A preliminary study: Implementation and QoS analysis of dynamic telecytology system on broadband and 3G/4G network in Indonesia

Nowadays major interest in the field of Dynamic Telecytology is growing rapidly. The need of the pathologist to analyze the specimens remotely both hardware and software[1][2]. Therefore, authors are trying to do a study to examine the Quality of Service (QoS) feasibility of the Telecytology system using Wireshark, Essential NetTools and Ping Plotter. This research was conducted in Greater Jakarta, Indonesia. There are 2 (two) systems that will be examined for this research. The first system is the Raspberry Pi 2 and WebCam. The second system is the Android smartphone and Universal Microscope Adapter. The purpose of this study is to prove that the Telecytology system can be implemented by displaying images captured by a microscope and displayed at a remote location with an image resolution, frame rate, delay, latency, jitter, throughput and Mean Opinion Score (MOS) are desired and with the expectations as follow : The minimum of the video image resolution is at least 320 × 240 pixels, the best frame rate is 30 fps, the latency is below 400 ms, the packet loss is below 1%. The value of MOS are between 3 and 4, expected to prove that the system is feasible to be applied on Broadband and 3G/4G network in Indonesia.