The Network and Sharing Center tool provides a central access point for all of the network controls and connections on a computer running Windows 7. 3. A device that connects one network to another is called a Router. 4. The most common method for illustrating the operations of a networking stack is the Open Systems Interconnections Reference Model, which consists of Seven layers.
Email: Electronic mail. An application in which the user can type text and attach other files to create the electronic equivalent of a postal letter, and send the email to another person using his or her email address. Enterprise network: A network owned and operated by a company, with that company being somewhat larger than typical, generally (but not exactly) with more than 1000 employees. HTTP: Hypertext Transfer Protocol, The protocol used by web browsers and web servers to define the format of URLs (web addresses) and the messages used to exchange web objects. Internet/the Internet: The global network formed by interconnecting most of the networks on the planet, with each home and company network connecting to an Internet service provider (ISP), which in turn connects to other ISPs.
JOHN CROZIER NT1230 CLIENT-SERVER NETWORKING UNIT 3 PROBLEM SET 1 MR T. PIERCE FILL IN THE BLANK 1. A software routine, which also acts as a filter that blocks certain type of incoming and outgoing traffic, while enabling other types is called a __________________. Answer: Firewall 2. The __________________ tool provides a central access point for all of the network controls and connections on a computer running Windows 7. Answer: Network and Sharing Center 3.
Lab 3 1. Why would a three-layer model of communication that has the layers physical, network, and application be insufficient to adequately describe network communication? Answer: There would be to much interference and the equipment will not work properly. 2. What is the history of the OSI reference model?
a. Local users b. Domain users d. Domain groups 7. Which of the following built-in Windows 7 accounts are
Back in the late 1970's, two projects began independently with the same goal in mind, which was to define a unifying standard for the architecture of networking. One was the ISO, (International Organization for Standardization), the other was the CCITT, (International Telegraph and Telephone Consultative Committee), both of these organizations developed a document that defined similar network models. It was deployed widely as an instructional tool, the OSI Reference Model was intended to serve as the foundation for the establishment of a widely-adopted suite of protocols that would be used by international networks, which became the internet, called the OSI Protocol Suite. 3. What is the history of the TCP/IP model?
24. (x + 4)(x + 6) 27. (t − 4)(t − 9) 25. (a − 5)(2a − 6) 28. (n + 8)(2n − 7) 26.
They are usually located in a LAN like a home or on the internet. Lab 2.1 Review 1. A network device is equipment used to connect two or more computers together, such as a router, network cable, and network cards. A peripheral device is any external device on a computer such as a mouse, keyboard, or a monitor. 2.
The following organizations will be discussed that handle the transfer of data, ISO, ASC X12N, ASTM, HL7, NCPDP. Protocols Used The OSI has seven layers of protocols, they are application, presentation, session, transport, network, data link, and physical. Application allows communication in a number of different ways. Some of the ways that Application layer allows communication is through file transfers through “e-mail and other network software like Telenet and FTP” (Softpanorama, 2014). The presentation layer “provides independence from
This will be a security feature allowing us block any unwanted connections. Frame Relay: WAN Protocol for Internetworking Frame Relay is a WAN protocol for LAN internetworking which operates at the physical and data link layer to provide fast and efficient method of transmitting information from a user device to another across multiple switches and routers. Frame Relay is based on packet-switched technologies similar to x.25, which enables end stations to dynamically share the network medium and the available bandwidth. It employs the following two packet techniques: a) Variable-length packets and b) Statistical multiplexing. It does not guarantee data integrity and discard packets when there is network congestion.