There are two types of MAC protocol.
1. Centralized
2. Distributed
Replicated services can be implemented as process groups. Member processes use group communication protocols to communicate amongst themselves and group membership protocols to determine what processes are in the group. These protocols can provide various levels of consistency between members. The author investigates weak consistency protocols that guarantee that messages are delivered to all members, but do not guarantee when. He reports on a new family of communication protocols, an associated group membership mechanism, and current progress in evaluating their efficiency and utility for real applications.
Tcp/ip
There are four ways: 1) (Recommended) Use Apple's MobileMe service to automatically sync your contacts, e-mail, calendar over the web and access them online on any Mac, and download them to your Mac to use with Mac applications like Address Book and Mail. 2) Sync contacts to your Google account to use with Google services like GMail and Google Voice. 3) Sync your iPhone with your Mac using iTunes. 4) You can use free app for both iPhone and Mac
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A deterministic MAC protocol gives guarantees on message delay and channel throughput. Schedule based MAC protocols, based on time synchronization among nodes, are currently used to implement deterministic MAC protocols.
look up the tcp/ip set of protocols
mac protocols are medium access protocol. mac is sublayer of data link layer in osi model.it provides addressing and medium access mechanism
Yes OS X supports P2P protocols and many other common protocols to windows, so there should not be a problem as long as you have compatible software.
types of medical office
types technology using determnistic MAC protocol and Non Deterministic MAC protocol?
There are 5 types pf protocols used in the computer network.
A Mac and a PC More specific, a Macbook Pro, and a Toshiba.
Dos Unix Linux Windows Mac OS OS/2
On a Mac, as on everything else, PPPoE is used to configure Point to Point Protocols over Ethernet which allows communication between computers connected on an Ethernet network.
MAC Protocols will define MAC and provide examples of deterministic and non-deterministic MAC protocols. MAC refers to protocols that determine which computer in a shared-media environment, or collision domain, is allowed to transmit data. MAC and LLC comprise the IEEE version of the OSI Layer 2. MAC and LLC are sublayers of Layer 2. The two broad categories of MAC are deterministic and non-deterministic. Examples of deterministic protocols include Token Ring and FDDI. In a Token Ring network, hosts are arranged in a ring and a special data token travels around the ring to each host in sequence. When a host wants to transmit, it seizes the token, transmits the data for a limited time, and then forwards the token to the next host in the ring. Token Ring is a collisionless environment since only one host can transmit at a time. Non-deterministic MAC protocols use a first-come, first-served approach. CSMA/CD is a simple system. The NIC listens for the absence of a signal on the media and begins to transmit. If two nodes transmit at the same time a collision occurs and none of the nodes are able to transmit. Three common Layer 2 technologies are Token Ring, FDDI, and Ethernet. All three specify Layer 2 issues, LLC, naming, framing, and MAC, as well as Layer 1 signaling components and media issues. The specific technologies for each are as follows: • Ethernet - uses a logical bus topology to control information flow on a linear bus and a physical star or extended star topology for the cables • Token Ring - uses a logical ring topology to control information flow and a physical star topology • FDDI - uses a logical ring topology to control information flow and a physical dual-ring topology
The two Internet Protocols are:IPv4IPv6