Ethernet (19) | ![]() |
Local area network (15) | ![]() |
Ethernet, digital subscriber line, and optic fiber, which are already in use for the Internet; Zigbee and WIFI,
G#4v 7074 Local area network G#5v 7075 Ethernet 0#6#ethernet Ethernet G#5v 7076 Local area network
0#6#local area network Local area network G#4v 7077 Networking devices G#5v 7078 Networking device 0#6#networking device Networking device
G#5v 7079 Router 0#6#router Router 0#6#wireless router Router G#3v 7080 Data transfer rates
G#4v 7081 Data transfer rate 0#5#data transfer rate Data transfer rate G#4v 7082 Gigabit per second 0#5#gbps Gigabit per second
0#5#gigabit per second Gigabit per second G#4v 7083 Kilobit per second 0#5#kbps Kilobit per second 0#5#kilobit per second Kilobit per second
from the single computer to the local area network (LAN) at ï rst, and eventually to the global Internet.
communication (DSRC) and mobile wireless local area networks (WLAN. In conjunction with satellite positioning, this will support personalised applications such as emergency calls and
WLAN Wireless local area network Glossary IN T E L L IG E N T T R
Cost and ARPU per customer per month for FTTH P2p Ethernet at 70 %penetration 45
Ethernet, P2p GPON, and FTTB P2p DSL. 55 Neither cable television infrastructure nor wireless was considered. The national territory was segmented then into twenty different
Ethernet covering the full national territory, an average ARPU of â 44 would be required see Figure 17.
Cost and ARPU p er customer per month for FTTH P2p Ethernet at 70 %penetration
network, close to the customer premises,(2) P2p Ethernet is Point-to-Point fibre access network with single fibres
per home and Ethernet switches concentrating the customer traffic at the central MPOP (ODF) sites.
such as Ethernet LAN, and broadband-over -powerline (BPL) communications. Subscriptions with access to data communications (including
analysing the power of Robert Metcalfe†s Ethernet design, the value of telecommunication networks grows as an exponential function of the number of
Ethernet: Distributed Packet Switching for Local Computer networks Communications of the ACM 19 (7: 395†405
Companies with Local area network 90,9 86,4 Companies with internet 97,9 97,2 Companies with broadband 99,5 99,4
%)In turn, 87.3%had a Local area network (LAN) installed, and 61.9%had a Wireless Local area network 95.3%of companies were set up with mobile phones
On the other hand, 75.8%of companies with Internet access had a website. In those with 250 or more employees, this percentage reached 95.7
-Local area network 87.3 85.9 95.0 97.7 -Wireless Local area network 61.9 59.5 74.2 81.1 -Internet connection 98.3 98.2 99.1 99.8
-Mobile telephony 95.3 94.8 97.8 99.4 -Other technologies (for example, GPS, TPV, etc. 38.0 37.5 39.5 47.0
-Local area network 24.0 24.4 -Wireless Local area network 16.4 17.6 -Internet connection 65.7 67.7 -Broadband (fixed or mobile) Internet connection (1) 98.5 99.0
Mobile telephone 74.6 76.5 Other ICT infrastructures (i e. GPS, TPV, etc. 21.4 21.7 %companies having Internet connection and website/webpage (1) 29.3 28.7
, Ethernet, PLC) communication technologies. For 100 M. Castrucci et al testing purposes, only a simplified version of the Cognitive Manager has been imple
MB) has been conducted on the Ethernet link. After approximately 10s, one extremity of the Ethernet cable has been disconnected physically from its socket and the flow
Ethernet and Wi-fi have different throughputs. Without the cognitive framework, it is evident that the FTP session would not be terminated at all.
IEEE 802.11 Wireless Local area networks, http://ieee802. org/11 /18. Spyropoulos, T.,Psounis, K.,Raghavendra, C.:
b) Layer 2, Ethernet and MPLS. Users will be able to get control over Ethernet and
MPLS (Layer 2. 5) switches to configure different services. In this aspect, Mantychore will integrate the Ether project 6 and its capabilities for the management of Ethernet
and MPLS resources c) Layer 3, Mantychore FP7 suite includes set of features for: i) Configuration and
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