Contiki-network layer: The relationship between Rime and UIPv6 (6loWPAN)

a subordinate to that layer :

all belong to Net Layer , the two are parallel relationships. .

two contiki- NETWORK layer of rime with the IPv6 (6loWPAN) the location relationship:

Relationship 1:uipv6 with the rime design independently of each other :

Referencing from the network

Relationship 2:uipv6 over Rime

Referencing from the network

Routing Support Scenarios ?

rime	can support routing itself. rime is a standalone, lightweight, A protocol stack designed for Lln, rime itself provides a large number of primitives that can be implemented unicast, multicast to complex multi-hop data communication ,rime is a complete protocol stack, like the Atmel Lwmesh Small protocol stack through  mesh Routing protocols are similar to implementing routing settings.
UIP	need to pass RPL protocol to implement multi-hop routing . the UIP itself can also implement unicast routing.

III   Drive Design

• netstack: Network protocol stack ---- "is rime frame. You can also use the uip (IPv6) . Span lang= "ZH-CN" style= "Font-family:simsun; font-size:11pt; Color:green "> protocol stack Common data structure :
• Network_driver :

/**

* The structure of a network driver Incontiki.

*/

Structnetwork_driver {

Char *name;

/** Initialize the Network driver * *

void (* init) (void);

/** Callback for getting notified of Incomingpacket. */

void (* input) (void);

};

3.1) rime Frame

as :

#defineNETSTACK_CONF_NETWORK rime_driver

Conststruct Network_driver rime_driver = {

"Rime",

Init

Input

};

3.2) uip (IPv6) Frame :

Conststruct Network_driver sicslowpan_driver = {

"Sicslowpan",

Sicslowpan_init,

Input

};

Contiki-network layer: The relationship between Rime and UIPv6 (6loWPAN)