The paper deals with important topic of nowadays using FPGA in military applications. The FPGA are used in the defence industry instead of ASIC circuits for the same reason as in the civilian sector currently. The main advantages of the FPGA are presented in the paper. Base on these advantages we can define several military applications of the FPGA. The implementations of these applications are...

Two-dimensional field programmable gate arrays (2DFPGAs) have been hindered by performance degradation caused by the increase in wire area due to high integration. Studies of the 3D-FPGA are in progress to solve this problem [1]–[3]. A 3D-FPGA allows remarkable reduction of routing areas because of the shorter distance between basic blocks to be connected. It is noteworthy that performance degr...

Simulation is the most viable solution for the functional verification of SoC. The acceleration of simulation with multi-FPGA is a promising method to comply with the increasing complexity and large gate capacity of SoC. The most time-consuming factor of multi-FPGA simulation accelerator is synchronization time between simulator and multi-FPGA system. Time-multiplexing of interconnection wires ...

Abstract—This paper presents an architecture for a reconfigurable device which is specifically optimised for floating point applications. Fine-grained units are used for implementing control logic and bit-oriented operations, while parameterised and reconfigurable word-based coarse-grained units incorporating word-oriented lookup tables and floating point operations are used to implement datapa...

Field programmable gate arrays (FPGAs) provide an attractive solution to developers needing custom logic for short time-to-market products. Products embedding FPGA system-on-chip solutions have the advantage in that they can be updated once deployed. New FPGA firmware may be loaded via manufacturer-supplied memory devices or remotely via a network connection. Recent FPGAs allow for self-reconfi...

Conventional full-custom reconfigurable logic device design and implementation are time consuming processes. In this research, we propose a design framework in order to improve FPGA IP core design efficiency by link academic FPGA design flow and commercial VLSI CADs based on the synthesizable method. A novel FPGA routing tool is developed in this framework, namely the EasyRouter. By using simpl...

The Generic Library for Adaptive Computing Environments (GLACE) consists of a comprehensive set of module generators currently targeting Xilinx XC4000 and Virtex devices. In contrast to other research efforts in this area, it provides detailed meta-data about the generated circuits (behavior, area, timing, topology etc.) using the active FLAME interface. All of the modules adhere to a common la...

Edge detection is necessary tool for extraction of information for further image processing operation. Many computer vision application use edge detectors as primary operators before high level image processing. Several algorithms are available for edge detection which makes use of derivative approach. Roberts, Prewitt , sobel, canny are some of the examples of edge detection methods. In this p...

Ultra high-speed block turbo decoder architectures meet the demand for even higher data rates and open up new opportunities for the next generations of communication systems such as fiber optic transmissions. This paper presents the implementation, onto an FPGA device of an ultra high throughput block turbo code decoder. An innovative architecture of a block turbo decoder which enables the memo...