This paper presents MAGNET, a novel middleware infrastructure that exploits Wi-Fi Direct to provide a reliable and stable communication means for large numbers of mobile devices. This self-organizing middleware abstracts the multi-hop communication process by autonomously maintaining connectivity among devices. MAGNET also provides a discovery mechanism that exploits the MAC address of the different devices or the services they offer. MAGNET was evaluated both on our WiDiSi simulator for Wi-Fi Direct-based systems, and on real Android devices. The results we obtained in our evaluation illustrate the effectiveness of the proposed middleware, both in discovering and maintaining connectivity in large-scale dynamic scenarios
The sudden loss of cellular coverage in case of unpredictable, catastrophic events, as well as the o...
Massive sales of smartphones and tablets have enabled more people to access the internet with a 3G c...
Abstract—In our companion WoWMoM 2015 paper [1], we propose a content-centric routing mechanism for ...
This paper presents MAGNET, a novel middleware infrastructure that exploits Wi-Fi Direct to provide ...
The proliferation of smart phones enables ubiquitous Mobile Ad-hoc Networks (MANETs) where mobile de...
Users of Device-to-Device (D2D) communication need efficient content discovery mechanisms to steer...
The availability of heterogeneous wireless interfaces and of growing computing resources on widespre...
The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS, IEE...
Abstract — The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMT...
This project intends to exploit the use of Wi-Fi Direct with an Android mobile application. This And...
Network infrastructures composed of wireless access points (e.g. IEEE 802.11 APs) connected via a LA...
Wi-Fi Direct technology is enabled to support multiple services to be done via Wi-Fi connection. It ...
The diffusion of wireless terminals with multiple communication interfaces, e.g., IEEE 802.11, Bluet...
As wireless communication is a main concentration of smartphone applications nowadays, people are tr...
The widespread adoption of Wi-Fi made the need for easy, fast, and reliable ad-hoc networking much m...
The sudden loss of cellular coverage in case of unpredictable, catastrophic events, as well as the o...
Massive sales of smartphones and tablets have enabled more people to access the internet with a 3G c...
Abstract—In our companion WoWMoM 2015 paper [1], we propose a content-centric routing mechanism for ...
This paper presents MAGNET, a novel middleware infrastructure that exploits Wi-Fi Direct to provide ...
The proliferation of smart phones enables ubiquitous Mobile Ad-hoc Networks (MANETs) where mobile de...
Users of Device-to-Device (D2D) communication need efficient content discovery mechanisms to steer...
The availability of heterogeneous wireless interfaces and of growing computing resources on widespre...
The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMTS/GPRS, IEE...
Abstract — The widespread diffusion of portable devices with multiple wireless interfaces, e.g., UMT...
This project intends to exploit the use of Wi-Fi Direct with an Android mobile application. This And...
Network infrastructures composed of wireless access points (e.g. IEEE 802.11 APs) connected via a LA...
Wi-Fi Direct technology is enabled to support multiple services to be done via Wi-Fi connection. It ...
The diffusion of wireless terminals with multiple communication interfaces, e.g., IEEE 802.11, Bluet...
As wireless communication is a main concentration of smartphone applications nowadays, people are tr...
The widespread adoption of Wi-Fi made the need for easy, fast, and reliable ad-hoc networking much m...
The sudden loss of cellular coverage in case of unpredictable, catastrophic events, as well as the o...
Massive sales of smartphones and tablets have enabled more people to access the internet with a 3G c...
Abstract—In our companion WoWMoM 2015 paper [1], we propose a content-centric routing mechanism for ...