As integration levels in FPGA devices have increased over the past decade, the structure of programmable logic resources has become more diversified. Recently, Altera Corporation has introduced a new family of LUT-based FPGAs that have been augmented with userconfigurable programmable logic array blocks (PLAs). In this paper a novel FPGA technology mapping approach is described that automatical...

The field programmable gate array (FPGA) market is expanding because FPGAs enable faster development times and lower development costs than mask programmable gate arrays (MPGAs).1) However, the conventional SRAM-based FPGA requires offchip, non-volatile PROMs to store configuration data, which increases the total device cost and the board area. To provide a low-cost solution for field programma...

This paper proposes an approach to design a cost-eeective domain-speciic fault-tolerant computing architecture that can dynamically meet the fault tolerance requirements of applications and their performance requirements. The design is based on eld-programmable gate array technology.

101 The Design of an SRAM-Based Field-Programmable Gate Array, Part II: Circuit Design and Layout Paul Chow, Soon Ong Seo, Jonathan Rose, Kevin Chung, Gerard P aez-Monz on and Immanuel Rahardja Abstract|Field-Programmable Gate Arrays (FPGAs) are now widely used for the implementation of digital systems and many commercial architectures are available. Although the literature and data books conta...

Adaptive Computing is a relatively new research area [1]. The main thrust of this research area so far has been on programmable/configurable hardware. Significant successes have been reported. The programmable gate array (FPGA) technology has matured producing very high-density gate arrays (~1 million gates) with lower configuration times. A variety of hardware platforms comprising of microproc...

Reconfigurable computing is a computer architecture which is intended to fill the gap between the hardware and the software, achieving potentially much higher performance than software, while maintaining a higher level of flexibility than hardware. Most commonly and widely used high speed computing fabrics deployed in reconfigurable computing are field-programmable gate arrays (FPGAs). This pap...

This chapter describes the design and implementation of a Smart Acoustic Sensor Array (SASA) System consists of a 52 microphone MEMS array embedded in an FPGA (Field Programmable Gate Array) platform with real-time data acquisition, signal processing, and network communication capabilities. The SASA system is evaluated using several case studies in order to demonstrate the versatility and scala...