WIRELESS COMMUNICATION PROJECTS
2018-2019 Wireless Communication Projects using ArduinoAll new 5G mobile technology is expected to be operational by 2020 and 2021. This time, it is therefore crucial to know the way and direction of research and developments enabling 5G technology. Our 2018-2019 project provides an inclusive and comprehensive analysis of recent developmental endeavors toward 5G. It highlights salient features, i.e., flexibility,compact accessibility, and cloud-related service offerings, those are going to ensure the futuristic mobile communication technology as the dominant communication protocol for global inter communication
Mtech Projects in Wireless Communication
2018-2019 Wireless Communication Projects for Engineering Students
- What is Privacy-Preserving Authentication in Wireless IoT?
Wireless IoT is a promising area in which large quantities of data and information are collected, exchanged, and stored constantly. While these data and information are utilized for good purposes in wireless IoT, great risks arise in that attackers are seeking to exploit the merits of this new technology for their own benefits. In such a resource-constrained environment, devices are easily exposed to various attacks. Confidential private information is as valuable as it is vulnerable. It is difficult for end users to trust wireless IoT and to adopt related applications due to the lack of satisfactory privacy-preserving mechanisms, which has become the major obstacle for the adoption and popularization of wireless IoT. In this article, we first introduce the classical application scenarios of wireless IoT, along with related security and privacy attack models. We then present a brief overview of privacy-preserving schemes of wireless IoT. Based on the classification of application scenarios, we further present recent advances in privacy-preserving mechanisms in wireless IoT. Finally, we discuss open issues and future research directions for these application scenarios in wireless IoT. …
How to Do Proactive Cache-Based Location Privacy Preserving for Vehicle Networks in WSN?
With the diversification of location-based services in vehicle networks, users can obtain such services through submitting searching locations and points of interest. However, users may worry that their real locations and other privacy information will leak out when they get such services, so appropriate location privacy protection measures are necessary. Traditional location privacy protection, such as K-anonymous, cannot be carried out directly because of the characteristics of vehicle networks, such as high mobility. In order to solve such problems, this article proposes a strategy combining cache strategy with K-anonymous that can not only satisfy users' demand on obtaining required services with lowest cost, but also protect the location privacy of users. Specifically, on one hand, cache strategy that deploys part of services on roadside units in advance is used to maximize the satisfaction of users' service requests. On the other hand, each user is set with a K value to meet the need of K-anonymous. The trade-off of these two aspects guarantees users' services and the location privacy. The experiments show that the strategy proposed in this article is better than other strategies. …
1.Efficient Topology Design in Time-Evolving and Energy-Harvesting Wireless Sensor Networks
2.Near Optimal Charging and Scheduling Scheme for Stochastic Event Capture with Rechargeable Sensors
3.Routing Renewable Energy Using Electric Vehicles in Mobile Electrical Grid
4.On-demand Charging in Wireless Sensor Networks Applications
5.On Throughput Maximization for a Multi-hop MIMO Network
6.Critical Power for Vanishing of Isolated Nodes in Wireless Networks with Log-Normal Shadowing
2018-2019 Wireless Communication Projects IEEE
Matlab projects,IEEE Matlab projects,2016 Matlab projects