A medium access control technique for multiple access transmission media is
A medium access control technique for multiple access transmission media is
The correct option is A Aloha
A medium access control
technique for multiple access transmission media is Aloha.
In pure Aloha, a user can
transmit at any time but risks collisions with other users' messages.
"Slotted Aloha" reduces the chance of collisions by dividing the
channel into time slots and requiring that the user send only at the beginning
of a time slot. Aloha was the basis for Ethernet, a local area networkprotocol.
A protocol for satellite
and terrestrial radio transmissions. In pure Aloha, a user can transmit at any
time but risks collisions with other users' messages. "Slotted Aloha"
reduces the chance of collisions by dividing the channel into time slots and
requiring that the user send only at the beginning of a time slot.
Pure ALOHA and Slotted
ALOHA both are the Random Access Protocols, that are implemented on the Medium
Access Control (MAC) layer, a sublayer of Data Link Layer. ... The main
difference between Pure ALOHA and Slotted ALOHA is that the time in Pure Aloha
is continuous whereas, the time in Slotted ALOHA is discrete.
A medium access control technique for multiple access transmission media is Aloha.
In pure Aloha, a user can transmit at any time but risks collisions with other users' messages. "Slotted Aloha" reduces the chance of collisions by dividing the channel into time slots and requiring that the user send only at the beginning of a time slot. Aloha was the basis for Ethernet, a local area networkprotocol.
A protocol for satellite and terrestrial radio transmissions. In pure Aloha, a user can transmit at any time but risks collisions with other users' messages. "Slotted Aloha" reduces the chance of collisions by dividing the channel into time slots and requiring that the user send only at the beginning of a time slot.
Pure ALOHA and Slotted ALOHA both are the Random Access Protocols, that are implemented on the Medium Access Control (MAC) layer, a sublayer of Data Link Layer. ... The main difference between Pure ALOHA and Slotted ALOHA is that the time in Pure Aloha is continuous whereas, the time in Slotted ALOHA is discrete.
