An Improved Performance and Efficiency of the System by Using BPSK Modulation for Wireless Communication

BPSK (Binary Phase Shift Keying) is a modulation technique used in digital wireless communications. It is a two-level modulation technique, where the 0s and 1s of a binary signal are represented by two different phase shifts; usually 180 degrees apart. BPSK is found in various types of digital communication systems, including Wi-Fi, Bluetooth, GSM and CDMA. It is a type of modulation where each bit is represented by a two level waveform, usually 180 degrees apart, encoding a 0 and a 1. BPSK is one of the easiest forms of digital modulation as it only has two levels and does not require any coding. The transmitted bits are easily decoded, making it ideal for reliable and secure data transmission. The main advantage of BPSK is its simplicity. The transmitter only needs to switch between the two phase states, and the receiver is only required to measure the phase at the receiver. This makes it very easy to implement and has a very low probability of error. Overall, BPSK is an example of a reliable and simple modulation scheme which is ideal for digital wireless communication.