Image Transmission on Wireless Visual Sensor Networking Devices Imote2 Platform Based on IEEE 802.15.4 ZigBee Embedded Linux

Notes

• This is my English translated final project as a requirement for my undergraduate graduation in the Electrical Engineering Department, Faculty of Engineering, Udayana University. However, this Final Project is only deposited in the Udayana University library and has never been published anywhere else and I hold the full copyright and it has been 6 years since this Final Project was written. Therefore, I declare that this Final Project is open, may be copied, may be republished, and may be sold, provided that you mention my name as the original author and state that this report is open in this link (customized CC-BY-SA).
• This final project has been approved by my two supervisors, namely Dr. I Made Oka Widyantara, ST., MT. and I Gst A. Komang Diafari Djuni H, ST., MT. as well as the three examiners Dr. Gede Sukadarmika, ST., MSc., Widyadi Setiawan, ST., MT., And NMAE Dewi Wirastuti, S.T., M.Sc., Ph.D. This final project is also a topic given by Dr. Nyoman Putra Sastra who should have been my main supervisor, but at that time he was continuing his studies where this final project was part of his doctoral dissertation.
• Slide: Slide Share
• Source Code: Github

Abstract

In recent years, the wireless sensor network (JSN) has provided breakthroughs in the field of monitoring from monitoring rainfall in gardens to monitoring heart rate in the health sector. This technology is known for its very low and simple energy consumption, and is currently being developed so that it can operate without a power source, but instead uses the available ambient energy such as using the energy input of a TV station’s electromagnetic waves. JSN initially focused on data that could be sent at a low bit rate channel capacity. In this research, it is more to JSN with a higher bit rate channel capacity in order to transmit multimedia data specifically here is image transmission, so that the term JSN can be reduced to a wireless visual sensor network (JSVN). The platform used is Imote2 with a radio based on IEEE 802.15.4 ZigBee and the main characteristic of this research is implementing an embedded Linux system, which has never been done before. So far, there are no publications that describe the image transmission scheme in Imote2 Linux, in other words there is no…