Visual exploration of massive data sets arising in the telecommunication industry is a challenge. This paper describes a number of different techniques for visually exploring large data sets. The techniques cover a wide range of techniques, including statistical 2D displays, pixel-oriented displays, and dynamic 3D displays with variable resolution. The techniques have been successfully applied ...

Due to an anticipated increase in air traffic during the next decade, air traffic control in busy airports is one of the main challenges confronting controllers in the near future. Since the runway is often a bottleneck in an airport system, there is great interest in optimizing usage of the runway. Our study first presents a brief review of the aircraft landing problem. A model for the problem...

We analyze the scenario where a pair of network devices each periodically relies on the other to handle network traffic. Without immediate reward, the forwarding device incurs an opportunity cost in handling the other’s request. We find, however, situations where rational decision makers prefer bandwidth exchange to isolated operation. We base our analysis on a take-or-leave-it protocol inspire...

Mining Generic Patterns and Communities from Heterogeneous Network Traffic

We present a brief summary of current approaches and challenges in the network traffic management area. In this contribution, we well cover the most recent experiments on the network traffic and behavior of applications under various network conditions. Quality of the users’ experience is the most important factor being considered in this group of experiments.

In this paper, the concept of Worm Poisoning and PoisonWorm are presented and the feasibility of Worm Poisoning is emphatically testified. A propagation model called SIRP model and the side-effect to network traffic of PoisonWorm are given and compared to the classical epidemic Kermack-Mckendrick model. We highlight the feasibility and necessity of PoisonWorm and its application in active defen...

The performance of many traffic control strategies depends on how much the traffic flow models are accurately calibrated. One of the most applicable traffic flow model in traffic control and management is LWR or METANET model. Practically, key parameters in LWR model, including free flow speed and critical density, are parameterized using flow and speed measurements gathered by inductive loop d...

Existing Air Traffic Control (ATC) procedures rely completely on human supervision and control. However, with the burgeoning traffic demands, it has become necessary to find options for automated (and possibly decentralized) traffic control. In particular, the problem of aircraft collision avoidance is of great interest. However, current approaches, [1] [2], are either computationally intensive...

Testing network processor based high throughput applications require high-speed traffic generator. Commercial traffic generators are very expensive and their internal working is proprietary. Hence, we have designed a network processor based network Traffic Generator (TG). The Control Plane (CP) takes care of the configuration of the traffic profile. The data plane (DP) is responsible for actual...