| Bluetooth (13) |  |
| Cellular network (263) | |
| Long-term evolution (101) | |
| Radio-frequency identification (140) | |
| Wimax (57) | |
| Wireless access point (3) | |
| Wireless application protocol (8) | |
| Wireless communication (265) | |
| Bluetooth (13) | |
| Cellular network (263) | |
| Long-term evolution (101) | |
| Radio-frequency identification (140) | |
| Wimax (57) | |
| Wireless access point (3) | |
| Wireless application protocol (8) | |
| Wireless communication (265) | |
G#3v 7206 Wireless application protocol 0#4#wap Wireless application protocol 0#4#wireless application protocol Wireless application protocol G#3v 7207 Wireless communication
0#4#wifi Wireless communication 0#4#wi-fi Wireless communication 0#4#wireless Wireless communication 0#4#wireless communication Wireless communication
0#4#wireless spectrum Wireless communication G#1v 7208 Computational linguistics G#2v 7209 Computational linguistics 0#3#computational linguistics Computational linguistics
Wide area monitoring and protection (WAM & WAP) systems will be applied to manage the congestions in the transmission systems in a way that improves the
and an SMS and WAP travel planner service The objective of the real-time information project is to provide travellers with the accurate
dialogue-oriented user menu on a WAP-compatible mobile phone (Wireless Application Protocol Another important benefit results from the traffic signal priority system allowing to improve
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