Respuesta :
False. Channel partitioning-based multiple access protocols typically have fewer chances of collisions than random access protocols.
Multiple access protocols are used in communication systems to regulate how various devices or nodes access the channel or medium that is used to transfer data. Multiple access protocols come in a variety of forms, such as random access protocols and channel partitioning-based protocols.
The channel is divided into distinct channels or frequency bands by channel partitioning-based protocols, and each device or node is assigned to a particular channel or band. As a result, there will be less possibility of collisions between devices using various channels or bands because they won't interact with one another.
On the other hand, random access protocols allow all devices to simultaneously access the channel without assigning any particular bands or channels to any particular devices. As devices attempt to send data at the same time, producing interference and perhaps leading to lost or distorted data, this might cause more collisions.
As a result, multiple access protocols based on channel partitioning often have lower collision rates than random access protocols.
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