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The use of the care-of address as the source address in each packet s IP header also simplifies routing of multicast packets sent by a mobile node With Mobile IPv4, the mobile node had to tunnel multicast packets to its home agent in order to transparently use its home address as the source of the multicast packets With Mobile IPv6, the use of the home address option allows the home address to be used but still be compatible with multicast routing that is based in part on the packet s source address There is no longer any need to deploy special routers as foreign agents, as in Mobile IPv4 In Mobile IPv6, mobile nodes make use of IPv6 features, such as neighbor discovery [17] and address autoconfiguration [27], to operate in any location away from home without any special support required from its local router.

As stated before, heat treatment s rst aim is to destroy pathogens, spoilage microorganisms, and enzymes. Theoretical considerations for microbial destruction are also valid for enzyme inactivation (Dziezak 1991). The main criteria for thermal destruction are: (1) all spores and viable cells able to grow and produce toxins must be eliminated, taking as a calculation basis C. botulinum, the most dangerous microorganism from the public health point of view; (2) spoilage microorganisms must be reduced to a limit that ensures food quality for a given time. From a commercial point of view, a food can be considered sterile if it is free from Bacillus stearothermophilus or Clostridium perfringens. In general, the strict anaerobe C. botulinum is taken as the target microorganism due to its pathogenicity; however, other target microorganisms are B. stearothermophilus, B. thermoacidurans, B. macerans, and B. polymyxa (Guerrero Legarreta 2001), in addition to speci c pathogens most likely to colonize a speci c food. In the case of raw poultry meat and poultry products, these are C. prefringens, Salmonella spp., Staphylococcus spp., and Campylobacter spp. Microbial inactivation calculations are based on how long the food shelf life must be extended. Sporulated thermophiles must also be considered if the food will be stored at high

Unlike Mobile IPv4, Mobile IPv6 utilizes IP Security (IPsec) [11, 12, 13] for all security requirements (sender authentication, data integrity protection, and replay protection) for binding updates (which serve the role of both registration and route optimization in Mobile IPv4) Mobile IPv4 relies on its own security mechanisms for these functions, based on statically configured mobility security associations The movement detection mechanism in Mobile IPv6 provides bidirectional confirmation of a mobile node s ability to communicate with its default router in its current location (packets that the router sends are reaching the mobile node, and packets that the mobile node sends are reaching the router) Most packets sent to a mobile node while away from home in Mobile IPv6 are sent using an IPv6 routing header rather than IP encapsulation, whereas Mobile IPv4 must use encapsulation for all packets..

Antoniadis et al. [7] and Efstathiou and Polyzos [8] discussed general issues about providing roaming support among several wireless Internet service providers (WISPs). Speci cally, they proposed an architecture, called Peerto-Peer Wireless Network Confederation (P2PWNC), to support roaming. In the proposed architecture, a key component is the domain agents (DAs), which are specialized WLAN devices that are responsible for provisioning of wireless access rights and the monitoring of the access usages. The incentive scheme used in the proposed P2PWNC roaming architecture is based on reciprocity. When a foreign WLAN user is allocated wireless bandwidth, its home network s DA will then send tokens to the visited WLAN s DA. Consequently, a key condition for this scheme to work is that each DA must judiciously maintain a certain amount of tokens so that its users can roam to other networks. A DA achieves this by providing access to foreign users. In essence, using DAs in such an autonomous manner is targeted to avoid complicated administrative agreements among multiple WISPs that are currently used in the wired Internet. However, while Efstathiou and Polyzos [8] provided a very detailed account of the major issues in implementing and deploying such a roaming architecture, a major drawback is that the question of how to provide secure exchange of unforgeable tokens is not addressed. Frangoudis and Polyzos [9] then extended the P2PWNC system to provide secure decentralized voice and video communications. Using their experimental testbed consisting of 14 desktop PCs, they demonstrated the viability of their approach. 3.3.3 Game Theoretic Random Backoff