In the 4th week, supervisor advised us on how to search research articles in following databases.

  • CSU library
  • Primo Search
  • IEEEXplorer
  • Google Scholar

Following are 3 annotated bibliography that I have written for this week.

Internet of Vehicles: Architecture, Protocols, and Security

Castillo, J. C., Guerrero-Ibañez, J. A., & Zeadally, S. (2017). Internet of Vehicles: Architecture, Protocols, and Security. IEEE Internet of Things.

Researchers of this paper have proposed communication protocols of Internet of Vehicles concept which was recently introduced with the advancements and increasing use of IoT technology in vehicles. Requirements such as seamless and secure M2M communication have become important parts of vehicular ad-hoc networks. This paper analyzes the benefits of Internet of Vehicles and industry standards that support the implementation of this technology. IoV can assist in an intelligent transport system where the passengers and drivers can achieve benefits.

Internet of Things Security and Forensics: Challenges and Opportunities

Researchers of this paper have presented this paper based on security and forensics of Internet of Things. It has discussed the challenges as well as opportunities it presents towards objects enabled with IoT and its services. Features such as openness, low power consumption and requirement of high processing power, widely distributed devices have attracted the attackers targeting those devices. IoT devices collect and process lot of information which can be confidential. Therefore, it is critical to keep the devices safe from the attackers. When deploying IoT networks and devices, it has come to the attention of the IT network and security personnel to develop ways of detecting and preventing malicious activities.

A seven-layered model architecture for Internet of Vehicles

Researchers of this paper presents a comprehensive model to address the challenges faced by internet of vehicles when designing device to device communication and interaction. Those challenges are identified as incompatibility of devices, different response times, different standards of communication protocols, limited process capabilities. This paper introduces a layered architecture which has seven layers that will facilitate smooth integration between device to device communication in IoV environments. Also, this paper investigates other proposed architectures and how they are different from this proposed architecture.