Expressive and Deployable MIMO Using Chaos Shift Keying System

In communication high-dimensional data can be exchanged wirelessly between diverse system. The primary goal of this research is differential chaos shift keying modulation. The system aims to achieve a good balance between simplicity, fast data throughput, and energy efficiency. In this MC-DCSK design a sequence of chaotic reference is supplied to each user over a predetermined subcarrier frequency. Each user's leftover subcarriers are used to broadcast a number of modulated data streams. The transmitter structure of this traditional DCSK system design can be enhanced through energy and spectrum efficiency. An entirely new Karatsuba trick is explained and demonstrated to operate both theoretically and practically using the Karatsuba Algorithm (KA)'s Knuth multiplication, Karatsuba multiplication and their temporal complexity. The experiment shows that Karatsuba multiplication is more efficient for large integer multiplication than the original Karatsuba multiplication method. We investigate the energy consumption of control and data packet communications between two sensor nodes, each having cooperating nodes, in this study. We compare our cooperative protocol's energy consumption, i.e., aggregation and error data collection, to the channel cost protocol and the disjoint-paths scheme.