PENGARUH JARAK TERHADAP KUALITAS GAMBAR DALAM PENGIRIMAN CITRA DIGITAL MELALUI JARINGAN WIRELESS PADA KAMERA LS Y201

Zhulfa Arif Hidayat, Denny Dermawan, Nurcahyani Dewi Retnowati

Submitted : 2016-12-22, Published : .

Abstract

Digital image was needed us a medium of information that can be transmitted by cable or wireless media. To obtain digital images must use a tool such as a camera. Users can use the camera to get a digital image with the remote sensing method on an object in a particular place. In the daily activities, users can take advantages of the digital image (pictures or video) that are useful for media documentation, monitoring system in somewhere and others. The design of this tool using LS_Y201
camera to capture a digital image and wireless as a data transmission media. In this case a wireless media use Ultra High Frequency transmitter and receiver that support for remote sensing. Users run the tool through an application that is connected with a wireless media. This application is designed by
Delphi7. Applications and wireless camera was made for simulation media of remote sensing and monitoring system in the blank spot area. The test result of applications and tools that use the Ultra High Frequency (wireless), can be viewed from a computer interface. In this case, the signal strength of
the transmitter greatly affect the maximum distance that can be taken to make capture process. The test results are as follows: the best results at a distance of 10 meters = 011110102 (12210); distance of 20 meters = 011100112 (11510); distance of 30 meters = 011110102 (12210); distance of 40 meters =
011011112 (11110); distance of 50 meters = 011100102 (11410). So the best distance to digital images transmission through a wireless networks are at a distance of 40 meters.

References

Ahmad Balza, 2011. Pemrograman Delphi untuk Aplikasi Mesin Visi Menggunakan Webcam. Graha Media : Yogyakarta.

Charibaldi Novrido, Dessyanto Boedi Prasetyo, Jatu Wiedyasari, 2009. Aplikasi Kamera Video untuk Pemantau Keadaan Suatu Ruangan. Prosiding ISSN 1979-2328. Seminar Nasional Informatika 2009. UPN Veteran Yogyakarta : Yogyakarta.

Fadlisyah Rizal, 2011. Pemrograman Computer Vision pada Video Menggunakan Delphi + Vision Lab VCL 4.0.1. Graha Ilmu : Yogyakarta.

Hantoro Gunadi Dwi, 2009. WIFI(Wireless LAN) Jaringan Komputer Tanpa Kabel. Informatika :Bandung.

Kurniawan, W., Dermawan, D., & Indrianingsih, Y. (2012). Perancangan Aplikasi untuk Peralatan Pemantau Suhu Menggunakan Radio Frequency (Rf). Compiler, 1(2).

Putra Samuel Mahatma, Handoko, Rika Mandasari, Bino Pramana Bestari, 2010. Analisis dan Perancangan Aplikasi Monitoring IP Camera Menggunakan Protokol HTTP pada Mobile Phone.Prosiding ISSN 1907-5022. Seminar Nasional Aplikasi Teknologi Informasi 2010. Yogyakarta, 19 Juni 2010 : Yogyakarta.

Sukriansyah Edi, Hubbul Walidainy, Nasaruddin, 2012. Sistem Monitoring dan Informasi Peringatan Tsunami Berbasis Wireless UHF Camera dan Wireless IP Camera. Prosiding ISSN 2088-9984. Seminar Nasional dan Ekspo Teknik Elektro 2012 : Medan.

Sulistiyanti S. Ratna, Warsito, Andi Darmawan, 2008. Rancang Bangun Model Sistem Pemantauan Tinggi Muka Air Sungai Menggunakan Telemetri Radio . Jurnal Rekayasa dan Teknologi Elektro Volume 2, Nomor 1, Januari 2008 Universitas Lampung : Lampung.

Sulistiyanto Debby Wahyu, 2012. Sistem Aplikasi Monitoring Ruangan Berbasis Webcam. Compiler. Vol 2. No 1. 2013

Syafrizal Melwin, 2005. Pengantar Jaringan Komputer. Andi Offset : Yogyakarta.

http://dx.doi.org/10.28989/compiler.v2i2.57

Article Metrics

Abstract view: 667 times
Download     : 640   times

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.

Refbacks

  • There are currently no refbacks.