Abstract: An embedded thin DHCP mechanism may issue an IP address in one or two frames that a P2P group owner (GO) transmits to a client during connection establishment. In particular, the IP address may generally comprise an IPv4 address having four octets, wherein the first two octets are hardcoded, the third octet is derived from a physical address of the GO, and the GO passes the fourth octet to the client during connection establishment. The GO may pass the fourth octet to the client in a frame mandatory to connection establishment or include an attribute in the mandatory frame to specify a subsequent frame that will contain the fourth octet. In response to the client receiving the fourth octet, the client may then generate the complete IP address. Additionally, the embedded thin DHCP mechanism may be suitably modified for use with Internet Connection Sharing or IPv6 architectures.

Abstract: An embedded thin DHCP mechanism may issue an IP address in one or two frames that a P2P group owner (GO) transmits to a client during connection establishment. In particular, the IP address may generally comprise an IPv4 address having four octets, wherein the first two octets are hardcoded, the third octet is derived from a physical address of the GO, and the GO passes the fourth octet to the client during connection establishment. The GO may pass the fourth octet to the client in a frame mandatory to connection establishment or include an attribute in the mandatory frame to specify a subsequent frame that will contain the fourth octet. In response to the client receiving the fourth octet, the client may then generate the complete IP address. Additionally, the embedded thin DHCP mechanism may be suitably modified for use with Internet Connection Sharing or IPv6 architectures.