Directions: Give the corresponding words of the following abbreviations. Write your answers on the space provided. 1. NOS - 6. ESD - 2. TCP - 7. LED- 3. IP- 8. OS - 4. UDP - 9. DC- 5. DNS- 10. ADDS -

Q: What are some of TCP's merits and flaws, please?

A: TCP is a transport layer protocol that focuses on establishing connections between different…

Q: To put it another way, what is the TCP/IP stack?

A: TCP / IP Protocol Stack LayersInternet architecture is made up of four layers that work together.…

Q: Look about the distinctions between TCP and UDP.

A: Transmission Control Protocol is referred to as TCP. User Datagram Protocol is referred to as UDP.…

Q: What separates UDP from TCP?

A: UDP: It seems to be  a transport layer protocol that provides a connectionless and unreliable…

Q: What is the url of a private network? Does a datagram with a private network address have a chance…

A: Private Network: How Do You Define Private Network? Any connection inside a given network where…

Q: In today's Internet, why is music and video data frequently handled through TCP rather than UDP?

A:

Q: How does "Dynamic DNS" (DDNS) differ from standard DNS?

A: The Domain Name System (DNS) acts like the internet's phone book, converting user domain names into…

Q: Examine the distinctions between TCP and UDP in greater detail.

A: In this question we need to explain the differences between Transmission Control Protocol (TCP) and…

Q: What is the difference between TCP and UDP?

A: Given: TCP (Transmission Control Protocol) is a connection-oriented protocol, which implies that…

Q: Why does the modern Internet distribute data types like music and video using TCP as opposed to UDP?

A: Introduction In this question, we are asked Why does the modern Internet distribute data types like…

Q: It is critical to describe the function of online analytical processing (OLAP) in descriptive…

A: In the context of descriptive analytics, describe the OLAP. OLAP :- Processing analytical data…

Q: Could you please clarify how TCP and UDP vary from one another?

A: Given: TCP and UDP are the two communication protocols that are often utilized.  These are the two…

Q: As opposed to using the User Datagram Protocol (UDP), why is TCP used for HTTP, FTP, SMTP, and POP3?

A: TCP (Transmission Control Protocol) is used for applications such as HTTP, FTP, SMTP, and POP3…

Q: What makes TCP and UDP different from one another?

A: Introduction: TCP and UDP are the two communication protocols that are often utilized. And these are…

Q: hy does the Internet of today utilize TCP rather than UDP for the dissemination of different kinds…

A: The Internet of today primarily utilizes TCP (Transmission Control Protocol) for the dissemination…

Q: What's the distinction between TCP and UDP?

A: TCP (Transmission Control Protocol) and UDP (User Datagram Protocol) are two widely-Used transport…

Q: oes the User Datagram Protocol (UDP) relate to the Transport Control Pr

A: Introduction: Below the describe the User Datagram Protocol (UDP) relate to the Transport Control…

Q: What is the User Datagram Protocol (UDP) exactly?

A: User Datagram Protocol (UDP): UDP provides many advantages for various application kinds,…

Q: Why does TCP predominate over UDP when it comes to data transfer?

A: TCP stands for Transmission Control Protocol and UDP stands for User Datagram Protocol. Both TCP and…

Q: used for the majority of onlin

A: TCP (Transmission Control Protocol) and UDP (User Datagram Protocol) are both transport layer…

Q: What do TCP and UDP do, and how do they vary from one another? There are four main ways in which…

A: TCP and UDP : While UDP is connectionless protocol, TCP is a connection-oriented protocol. Speed is…

Q: What are the differences and similarities between TCP and UDP and give an examples for each one?

A: DIFFERENCE BETWEEN TCP AND UDP:   TCP UDP Acronym TCP stands for Transmission Control Protocol.…

Q: Does the TCP/IP model address the security concerns?

A: Introduction: TCP/IP is a mix of two different protocols, as the name suggests: TCP (Transmission…

Q: What is the definition of a private network address? Should a datagram with a private network…

A: Intro What is the definition of a private network address? Should a datagram with a private…

Q: Which parts of the TCP/IP protocol suite are discussed in this book?

A: The answer is given below step.

Q: 3. How TCP AND UDP DIFFERENTIATE FROM EACH OTHER?

A: TCP:-TCP stands for "Transmission Control Protocol". It is one of the core protocols of the Internet…

Q: In this chapter, we will cover the OSI and TCP/IP protocols, which are both major sets of protocols.…

A: Introduction: TCPIP and OSI are both acronyms for Transmission Control Protocol/Internet Protocol.…

Q: You should read up on the topic of TCP and UDP to learn the distinctions between the two.

A: Given: The abbreviation for Transmission Control Protocol (TCP) is Transmission Control Protocol.…

Q: distinction between TCP and UDP.

A: Introduction : TCP (Transmission Control Protocol) is a protocol used for sending data over the…

Q: What is a TCP/IP stack?

A: TCP / IP Stack, or internet protocol suite, is a set of communication systems used by the Internet…

Q: Describe TCP/four IP's abstraction levels.

A: Introduction: Transmission Control Protocol(TCP)/IP(Internet Protocol) stands for Transmission…

Q: Examine the distinctions between TCP and UDP in further detail.

A: Transport Layer: The transport layer is the 4th from the top. The transport layer's primary(main)…

Q: Compare and contrast UDP and TCP to find out what is so special about UDP.

A: TCP: TCP stands for Transmission Control Protocol. It is a connection-oriented protocol designed…

Q: A list of protocols used by a system, one protocol per layer, is called

A: A protocol stack is a group of protocols that allow software and hardware to perform a function. For…

VLAN

VLAN stands for Virtual Local Area Network, and it is created from one or more local area networks. A Virtual Local Area Network (VLAN) is a customized network made up of one or more LANs. It allows a set of devices from different networks to be converted into a single logical network. As a result, a virtual LAN that is managed similarly to a physical LAN emerges.