Image transmission using visible light communication in data communication

Abstract

The development of network communication technology is currently emerging rapidly, one of which is the use of LED lights that are not only used as lighting in the room but can also be used as a medium of data communication between users through light media. VLC is the latest innovation in the field of data communication that is currently being developed where light media is used in the process of sending data. The simulation of sending data using VLC can be done on the transmitter and receiver side by using Visual Studio application as an application that can visualize the process of sending data. By using this system, the process of sending data can be seen bit by bit so that the success rate of sending data can be easily seen by the user. system used Arduino Uno as microprocessor. From the test results obtained the success rate of displaying images sent by the transmitter is 100% with a maximum distance of 50 cm with an image capacity of 20 KB with a delivery time of approximately 30 minutes.

Suport visual details of X-ray image with plain information

“…Retrieved image with conclusion matrix for CBIR lung image The proposed IICBMergeFS shows better accuracy rates on all the classifiers than the other feature selection techniques. However, [22] the maximum accuracy rate is registered as 97.24 percent, which is shown by IICBMergeFS in combination with CNN classifier [23]. The second better suitable classifier to the proposed IICBMergeFS technique is [24], [25].…”

Implementation of a Full-Duplex Visible Light Communication System

“…However, the low performance, the high implementation cost, and the high degree of complexity of some prototypes presented above are shortcomings in their replication and diffusion. Furthermore, each of these previous authors designed their prototypes only for the transmission of text messages [7,37] and some multimedia files including video files [14,26], audio files [14,45,36,17], and image files [40,39,8,48,51,11,43,44]. As a result, the application scope of their prototypes is limited.…”