IoT network design and cloud networks

Bc. Kaushal Chandrakantbhai Patel

Bachelor's thesis

Abstract:

The Internet of Things (IoT) is regarded as one of the next disruptive technologies and has received a great deal of interest in recent years. IoT devices are small sensors or actuators connected to everyday items that may transmit sensor data and receive instructions. Cloud computing technology offers huge processing and internet storage capacity to overcome restricted IoT device capabilities. Plenty of research has been performed in the cloud to enable remote access and control of IoT device virtualization. IoT devices will, in the future, be accessible through their respective virtual objects. Like a physical device's network, the cyber world has to have a network of virtual things. We propose in this article the idea of creating a dynamic virtual network among linked IoT devices in the cloud environment. The primary concept is to offer a method to develop a virtual network of linked IoT devices in the cloud environment from a range of domains. The dynamic end-to-end connectivity between IoT devices would enable resource sharing and fast growth in various applications across the virtualization layer. As the number of IoT devices grows, the underlying cloud networks that allow and serve them must be updated. The cloud infrastructure has to be improved to handle the traffic. Each of the voices, videos, and data has unique transmission requirements and network requirements. The cloud infrastructure has to be improved to handle the traffic. Each of the voices, videos, and data has unique transmission requirements and network requirements. IoT traffic varies significantly, and thus separate network requirements must be taken into account when designing the network they transport.

Keywords

Network design, Cloud computing, Cloud network

Language used: English

Date on which the thesis was submitted / produced: 17. 3. 2023

Thesis defence

• Date of defence: 17. 5. 2023
• Supervisor: Ing. Josef Pavlíček, Ph.D.
• Reader: Jana Šafránková, Ph.D.

Czech University of Life Sciences Prague

Faculty of Economics and Management

Bachelor programme / field:
Systems Engineering and Informatics / Informatics