Abstract: Reconfigurable Integrated Circuit with On-Chip Configuration Generation A circuit and method are provided in which reconfiguration is achieved through the modification of a dynamic data path using configuration information generated on the basis of run-time variables. Rather than storing a plurality of pre-set configurations, this can allow configurations optimized to processing tasks to be implemented during operation.

Abstract: Reconfigurable Integrated Circuit with On-Chip Configuration Generation A circuit and method are provided in which reconfiguration is achieved through the modification of a dynamic data path using configuration information generated on the basis of run-time variables. Rather than storing a plurality of pre-set configurations, this can allow configurations optimised to processing tasks to be implemented during operation.

Abstract: A design system for generating configuration information and associated executable code based on a customisation specification, which includes application information including application source code and customisation information including design constraints, for implementing an instruction processor using re-programmable hardware, the system comprises a template generator for generating a template for each processor style identified as a candidate for implementation; an analyser for analysing instruction information for each template and determining instruction optimisations; a compiler for compiling the application source code to include the instruction optimisations and generate executable code; an instantiator for analysing architecture information for each template, determining architecture optimisations and generating configuration information including the architecture optimisations; and a builder for generating device-specific configuration information from the configuration information including the

Abstract: The present invention relates to the design-time and run-time environments of instruction processors implemented in re-programmable hardware. In one aspect the present invention provides a design system for generating configuration information and associated executable code base on a customization specification, which includes application information including application source code and customization information including design constraints, for implementing an instruction processor using re-progammable hardware, the system comprising: a template generator; an analyzer; a compiler; an instantiator, and a builder. In another aspect the present invention provides a management system for managing run-time re-configuration of an instruction processor implemented using re-programmable hardware, comprising: a configuration library; a code library; a loader; a loader controller; a run-time monitor; an optimization determiner; and an optimization instructor.

Abstract: The present invention relates to the design-time and run-time environments of instruction processors implemented in re-programmable hardware. In one aspect the present invention provides a design system for generating configuration information and associated executable code base on a customisation specification, which includes application information including application source code and customisation information including desgn constraints, for implementing an instruction processor using re-progammable hardware, the system comprising: a template generator; an analyser; a compiler; an instantiator, and a builder. In another aspect the present invention provides a management system for managing run-time re-configuration of an instruction processor implemented using re-programmable hardware, comprising: a configuration library; a code library; a loader; a loader controller; a run-time monitor; an optimisation determiner; and an optimisation instructor.