A Distributed Communication System for Integration with Logistics Software

Truckage companies need continuous and up-to-date information about their business processes in order to respond quickly to customers’ needs and problems emerging during transport processes. Therefore a reliable and user-friendly communication system is required, which improves the relationship between drivers and dispatchers. The project ”Mobile Spedition im Web (SpiW)**” presented here, develops a mobile communication system, which focuses on the driver/dispatcher interaction. The main goals are integration with legacy logistics software and the possible use of new telematics and communication techniques. To achieve these goals, a component based architecture allows the later change and extension of components, making it possible to add new features to the system as they become available. A distributed workflow server supports the adjustment of business processes to individual needs

A Distributed Communication System for Integration with Logistics Software

Truckage companies need continuous and up-to-date information about their business processes in order to respond quickly to customers’ needs and problems emerging during transport processes. Therefore a reliable and user-friendly communication system is required, which improves the relationship between drivers and dispatchers. The project ”Mobile Spedition im Web (SpiW)**” presented here, develops a mobile communication system, which focuses on the driver/dispatcher interaction. The main goals are integration with legacy logistics software and the possible use of new telematics and communication techniques. To achieve these goals, a component based architecture allows the later change and extension of components, making it possible to add new features to the system as they become available. A distributed workflow server supports the adjustment of business processes to individual needs

A Distributed Logistic Support Communication System

This paper presents a communication architecture to provide an optimized support for communication within a logistic company. Truckage companies need continuous and up-to-date information about their business processes in order to respond quickly to customers' needs and problems emerging during transport processes. A reliable and user-friendly communication system is required, which improves the relationship between drivers and dispatchers. The main goals are integration with legacy logistics software and the possible use of new telematics and communication techniques. To achieve the goals above, a component based architecture allows the exchange and extension of components, making it possible to add new features to the system as they become available. The individual adjustment of business processes is supported by a distributed workflow engine

A Distributed Communication System for

Truckage companies need continuous and up-to-date information about their business processes in order to respond quickly to customers ' needs and problems emerging during transport processes. Therefore a reliable and user-friendly communication system is required, which improves the relationship between drivers and dispatchers. The project "Mobile Spedition im Web (SpiW) " presented here, develops a mobile communication system, which focuses on the driver/dispatcher interaction

A distributed logistic support communication system

Gruhn V, Hülder M, Ijoui R, Schleif F-M. A distributed logistic support communication system. In: Linger H, Fisher J, Wojtkowski WG, Zupancic J, Vigo K, Arnold J, eds. Proceedings of ISD 2003 - Constructing the Infrastructure for the Knowledge Economy - Methods and Tools, Theory and Practice. London: Kluwer Academic Publishers; 2003: 705-713

Safety, immunogenicity, and preliminary clinical efficacy of a vaccine against extraintestinal pathogenic Escherichia coli in women with a history of recurrent urinary tract infection: a randomised, single-blind, placebo-controlled phase 1b trial

Escherichia coli infections are increasing worldwide in community and hospital settings. The E coli O-antigen is a promising vaccine target. We aimed to assess the safety and immunogenicity of a bioconjugate vaccine containing the O-antigens of four E coli serotypes (ExPEC4V)