The aeronautical networks attract the attention of both industry and academia since Internet
access during flights turns to the crucial demand from luxury with the evolving technology …

The ocean is a huge saltwater body that is different from terrestrial environments in terms of
deployment circumstance, weather conditions, and user distributions. Therefore, it is difficult …

Aeronautical ad hoc network (AANET) can be applied as in-flight communication systems to
allow aircraft to communicate with the ground, in complement to other existing …

The aeronautical spectrum band for air-to-ground (A/G) communications is severely
underutilized at less than 12.5%, and yet anticipating scarcity in the near future because of …

Ever-increasing human activities in oceans require handy, reliable and cost-effective high-
speed network access similar to terrestrial Internet services to be available on and under …

Aeronautical communication systems are constantly evolving in order to handle the always
increasing flow of data generated by civil aviation. In this article we first present …

The aeronautical ad hoc network (AANET) is an application of the mobile ad hoc networking
technology to aeronautical communications. As the airliners move at a very high speed, one …

In this paper, we cope with the reliable and efficient data transfer problem in aeronautical ad
hoc networks (AANETs). AANETs are different from terrestrial ad hoc networks and these …

In-Flight Communication (IFC), available on a growing number of commercial flights, is often
received by consumers with both awe for its mere availability and harsh criticism for its poor …

In this paper, we formulate the joint Internet gateway allocation, routing, and scheduling
problem in wireless ad hoc networks with the goal of minimizing the average packet delay in …