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Question		Answer
fidelity start learning		wierność
capabilities start learning		możliwości
node start learning		węzeł
radio waves start learning		fale radiowe
access point start learning		punkt dostępu
receiver-transmitter start learning		Nadajnik-odbiornik
topology start learning		topologia
connection point start learning		przyłącze
redistribute start learning		ponownie rozdzielać
bus start learning		szyna
fibre-optic cable start learning		światłowód
far apart start learning		daleko od siebie
boundaries start learning		Granice
checksum start learning		suma kontrolna
reversed start learning		odwrócony
subdivided start learning		podzielony
supervise start learning		kontrolować
congestion start learning		zator
reassemble start learning		zmontować
reroute start learning		przekierowywać
header start learning		nagłówek
comprising start learning		zawierający
encode start learning		zakodować
wiring (the system of wires) start learning		okablowanie (układ przewodów)
token start learning		odznaczenie
occur start learning		wydarzyć się
span start learning		rozciągać
slate start learning		tabliczka
Local Area Network start learning		LAN
peer-to-peer start learning		type of LAN architecture- two computers have the same capabilities
client-server start learning		type of LAN architecture where one computer acts as server controlling other workstations
Ethernet start learning		one of the most common protocols for LAN
router start learning		connecting different networks together, allows several computers on LAN to share internet connection
Gateway start learning		interface enabling dissimilar networks to communicate
Bridge start learning		hardware and software combination used to conect the same types of networks
Backbone start learning		handle major data traffic
Network start learning		number of computers and peripherals linked together
LAN start learning		network connecting computers over a small distance such as company
Server start learning		powerful computer storing data shared by clients
client start learning		network computer
thin client start learning		single computer
hub start learning		electronic device connecting all data cabling
Application Layer start learning		part of communication process that user sees. This layer converts a message's data from human-readable form into bits
Presentation Layer start learning		ensures that message is transmitted in language that receiving cmputer can interpret. Translates language, encrypts
Session Layer start learning		opens communication and has job of keeping straight the communication among all nodes. It set boundaries for the beggining and end of message. Establish whether message is send in full or half duplex
Transport Layer start learning		protects data being sent. It subdivides data into segments, creates checksum tests- that can be used later to determine if the data was scrambled. I make backup copies of data
Network Layer start learning		selects route for the message and forms data into packets, counts them and adds header cotaining sequence of packets
Data-link Layer start learning		supervises transmission, confirms the checksum, keeps copy of each packet until it receiver confirmation from the next point
physical layer start learning		encodes packets into analogue signal if the message is going across a telephone line and sends packets along that medium
intermediate node start learning		calculates and verifies the checksum for each packet, reroute the message to avoid congestion on network
half-duplex start learning		each computer takes turns sending and receiving
full-duplex start learning		both computers send and receive at the same time
modem start learning		used to convert signals from analogue to digital
Access Point start learning		enable computers to be connected together to form WLAN
asynchronous transmission start learning		sends one byte at the time
synchronous transmission start learning		sends data in blocks
Wireless fidelity start learning		Wi-Fi
WiFi start learning		creation of WLANS where cables and wires ale replaced by radio waves
Wireless Local Area Network start learning		WLAN
hotspot start learning		WLANs available for public use
Star topology start learning		topology where central devicce has all devices directly connected to it.
bus topology start learning		topology where every workstation is connected to main cable
ring topology start learning		Topology where workstations are connected one to another in closed loop
tree topology start learning		topology where group of stars ale connected to one bus
WANs start learning		have no geographical limit and may connect computers or LANs on opposite sides od the world.
Internet start learning		the largest WAN in existence
Wide Area Networks start learning		WANs
Integrated Services Digital Network start learning		ISDN
Digital Subscriber Line start learning		DSL
Network interface card start learning		NIC
Wired Equivalent Privacy start learning		WEP

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