TH8716B - Frequency sensitive TDMA communication system - Google Patents

Abstract

The intelligent communication node offers dynamic selection of frequency and time channel assignments for communication with remote devices with different communication protocols as well as different available frequencies and time channels. Unlike in TDMA systems, frequency-sensitive transmitters and receivers, coupled with adjustable time channel options, allow communication with remote devices using different protocols. The ability to manipulate the frequency and time of the nodes allows for higher spectral efficiency.

Claims (8)

1. In communication systems with clues And at least there are first and second TDMA (time diviston multiple access) remote devices. This one remote device has Prometheus. One communication token using one frequency channel and a time. The second remote device has a second communication protocol that uses a second frequency and time channel. One protocol is different from the second protocol. The improvements on the gland consist of; A device to select from the first and second remote devices. On the first and second such frequency And give birth to the information that was obtained; A device for separating the aforementioned mixed information into corresponding data channels. In accordance with the aforementioned first and second time slots used by the first and second such remote devices; A device for combining information from the user data channel associated with the said node. To provide a user data in accordance with the aforementioned first and second time slots used by the aforementioned first and second remote devices; A device for transmitting a signal representing the said user information to the aforementioned first and second remote devices on the aforementioned first and second frequencies; A device for the receiving and transmitting frequency switches used by such send and receive devices. To provide receiving and transmitting signals that match the said transmission and reception frequencies used by the aforementioned first and second remote devices, respectively. When the signal is communicated between the aforementioned remote device and the node 2. Communication system according to claim 1, with additional components: A device for indicating the time that will be used by the aforementioned first and second remote devices. 3. Communication system according to license 2, with additional components: A device to indicate the frequency that will be used by the aforementioned first and second remote devices. 4. Communication system in accordance with clause 2 with additional components: A device for indicating the frequency that will be used by the aforementioned first and second remote devices. 5. Communication system in accordance with clause 1 where such an extractor contains a time channel selector to which the synchronization will be performed. The compounded information is provided as separate information for separate users to 6. Communication system according to license 1, where such an accessory is combined with a time slot option. Which will synchronize data from separate users It provides a single stream of information corresponding to the timing with the first and second chambers being used by the aforementioned first and second remote devices. 7. In communication systems with nodes and at least with remote devices. First and second TDMA (time diviston multiple access) This one remote device has Prometheus. One communication token using one frequency channel and a time. The second remote device has a second communication protocol that uses a second frequency and time channel. One protocol is different from the second protocol. The method of communicating the node consists of a procedure of: selecting the signal from the first and second remote devices. On the first and second such frequency And give birth to the information that was obtained; Separation of the aforementioned mixtures into appropriate data channels In accordance with the aforementioned first and second chambers used by the aforementioned first and second remote devices; The aggregation of information from the user data channel that is associated with the node. To achieve as a user data mixes in accordance with the aforementioned first and second time slots used by such first and second remote devices; Selecting a signal that is representative of such user information. To the aforementioned first and second distant devices on the first and second frequencies; The switching of the receiving and transmitting frequencies used by the aforementioned receive and transmit procedures. To make the receiving and transmitting frequencies coincide with the said transmit and receive frequencies used by remote devices. The first and second respectively when the signal is communicated between the said remote device and the node 8. Method of communication according to claim 7 with additional components: Procedures for indicating the time spent by the aforementioned first and second remote devices 9. Method of communication pursuant to claim 7, with additional components: The procedure for determining the frequency to be used by the aforementioned first and second remote devices 1 0. Method of communication in accordance with claim 8, with additional components: The procedure for indicating the frequency to be used by the first and second such remote devices 1. 1. Methods of communication pursuant to claim 7 where the aforementioned separation procedure consists of synchronizing the received mixtures into separate data for separate users 1. 2. Method of communication according to claim 7, whereby the process of combining such information consists of: Synchronizing data from incompatible users into a single stream of timely corresponding data with the first and second time slots used by the first and second such remote devices 1. 3. Communication node for communicating with at least one and two TDMA (time diviston multiple access) remote devices. These have different time and frequency protocols, including: a device to select from the first and second remote devices. On the first and second frequencies And give birth to the information that was obtained; A device for separating the aforementioned mixed information into corresponding data channels. In accordance with the first and second time slots Which is used by the first and second such remote devices; A device for combining information from the user data channel associated with the said node. To provide a user data in accordance with the aforementioned first and second time slots used by the aforementioned first and second remote devices; A device for transmitting a signal representing the said user information to the aforementioned first and second remote devices on the aforementioned first and second frequencies; A device for the receiving and transmitting frequency switches used by such send and receive devices. To comply with the aforementioned transmit and receive frequencies used by the aforementioned first and second remote devices, respectively. When the signal is communicated between the said remote device and knot 1. 4. The knot according to claim 13, which contains additional components as a device to indicate the time to be spent by the first and second remote devices 1 5. Knot according to claim 13, which contains additional components as a device to indicate the frequency to be used by the first and second remote devices 1. 6. Knot according to claim 14, which contains additional components as a device to indicate the time to be spent by the first and second remote devices 1. 7. Knot according to claim 13 where the aforementioned separate device contains a time slot selector which will synchronize the received mixtures into separate data for separate users 1. 8. Knot according to claim 13, wherein the composite device consists of a time slot selector, which synchronizes data from separate users into a single stream of corresponding information in a timeline with that time slot. The first and second used by the aforementioned first and second remote devices.