| 11. | Media access control follows the Carrier sense multiple access approach with collision recovery ( CSMA / CR ).
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| 12. | Media access control deals with issues such as addressing, assigning multiplex channels to different users, and avoiding collisions.
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| 13. | It controls how a Media Access Control ( MAC ) accesses a common communication medium of a network.
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| 14. | Media Access Control ( MAC ) addresses need to be individually configured on the servers by an administrator.
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| 15. | The standard covers the Physical layer and the Media Access Control part of the Data link layer like 802.11.
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| 16. | Technically speaking, the standard defines the physical and media access control layers for Ethernet communications across different wired devices.
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| 17. | It is designed for low-power and lossy networks ( LLNs ) and aims at providing a reliable Media access control layer.
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| 18. | However, in IPv6 it is usually derived automatically from the interface media access control ( MAC ) address in a rule-based method.
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| 19. | RGMII is generally used in Ethernet systems to connect Media Access Control ( MAC ) block to Physical Layer Device ( PHY ).
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| 20. | A channel-access scheme is also based on a multiple access protocol and control mechanism, also known as media access control ( MAC ).
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