Star topology is the simplest implementation and do not require a network layer.
It is interesting to see that the structure which procedure (B) made can be viewed as adhering each node of bipartite graph with a
star topology.
In this paper, two wireless network architectures characterized by multihop and
star topology are first put forward.
Firstly,
star topology in which multisensor nodes are directly connected to one repeater has high-quality network reliability and this topology is normally one hop based to lower network overhead.
Besides the
star topology that naturally maps to the corresponding topology in IEEE 802.15.4, the ZigBee network layer also supports more complex topologies like a tree and a mesh [14].
The USB physical interconnect is realized via
star topology. A hub is at the center of each
star topology.
The introduction of a
star topology to complement the standard serial topology enables designers to easily manage multi-chip architectures since the physical inter-device connections are greatly simplified.
Traditionally, the hierarchical
star topology based on copper and fiber has been used for these applications.
(1,2) Some commonly employed topologies for reliable bus design include point-to-point, daisy chain,
star topology and T topology.