a. NWLink
b. IPX
c. SPX
d. NCP
The Transmission Control Protocol (TCP) provides the most error-handling capabilities among networking protocols.
The Internet is based on packet-switched protocols. Information is carried in packets, which can be imagined as small parcels being passed from computer to computer. Large chunks of data are usually broken up into several smaller packets before being sent through the network. The delivery mechanism, or protocol, that is used to encode the packet ensures safe transit, and provides a way of reconstructing the data when it reaches its destination. The protocols used on the Internet are referred to as TCP/IP, standing for Transmission Control Protocol / Internet Protocol. As a switched network, the physical connections between computers do not matter as far as Internet traffic is concerned - the protocols ensure that guaranteed information delivery is more important than speed or use of a particular route. This means that a sequence of packets might arrive out of order, with some travelling through the net by a faster, shorter route than others. TCP/IP provides the means for your software to piece together those packets into meaningful data. The ability to take different routes through the network is a fundamental part of the original design of TCP/IP, as it allows the Internet to route around damaged areas of the network.
TCP The three way handshake verifies that data arrived
Resource Conservation and Recovery Act
Network Layer This layer addresses the data. It adds an IP address which allows our data to flow across networks. The protocols involved in this layer are IP and IPX. Data Link Layer This layer provides the functional and procedural means to transfer data. It also corrects any errors that may occur in the Physical layer. The protocols used at this layer are media access control and logical link control.
The Novell protocol is SPX
The two main protocols associated with Layer 4 of the OSI model, which is the Transport layer, are Transmission Control Protocol (TCP) and User Datagram Protocol (UDP). TCP provides reliable, connection-oriented communication with error correction, while UDP offers a connectionless, faster method for data transmission without guaranteed delivery. These protocols are essential for managing data flow between devices in a network.
Dovecot supports IMAP & POP3 protocols.
Adherence to Protocols & Standards in designing software, protocols & firmware provides compatibility & assurance of functionality (i.e. independenct of environment if properly used).
Star Topology
The Transmission Control Protocol (TCP) provides the most error-handling capabilities among networking protocols.
I'm gonna say they most definitely are NOT all concerned with reliability. UDP is a transport layer protocol that provides connectionless, unreliable data delivery services.
The cost to do a guaranteed analysis for pet food varies depending on where you send your treats. New Jersey Feed Labs provides guaranteed analysis starting at $33.50 per treat.
White Glove Delivery provides in-home delivery and light assembly of most furniture and related items as well as removal of all packaging materials.
CHAP (Challenge Handshake Authentication Protocol) The CHAP provides protection against palyback attack by the peer also requires both the client and server.
Provides values that enable different transport layer protocols to perform different functions
TCP is used when efficient data delivery has to be guaranteed. Therefore, inherently, the protocol is slow, since it does a lot of background work when delivering data. So, we use TCP when we want the data to reach safely and completely rather than requiring speed of delivery. UDP on the other hand ensures speedy delivery but without any check on the transmitted data. UDP also has a lesser overhead than TCP and therefore is used for Application level protocols where the number of requests is very high, eg DNS.RegardsBinaek SarkarFoundation***************************************************************TCP is a transport layer protocol used by applicationsthat require guaranteed delivery. It is a sliding window protocol that provides handling for both timeouts and retransmissions.TCP establishes a full duplex virtual connection between two endpoints. Each endpoint is defined by an IP address and a TCP port number. The operation of TCP is implemented as a finite state machine.The byte stream is transfered in segments. The window size determines the number of bytes of data that can be sent before an acknowledgement from the receiver is necessary.