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This section is dealing with standardisation issues. The following papers explain IETF
drafts and relevant activities.
Full text of IETF Draft: draft-nomad-mobileip-filters-05.txt
Abstract
Filters for Mobile IPv4 bindings enables mobile nodes to
associate one or more Filters with mobility bindings during
registration. Flows that match a Filter will be processed as
defined by the Filter. In this manner, it is possible for a
mobile node to distribute flows or packets of a flow among its
available points of attachment, or to request that such flows
are dropped before reaching the mobile node.
Full text of IETF Draft: draft-nomadv6-mobileip-filters-02.txt
Abstract
Filters for Mobile IPv6 Bindings (NOMADv6) introduces a set of
extensions for MIPv6 protocol that allows the intelligent use
of multiple points of attachment simultaneously, on a mobile
node. It specifies a set of rules (filters) that are
transmitted to binding agents, who in turn use this
information to determine whether and where to route flows
associated with the mobile node. In this manner, it is
possible for a mobile node to distribute flows or packets of a
flow among its available points of attachment or to request
that such flow is dropped before traversing the Internet
fabric, with or without notification to their source. These
extensions mirror a similar extension defined for Mobile IPv4
(NOMADv4) but has been extended to cater to the behavior of
IPv6.
Full text of IETF Draft: draft-nomadhoc-manet-filters-01.txt
Abstract
Filters for Mobile Ad hoc networks (NOMADHOC) introduces a set
of extensions applicable to a range of ad hoc networking
protocols that allow an ad hoc node to distribute its active
flows across multiple routing paths. These extensions are
based on the filter structure defined in NOMAD to enable a
filtering behavior at the originator and the destination
nodes.
Full text of IETF Draft: draft-nomad-mip4-flow-mobility-pb-00.txt
Abstract
Internet capable mobile or portable devices are already a
modern commodity while it is becoming all the more common that
such devices are hosts to more then one wireless interface.
The aim of this document is to show that a mobile user may
make best use of this property by using multiple wireless
interfaces in parallel. This would incline that the mobile
user can distribute active flows across the available wireless
interfaces and is able to seamlessly transfer them between the
wireless interfaces in mid-session without interruption.
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