Configurable computing solutions for automatic target recognition

Mapping of an Automated Target Recognition Application from a Graphical Software Environment to FPGA-Based Reconfigurable Hardware

A significant obstacle to the widespread adoption of FPGAbased configurable computing hardware has been the difficulty of mapping applications onto this hardware. We are developing a software development system called CHAMPION to automate the process of mapping applications in the graphical software environment Khoros to multiple FPGA-based architectures. The work described here consists of the...

A CAD Suite for High-Performance FPGA Design

This paper describes the current status of a suite of CAD tools designed specifically for use by designers who are developing high-performance configurable-computing applications. The basis of this tool suite is JHDL [1], a design tool originally conceived as a way to experiment with Run-Time Reconfigured (RTR) designs. However, what began as a limited experiment to model RTR designs with Java ...

Automatic Face Recognition via Local Directional Patterns

Automatic facial recognition has many potential applications in different areas of humancomputer interaction. However, they are not yet fully realized due to the lack of an effectivefacial feature descriptor. In this paper, we present a new appearance based feature descriptor,the local directional pattern (LDP), to represent facial geometry and analyze its performance inrecognition. An LDP feat...

طراحی و بازشناسی خودکار تارگت‌های کددار در فتوگرامتری بردکوتاه

Memory Access Schemes for Configurable Processors

This work discusses the Memory Architecture for Reconfigurable Computers (MARC), a scalable, device-independent memory interface that supports both irregular (via configurable caches) and regular accesses (via pre-fetching stream buffers). By hiding specifics behind a consistent abstract interface, it is suitable as a target environment for automatic hardware compilation.