The persistent communication network failure in some parts of the world at different occasions, has continuously jeopardized economic, social and security activities. The major cause of this ugly trend is the inability of the system performance metrics such as Data Rate (Throughput), Latency, Signal-to-Noise Ratio (SNR), Spectral Efficiency, Packet Loss Rate, Bit Error Rate (BER), Network Reliability, Device Density, Energy Efficiency, Coverage Efficiency, Mobility Support and Channel Capacity, to attain threshold value. This was overcame by the introduction of efficient and reliable communication in 6G wireless communications network using intelligent based advanced modulation technique. In order to achieve this perfectly, the following procedure was adopted; Communication network in 6G wireless communications network was characterized and causes of poor communication network was established and SIMULINK model for 6G communications network was designed. Then an advanced modulation technique rule base that would minimize the causes of poor communication network in 6G wireless communications network was developed and ANN was trained in it to boost the effectiveness and minimize the causes of poor communication network in 6G wireless communications network. Then an algorithm that would implement the process was developed, SIMULINK model for enhancing 6G communications network using intelligent based advanced modulation technique was designed and the results obtained were evaluated and justified. The results obtained shows that the conventional Data Rate (Throughput), that Latency causes of poor communication network in 6G wireless communications network was 98Gbps. On the other hand, when an intelligent based advanced modulation technique was incorporated into the system, it automatically increased by131.3Gbps and the conventional technique Latency, that Latency causes of poor communication network in 6G wireless communications network was 6ms. Meanwhile, when an intelligent based advanced modulation technique was input into the system, it drastically reduced to 5ms. Finally, the percentage enhancement in 6G wireless communications network when an intelligent based advanced modulation technique was incorporated into the system was16.7%. Journal: American Journal of Applied Sciences and Engineering Publisher: AIR Journal ISSN: 2766-7596
Udeagbala et al. (Sun,) studied this question.