As you learned in Chapter 2, the term “topology” usually refers to the way in which the com-
puters on a network are connected together. In a bus topology, for example, each computer is
connected to the next one, in daisy chain fashion, whereas in a star topology, each computer
is connected to a central hub. These examples apply to cabled networks, however. Wireless
networks don’t have a concrete topology as cabled ones do. Unbounded media, by definition,
enable wireless network devices to transmit signals to all of the other devices on the network
simultaneously.
As you learned in Chapter 2, the term “topology” usually refers to the way in which the com-puters on a network are connected together. In a bus topology, for example, each computer is connected to the next one, in daisy chain fashion, whereas in a star topology, each computer is connected to a central hub. These examples apply to cabled networks, however. Wireless networks don’t have a concrete topology as cabled ones do. Unbounded media, by definition, enable wireless network devices to transmit signals to all of the other devices on the network simultaneously.
การแปล กรุณารอสักครู่..
