Enabling wireless cooperation in delay tolerant networks

Enabling wireless cooperation in user provided networks

“…Although the MooF (Messages on oFfer) [Rolla and Curado, 2014] incentive mechanism is explained in detail in Chapter 5, an introduction to this incentive mechanism is given here for the sake of comparison with the incentive mechanisms presented in this section. MooF enables device to device data exchange without the support of any pre-existing network infrastructure.…”

“…The mechanism guarantees that nodes are carrying (store) a buffer that has the largest monetary value. MooF [Rolla and Curado, 2014] is able to prevent selfish behaviour and guarantees high extra credits to the end-user.…”

“…MooF (Messages on oFfer) [Rolla and Curado, 2014] differs from the solutions presented in Chapter 2, Section 2.2 in three main aspects. First, it considers a twohop credit model (only the intermediate node gets credit when delivering a message).…”

“…Thus, the development of incentive mechanisms, which promote sharing and are compatible with delay tolerant routing solutions is necessary. Examples of distinguished incentive mechanisms for UPN are: Messages on oFfer (MooF) [Rolla and Curado, 2014], Gain-aware Dissemination Protocol (GDP) [Hajiaghajani et al, 2014], and the Practical incentive (Pi) [Lu et al, 2010].…”

An electric power based incentive mechanism for stimulating node cooperation in mobile ad hoc networks

“…Rolla and Curado proposed another credit-based incentive mechanism MooF [2]. To resolve security issues such as a fake payment, they introduce the concept of off-line central trusted authority like a virtual bank that can control virtual currency.…”