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@article{175014,
        author = {Rekha P, Vishalakshi V, Chamaraju Y S and Vishalakshi V and Chamaraju Y S},
        title = {Transmission of High Bandwidth Data and Images with Integrated real-time Data Densification using a Scalable Network Model},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {3},
        number = {7},
        pages = {229-235},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=175014},
        abstract = {Our civilization is increasingly reliant on the transmission and receipt of massive volumes of data across serial connections with ever-increasing bit rates. Even when contemporary serial buses with high data rates are utilized, the frame rate possible in imaging systems is frequently restricted by the serial link between a camera and a host. This article describes a scalable connection system with a bandwidth and interface standard that can be readily customized to fit a specific application. The scalable serial connection technique has been enhanced with lossless data compression, with the goal of boosting dataflow at a fixed bit rate. The compression mechanism is included into the scalable transceivers, giving a complete solution for effective data transfer over a range of interfaces. The system is entirely constructed on an FPGA, utilizing a totally hardware-based architecture. The system was implemented and tested using a Terasic DE4 board, with Quartus-II software and design and debugging tools. The impact of compressing the image and conveying the compressed data over parallel lines is comparable to that of compressing the same image within a single core with a greater compression ratio, which in this system ranges between 7.5 and 126.8.},
        keywords = {Bandwidth, Scalable network, Real-time data, Images, Serial buses.},
        month = {April},
        }