Abstract: The invention relates to a method of setting a plurality of wireless telecommunication parameters in a wireless telecommunication network (400), wherein the method comprises the following steps: setting (106) a first parameter of the plurality of wireless telecommunication parameters in a first cell by a network entity (104); running (110; 206) an algorithm for optimizing at least one second parameter of the plurality of wireless telecommunication parameters in the first and/or at least one second cell dependent on the first parameter.

Abstract: A network element (326) of a cellular telecommunications system (300), the network element comprising: classification means (336) for assigning a classification to a user service, request (332) for a telecommunications service of the cellular telecommunications system; and—assigning means (338) for assigning a set of class specific cell configuration parameters (334) that are to be used for the provision of the telecommunications service, wherein the assignment of the class specific cell configuration parameters depends upon the classification.

Abstract: The invention relates to a method for determining a set of replacement transmission parameters for a plurality of cells (108; 110; 112) of a digital cellular wireless telecommunication network (100) for transmissions, wherein the method comprises: determining (S1) constraints; determining (S2) a set of current transmission parameters, wherein the set of current transmission parameters comprises parameters currently used in the plurality of cells (108; 110; 112); evaluating (S3) several candidate sets of replacement transmission parameters by considering the constraints, wherein each candidate set is adapted for replacing the set of current transmission parameters; simulating (S4) network conditions for the plurality of cells (108; 110; 112) for each candidate set of the several candidate sets; comparing (S5) the simulated network conditions; determining (S6) a best set from the candidate sets by using the results of the comparison; setting (S7) the best set as the set of replacement transmission parameters; u

Abstract: A network element (326) of a cellular telecommunications system (300), the network element comprising: classification means (336) for assigning a classification to a user service, request (332) for a telecommunications service of the cellular telecommunications system; and—assigning means (338) for assigning a set of class specific cell configuration parameters (334) that are to be used for the provision of the telecommunications service, wherein the assignment of the class specific cell configuration parameters depends upon the classification.

Abstract: The invention relates to a method of setting a plurality of wireless telecommunication parameters in a wireless telecommunication network (400). wherein the method comprises the following steps: setting (106) a first parameter of the plurality of wireless telecommunication parameters in a first cell by a network entity (104); running (110; 206) an algorithm for optimizing at least one second parameter of the plurality of wireless telecommunication parameters in the first and/or at least one second cell dependent on the first parameter.

Abstract: An optical module comprises a support (T) on which an optical fibre (F) is mounted. Introduced on the support (T) is a V-groove (VG) that serves only to fix the fibre (F). Applied perpendicularly to the groove (VG) is a strip-shaped contact layer (CL). The fibre (F) is pressed into the groove (VG). When the fibre (F) is pressed into the groove (VG), the contact layer (CL) forms a mechanical joint with the fibre (F) in the form of a cold weld. This functions particularly well in the case of glass fibres having a contact layer of aluminium (Al). The contact layer (CL) is preferably composed of a plurality of narrow strips extending perpendicularly to the groove (VG).

Abstract: The invention relates to an optical module and to method for manufacturing an optical module comprising the steps of: providing a groove in a substrate for positioning an optical component, providing the optical component, bonding the optical component to the groove by means of an aluminium-oxide bonding process, whereby an aluminium layer is formed on a lower portion of the optical component.

Abstract: The invention is a method for manufacturing an optical module where on forms a groove in a substrate for positioning a component such as an optical component. The optical component is provided to be bonded into the groove by a aluminum oxide bonding process. To prepare the bonding an aluminum layer is deposited on the optical component followed by a protection layer.

Abstract: The invention relates to an optical module and to method for manufacturing an optical module comprising the steps of: providing a groove in a substrate for positioning an optical component, providing the optical component, bonding the optical component to the groove by means of an aluminium-oxide bonding process, whereby an aluminium layer is formed on a lower portion of the optical component.

Abstract: An optical module comprises a support (T) on which an optical fibre (F) is mounted. Introduced on the support (T) is a V-groove (VG) that serves only to fix the fibre (F). Applied perpendicularly to the groove (VG) is a strip-shaped contact layer (CL). The fibre (F) is pressed into the groove (VG). When the fibre (F) is pressed into the groove (VG), the contact layer (CL) forms a mechanical joint with the fibre (F) in the form of a cold weld. This functions particularly well in the case of glass fibres having a contact layer of aluminium (Al). The contact layer (CL) is preferably composed of a plurality of narrow strips extending perpendicularly to the groove (VG).