Binary Synchronous Transmission (BST) refers to a widely employed data communication protocol that enables the reliable and accurate transmission of digital data between computers or electronic devices. It is based on a synchronous mode of data transfer, ensuring that data is exchanged at a fixed rate and timings between the sender and receiver.
BST follows a binary encoding scheme, which means that data is represented in the form of binary digits (bits) consisting of ones and zeros. By using precise synchronization techniques, this protocol ensures that data is transmitted in a stable and accurate manner, even in the presence of noise or interference.
One of the key features of BST is the use of control characters, which are special bit patterns inserted into the transmitted data stream. These control characters help in the synchronization and error detection processes, allowing the receiver to identify the start and end of data frames, as well as detect and correct any errors that might have occurred during transmission.
BST enables efficient and error-free communication between devices by employing mechanisms such as checksums and acknowledgments to confirm the successful delivery of data. It is commonly used in various applications, including telecommunications, computer networks, and industrial automation systems, where reliable transmission of digital information is crucial.
Overall, Binary Synchronous Transmission is a robust and widely adopted protocol that ensures accurate and reliable data transfer through the utilization of synchronized timing, binary encoding, and error detection mechanisms.
