Congestion Control Mechanism on Transport Layer Protocol: The Application of Terahertz Frequency

Abstract

Due to the increasing population, there is a demand for new technologies that require nanotechnology. As a result, rapid increase in congestion will be experienced in the transport layer protocol. The transport layer protocol serves as a vehicle to transmit data from one layer to the next. Nanotechnology uses extremely small components in the region of 1×10 -9 or smaller. Moreover, with the new viruses or pandemics already detected like Ibola, Coronavirus, Monkeypox, etc. new technologies that will transmit data from the body of a patient to healthcare practitioners will be required and during this period, there will be a large amount of data transferred from one device to the other, and this will increase congestion in the network. The usage of social media, i.e., WhatsApp, Facebook, Twitter, Instagram, TikTok, etc., has also increased significantly, contributing to congestion in the wireless network. The use of wires to connect two or more devices is becoming obsolete as the world is moving towards the next industrial revolution. One of the Modelers that are used in wireless systems in local area networks is known as Optimized Network Engineering Tool (OPNET) 14.5. This simulation method is used in this paper to conclude. This paper also suggests further research that needs to be undertaken.

Cybersecurity in Internet of Medical Vehicles: State-of-the-Art Analysis, Research Challenges and Future Perspectives

“…The application of the Internet of Medical Vehicles is essentially developed based on the application of IOT technology. Table 11 represents various potential sophisticated types of cyber-attacks that can be carried out by malicious hackers and attackers at various layers of the IOMV, right from the source, i.e., onboard medical devices, up to the target recipient devices at hospitals through their interconnecting communication channels and networks, including common attacks that can occur at any layer of the IOMV system [89,90]. A variety of network devices communicating through vehicle IVN and wireless communications (e.g., Gateways, Network Nodes, WiFi Devices, Servers), IOMV devices connected at the physical level (like medical devices, HMI, USBs, etc.…”