The sublayer below it is Media Access Control (MAC). Sometimes this refers to the sublayer that determines who is allowed to access the media at any one time (usually CSMA/CD). Other times it refers to a frame structure with MAC addresses inside.
There are generally two forms of media access control: distributed and centralized. Both of these may be compared to communication between people. In a network made up of people speaking, i.e. a conversation, we look for clues from our fellow talkers to see if any of them appear to be about to speak. If two people speak at the same time, they will back off and begin a long and elaborate game of saying "no, you first".
The Media Access Control sublayer also determines where one frame of data ends and the next one starts -- frame synchronization. There are four means of frame synchronization: time based, character counting, byte stuffing and bit stuffing.
Media Access Control (MAC) and Logical Link Control (LLC)
Logical link control sublayer and media access control sublayer
The Data Link Layer of the OSI reference model can be divided into the following 2 layers:
Logical Link Control
Media Access Control
No. It is the Data Link layer that IEEE has divided into two sublayers. The Data Link layers are Logical Link Control and Media Access Control.
three standards define by ISO
802.3 is the IEEE standard for Ethernet devices and data managment
802.11
False.
Logical link control sublayer and media access control sublayer
No. It is the Data Link layer that IEEE has divided into two sublayers. The Data Link layers are Logical Link Control and Media Access Control.
three standards define by ISO
IEEE 802.3 is the standard for Ethernet LAN. It is a collection of IEEE standards for physical layer and Data link layer's MAC sublayer. According to these standards, the Ethernet LAN card works. IEEE 802.4 is a Token Bus standard which was standardised by IEEE. It grants the Bus physical topology to use token messages to access physical layer.
Logical Link Control (LLC) Media Access Control (MAC)
It's IEEE 802.3 for Ethernet and IEEE 802.11 for Wireless LANs.
IEEE - Institute of electrical and electronics engineers the standard for WLAN is IEEE 802.11 all of the standards in networking are devolved by IEEE
...the wireless standards used for IEEE 802.11n and 803.15. What is the highest range and speed for these standards?
802.3 is the IEEE standard for Ethernet devices and data managment
It's IEEE 802.3 for Ethernet and IEEE 802.11 for Wireless LANs.
IEEE 802.11a,b, and g
802.11