Abstract: The present invention relates to bispecific antibodies against ROR1 and CD3, their manufacture and use.

Abstract: A reconfiguration management architecture for a mobile communications system which includes a network and at least one software-definable terminal comprises a configuration management part (10) within the or each terminal and a configuration control part (20). The configuration management part (10) implements a proposed configuration to reconfigure the terminal provided the configuration control part (20) validates the proposed configuration.

Abstract: One embodiment of the invention provides a method and apparatus for performing service adaptation in respect of a mobile computing device. The method includes providing a service adaptation specification as a set of rules, where each rule comprises a rule body containing one or more premises and a rule head containing one or more conclusions that hold if said one or more premises are true. The rules are defined as classes in an ontology. The premises represent adaptation context and the conclusions represent service adaptation decisions. The method further comprises running the rules on a Description Logics reasoner in conjunction with adaptation context relating to the mobile computing device for a requested service to produce one or more service adaptation decisions. The method further comprises adapting the requested service provided to the mobile computing device in accordance with the service adaptation decisions from the description logics reasoner.

Abstract: One embodiment of the invention provides a method and apparatus for use by a device in a pervasive computing environment. The method includes receiving at the device multiple XML sources describing devices and/or services currently available to said device within the pervasive computing environment. The device then transforms the received multiple XML sources into a single ontology. In one embodiment, the multiple XML sources are first transformed into two or more ontologies, which are then merged into a final single ontology for use by the device.

Abstract: A reconfiguration management architecture for a mobile communications system which includes a network and at least one software-definable terminal comprises a configuration management part (10) within the or each terminal and a configuration control part (20). The configuration management part (10) implements a proposed configuration to reconfigure the terminal provided the configuration control part (20) validates the proposed configuration.

Abstract: A protocol stack for a communications system has an architecture incorporating active programming interfaces capable of supporting reconfiguration of the stack. The stack has a plurality of layers (pro-layers) and a plurality of object-oriented interfaces (pro-interfaces) whose respective functionalities are defined by layer classes and programming interface classes. Execution of these functionalities is controlled by thread objects.