Wiki » History » Version 45
Version 44 (piat, charles ugo, 03/16/2015 09:42 AM) → Version 45/114 (piat, charles ugo, 03/16/2015 02:56 PM)
h1. Problem positioning
The satcom lab of Télécom Bretagne will soon be equipped with a TooWay/KA SAT facilities (bi-directional internet via satellite) that come in two flavours: a fixed antenna for access within the lab and a fly away antenna for on-the field access. On-the-field access is provided through a transportable terminal (see pictures below). The transportable terminal integrates a modem, networking facilities and end-devices (e.g., DECT/VOIP phones).
The objective of this project is to design and integrate the portable terminal taking into account all aspects: communication, networking and physical integration.
h1. Introduction
The transportable terminal provides services in inhospitable and isolated locations. In particular, our aim consists in bringing internet access through wired and WiFi Wi-Fi IP network and to provide internal and external VoIP calls. The terminal is composed of two antennas (one fixe and another one mobile) and a modem to receive the signal from the Ka-Sat satellite and convert it into digital signal. One router, a Dect and some IP phones constitute the second part of the terminal to share the network between the internet access and the phone calls. In the first part of the project, we have identified the use cases and the corresponding network architecture (address and routing plan). Then we proceed with the integration of the networking and communication components in a ruggedized flight case. Later we have connected the transportable terminal to the fixe antenna to realize some tests and demonstrations of the overall system. The terminal is transportable with its mobile antenna and could be used during important and catastrophic events by the red cross for instance to keep them in touch with the head quarter.
h1. Content
h2. [[I.Design of the Ka-Sat Terminal]]
h3. a.Study of User Cases
h3. b.Design of the Network Architecture
h3. c.Description of the Components
h2. [[II.Networking and Communication between components]]
h3. a.Networking of components
h3. b.Establishment of the VoIP link
h3. c.Quality of Service and Firewall
h2. [[III.Integration on the Ka-Sat Terminal]]
h3. a.Mounting of the components on the ruggedized flight case
h3. b.User Manual
h2. [[IV.Results and performance]]
h3. a.Network analysis
h3. b.Rain conditions
h3. c.Upgradeability
h1. List of figure
The satcom lab of Télécom Bretagne will soon be equipped with a TooWay/KA SAT facilities (bi-directional internet via satellite) that come in two flavours: a fixed antenna for access within the lab and a fly away antenna for on-the field access. On-the-field access is provided through a transportable terminal (see pictures below). The transportable terminal integrates a modem, networking facilities and end-devices (e.g., DECT/VOIP phones).
The objective of this project is to design and integrate the portable terminal taking into account all aspects: communication, networking and physical integration.
h1. Introduction
The transportable terminal provides services in inhospitable and isolated locations. In particular, our aim consists in bringing internet access through wired and WiFi Wi-Fi IP network and to provide internal and external VoIP calls. The terminal is composed of two antennas (one fixe and another one mobile) and a modem to receive the signal from the Ka-Sat satellite and convert it into digital signal. One router, a Dect and some IP phones constitute the second part of the terminal to share the network between the internet access and the phone calls. In the first part of the project, we have identified the use cases and the corresponding network architecture (address and routing plan). Then we proceed with the integration of the networking and communication components in a ruggedized flight case. Later we have connected the transportable terminal to the fixe antenna to realize some tests and demonstrations of the overall system. The terminal is transportable with its mobile antenna and could be used during important and catastrophic events by the red cross for instance to keep them in touch with the head quarter.
h1. Content
h2. [[I.Design of the Ka-Sat Terminal]]
h3. a.Study of User Cases
h3. b.Design of the Network Architecture
h3. c.Description of the Components
h2. [[II.Networking and Communication between components]]
h3. a.Networking of components
h3. b.Establishment of the VoIP link
h3. c.Quality of Service and Firewall
h2. [[III.Integration on the Ka-Sat Terminal]]
h3. a.Mounting of the components on the ruggedized flight case
h3. b.User Manual
h2. [[IV.Results and performance]]
h3. a.Network analysis
h3. b.Rain conditions
h3. c.Upgradeability
h1. List of figure