Construcción de la red inalámbrica de datos para el nuevo edificio del Área de la Energía, las Industrias y los Recursos Naturales no Renovables.
One of the most promising and discussed technologies in this decade is to be able to communicate computers through wireless technology. The connection of computers using Radio Waves or Infrared Light is currently being extensively investigated. Wireless Networks facilitate operation in places where...
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| מחבר ראשי: | |
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| מחברים אחרים: | , , |
| פורמט: | bachelorThesis |
| שפה: | spa |
| יצא לאור: |
2009
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| נושאים: | |
| גישה מקוונת: | http://dspace.unl.edu.ec/jspui/handle/123456789/18185 |
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הוספת תג
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הוספת תג | סיכום: | One of the most promising and discussed technologies in this decade is to be able to communicate computers through wireless technology. The connection of computers using Radio Waves or Infrared Light is currently being extensively investigated. Wireless Networks facilitate operation in places where the computer can not stay in one place, such as in warehouses or multi-storey offices. Wireless interconnect technologies range from global voice and data networks, enabling users to establish wireless connections over long distances, to infrared and radiofrequency technologies that are optimized for wireless connections over short distances. Commonly used devices for wireless interconnection include portable computers, desktop computers, personal digital assistants (PDAs), cell phones, pen devices, and pagers. Wireless technologies have many practical uses. For example, mobile users can use their cell phone to access email. People traveling with laptops can connect to the Internet through base stations installed in airports, railway stations and other public places. At home, users can connect devices to their desktop computer to synchronize data and transfer files. Wireless networks are not expected to replace wired networks. These offer higher transmission speeds than those achieved with wireless technology. While existing wireless networks offer speeds of 2 Mbps, wired networks offer speeds of 10 Mbps and are expected to reach speeds of up to 100 Mbps. Fiber Optic Cable systems achieve even greater speeds, and futuristically thinking Wireless networks reach speeds of only 10 Mbps. However you can mix the wired and wireless networks, and in this way generate a "Hybrid Network" and be able to solve the last meters towards the receiver. The wiring system can be considered the main part and the wireless system provides additional mobility to the equipment and the operator can be easily moved within a warehouse or an office. Today's decisions in wireless networks condition tomorrow's business, in today's business world, so competitive, companies must improve their indoor and outdoor communications to maintain their growth in the market. Productivity is key to improving profitability, but how can we improve communications and increase productivity? Advanced applications such as intranet technology, three-dimensional imaging, multimedia programs, computer aided design, broadband video and video to the job can help us. These changing technologies increasingly require the corporate wireless network. In a quiet way, wireless networks (WN), are entering the consumer market thanks to popular prices and a group of enthusiasts, mostly private, who have seen the enormous possibilities of this technology. The applications of the wireless networks are multiple. At the moment they are going to create a new way of using the information, because this information will be available to everyone through the Internet anywhere (in which there is coverage). In the near future, all the devices that we have today will be reunited to give way to a new technology in electronic devices that could perfectly well be called "Internet Terminals" in which the functions of mobile phone, agenda, video terminal, Multimedia, laptop, etc. It could lead to a free and parallel Internet which would be based on the networks that altruistically each of us would make available to others by incorporating them as the destination and origin of information. In the following document we are going to deepen this new technology by presenting its basic concepts, the conformation or architecture of the same, its advantages, its installation, and the different components that make up the WIRELESS DATA NETWORK. This informative documentation recounts the study, execution and verification of our thesis project, in order to contribute to the theoretical-practical knowledge about the technology offered by wireless networks. The objectives proposed to carry out the present project are: 1.1. GENERAL OBJECTIVES Create a wireless network for the new building of the Area of Energy, Industries and Non-Renewable Natural Resources of the National University of Loja 1.2. SPECIFIC OBJECTIVES Acquire the equipment to make a wireless network. Make the connections (electrical network, wireless network, structured wiring), in order to achieve the correct network life. Demonstrate the validity of the teams. Indicate the security and reliability of the implemented wireless network syste |
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