Abstract: A method of operating a network element of a wireless communication network is provided, wherein the network element is capable of communicating with a user equipment via at least two different communication technologies. The method includes communicating data between the user equipment and the network element by using a first communication technology and communicating the data between the network element and a further network element by using a second communication technology different from the first communication technology.

Abstract: Apparatus and method for communication are provided.

Abstract: Apparatus and method for communication are provided. The method includes setting up at least one second radio bearer for at least one second user equipment of the multi-radio user equipment on a second carrier, the first and second carriers being different and associating the first and at least one second radio bearers with a bearer which is set up between the apparatus and a core network. Data to be transmitted is multiplexed to the multi-radio user equipment to the first and second bearers and data received from the multi-radio user equipment on the first and second bearers is demultiplexed to the bearer which is set up between the apparatus and a core network.

Abstract: A method of operating a network element of a wireless communication network is provided, wherein the network element is capable of communicating with a user equipment via at least two different communication technologies. The method includes communicating data between the user equipment and the network element by using a first communication technology and communicating the data between the network element and a further network element by using a second communication technology different from the first communication technology.

Abstract: A method is disclosed for improving the control of a project features. The method, in at least one embodiment, includes definition of a Bayesian network, by modeling as external nodes of the Bayesian network each project variable of the project able to be measured and/or influenced, and defining dependencies between the modeled nodes; executing an assignment process by which project variable values which show possible values of the project variables which represent the nodes are assigned to the modeled nodes; calculation of a project variable value of a child project variable based on project variable values of assigned parent project variables and the defined dependencies of the child project variable on the at least one parent project variable, and control of the project using the calculated project variable value.

Abstract: Information received by a calculating unit via a signal from a transmitting station to a receiving station is provided with a code, a number of integral multiples of the code coming into the receiving station during the signal transfer time that the signal requires to travel between the transmitting station and the receiving station. During a first iteration, the number of integral multiples of the code is calculated and the calculated number is used at least in a second iteration without a fresh calculation being carried out.

Abstract: Information received by a calculating unit via a signal from a transmitting station to a receiving station is provided with a code, a number of integral multiples of the code coming into the receiving station during the signal transfer time that the signal requires to travel between the transmitting station and the receiving station. During a first iteration, the number of integral multiples of the code is calculated and the calculated number is used at least in a second iteration without a fresh calculation being carried out.