传输距离;丢失的无线模块的数据传输被选择在其effiency和速度的数据传输中,其距离确定为一段距离。另外,在非政府组织原型上向接收器发送信息,可以实时显示勘探结果。HC12模块的原型是一种实验方法。系统评估是通过每50米从发射器到接收器的距离来测试的。轨道传感器的探测值和电位计被控制在一个确定的点值上。HC12无线模块调查员on The results》原型非政府组织是《发射器与接收器之间的距离的时候,≥750m,《接收器(数码资讯网board)《detection传感器价值as well as显示屏不能警告系统。这在HC12模块的表演中是值得关注的。但是HC12无线模块越来越接近,它被用作一种数据传输装置,从发射器传送到非政府组织原型的接收器,其目的是监测其他无线模块。因此,监测可以迅速完成,准确,并在实时时间可以减少损失和伤亡。关键字:HC12无线模块;传输距离;数据丧失