The aim of this paper is to validate a synthetic trace generator by means of a local campus experiment based on opportunistic networking. We employed pocket trace recorder (PTR) devices in order to explore human mobility and to make real connectivity available for reproducing its statistical features by artificial model simulations
Mobile ad hoc networks enable communications between clouds of mobile devices without the need for a...
Most current research on mobile ad hoc networks relies on simulations. One of the key points in the ...
Abstract—We propose a prototype for a real-world, human network proximity experiment with detailed r...
Validation of mobile ad hoc network protocols relies almost exclusively on simulation. The value of ...
Validation of mobile ad hoc network protocols relies almost exclusively on simulation. The value of ...
Mobile models aim to mimic human motion. Real traces aim at the same target. However, the latters ar...
Opportunistic networking has received considerable interest from the research community in recent ye...
The widespread use of user-carried devices with short-range communication leads to networks characte...
Abstract — Newly developed protocols and systems in opportunistic networks need to be validated in l...
Almost all work on mobile ad hoc networks relies on simulations, which, in turn, rely on realistic m...
This paper envisions an urban scenario where people carry radio devices that can be dynamically netw...
Almost all work on mobile ad hoc networks relies on simulations, which, in turn, rely on realistic m...
In this work, we propose a modeling framework which captures the most fundamental behavioral and str...
Abstract—We propose to use social networking data to validate mobility models for pervasive mobile a...
Understanding how humans move is a key factor for the design and evaluation of networking protocols ...
Mobile ad hoc networks enable communications between clouds of mobile devices without the need for a...
Most current research on mobile ad hoc networks relies on simulations. One of the key points in the ...
Abstract—We propose a prototype for a real-world, human network proximity experiment with detailed r...
Validation of mobile ad hoc network protocols relies almost exclusively on simulation. The value of ...
Validation of mobile ad hoc network protocols relies almost exclusively on simulation. The value of ...
Mobile models aim to mimic human motion. Real traces aim at the same target. However, the latters ar...
Opportunistic networking has received considerable interest from the research community in recent ye...
The widespread use of user-carried devices with short-range communication leads to networks characte...
Abstract — Newly developed protocols and systems in opportunistic networks need to be validated in l...
Almost all work on mobile ad hoc networks relies on simulations, which, in turn, rely on realistic m...
This paper envisions an urban scenario where people carry radio devices that can be dynamically netw...
Almost all work on mobile ad hoc networks relies on simulations, which, in turn, rely on realistic m...
In this work, we propose a modeling framework which captures the most fundamental behavioral and str...
Abstract—We propose to use social networking data to validate mobility models for pervasive mobile a...
Understanding how humans move is a key factor for the design and evaluation of networking protocols ...
Mobile ad hoc networks enable communications between clouds of mobile devices without the need for a...
Most current research on mobile ad hoc networks relies on simulations. One of the key points in the ...
Abstract—We propose a prototype for a real-world, human network proximity experiment with detailed r...