Abstract: A solution for synchronizing a network comprising a plurality of interconnected nodes provides a stable synchronized state, especially for large scale networks. Signal transmission speed and the length of each interconnection of the network is configured to cause a delay of the signals received by a node from the other node of the interconnection which is larger than one millionth of the free-running period of the controllable oscillator of the receiving node such that Network-wide synchronization of oscillators is achieved for all nodes of the network in a continuous self-organized process in interaction with the other node of the network.

Abstract: A solution for synchronizing a network comprising a plurality of interconnected nodes provides a stable synchronized state, especially for large scale networks. Signal transmission speed and the length of each interconnection of the network is configured to cause a delay of the signals received by a node from the other node of the interconnection which is larger than one millionth of the free-running period of the controllable oscillator of the receiving node such that Network-wide synchronization of oscillators is achieved for all nodes of the network in a continuous self-organized process in interaction with the other node of the network.

Abstract: A method in signal processing is used for quantizing likelihood quotients of binary random variables for transmitting between at least two signal processing units. Decision levels and reconstruction levels of a quantization of likelihood quotients are thereby determined by maximizing corresponding information between the binary random variables and the associated quantized likelihood quotients at a prescribed probability distribution of the likelihood quotients. A corresponding quantization device determines decision levels and reconstruction levels of a quantization of the likelihood quotients by maximizing the corresponding information between the binary variables and the associated quantized likelihood quotients at a prescribed probability density of the likelihood quotients.

Abstract: There is provided a system and method for multi-user detection by a plurality of base stations situated at different geographical locations through base station cooperation. An exemplary method comprises exchanging detected data iteratively while performing separate detection and decoding of received data streams.

Abstract: The invention relates to a method in signal processing for quantizing likelihood quotients of binary random variables for transmitting between at least two signal processing units. Decision levels and reconstruction levels of a quantization of likelihood quotients are thereby determined by maximizing (10) corresponding information between the binary random variables and the associated quantized likelihood quotients at a prescribed probability distribution of the likelihood quotients. The invention further relates to a corresponding quantization device. For the quantization device, means are provided for determining decision levels and reconstruction levels of a quantization of the likelihood quotients by maximizing the corresponding information between the binary variables and the associated quantized likelihood quotients at a prescribed probability density of the likelihood quotients.

Abstract: A method and a corresponding system for estimating and refining channel tap values for use in an equalizer on the receiver side, wherein the method is based on exploiting statistics of logic strings that multilevel codes impose on a transmitted signal.

Abstract: There is provided a system and method for multi-user detection by a plurality of base stations situated at different geographical locations through base station cooperation. An exemplary method comprises exchanging detected data iteratively while performing separate detection and decoding of received data streams.