Abstract: A method, system computer-readable medium and software arrangement are provided for processing a device support file for a field device, such as a Foundation™ Fieldbus device. A device support file can be installed on a processing arrangement. The device support file may be received, for example, from a remote computer system. In one exemplary embodiment, a configuration file may be opened and reviewed to identify any missing device support files, and the missing files may be obtained automatically from the remote computer system. Upon the installation, a capabilities file of the device support file may be validated by comparing the capabilities file with common (previously obtained) rules generally associated with the capabilities file. In one further exemplary embodiment, the capabilities file may be validated by performing a consistency check of the retrieved capabilities file with a current version of the common rules.

Abstract: The present invention relates generally to a logic arrangement, system and method which aid in a design of a fieldbus network configuration. In particular, the present invention includes certain functions for an automatic generation and verification of block and device tags, function block verification and modifications for function block type consistency based on information in the block profile, automatic allocation of function blocks into devices by an off-line scheduler, and a control strategy configuration system (which uses artificial intelligence to generate and maintain a fieldbus design knowledge-base). Accordingly, the user is able to easily configure the fieldbus network and devices residing thereon in an effective manner, as well as use the previously used configurations for establishing new fieldbus networks.

Abstract: The present invention relates generally to a logic arrangement, system and method which aid in a design of a fieldbus network configuration. In particular, the present invention includes certain functions for an automatic generation and verification of block and device tags, function block verification and modifications for function block type consistency based on information in the block profile, automatic allocation of function blocks into devices by an off-line scheduler, and a control strategy configuration system (which uses artificial intelligence to generate and maintain a fieldbus design knowledge-base). Accordingly, the user is able to easily configure the fieldbus network and devices residing thereon in an effective manner, as well as use the previously used configurations for establishing new fieldbus networks.