The set of verified peer packets is processed according to the peer processing policy, while the non- verified peer packets is processed according a non-peer policy.

A peer-to-peer client device connects to a peer-to-peer communication group via a peer-to-peer group owner.

A desired broadcast channel may be received from at least one peer-to-peer network peer over the peer-to-peer network.

A third peer of the peer-to-peer network (160) is determined as a relay peer (R).

The received broadcast channel may be sent to at least one peer-to-peer network peer over a peer-to-peer network.

A bootstrap peer is contact by the joining peer to establish a connection between the joining peer and an admitting peer in the peer-to-peer network.

In addition, the clock timing is utilized for peer-to-peer communication with the peer-to-peer resources.

The first set of peer-to-peer resources is parallel in time with the non peer-to-peer resources.

Real-time, peer-to-peer communication includes sharing content such as media content over a peer-to-peer connection such as peer-to-peer conferencing, for example.

The peer-to-peer scheduling resources are parallel in time to and multiplexed with non peer-to-peer resources.

The present invention relates to a method for providing peer-to-peer emergency service in a peer-to-peer network.

A peer-to-peer wireless link may be established with the peer device using the peer-to-peer wireless communication protocol.

The connection is established between a first peer (61 ) in a first address realm of the peer-to-peer network (160) and a second peer (62) in a second address realm of the peer-to-peer network (160).

In another embodiment, the access point directly schedules peer to peer traffic in the peer to peer network.

The first device communicates the targeted message via its peer to peer interface in a peer to peer traffic channel.