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With appropriate hardware, Mac OS X provides a capable platform for realtime image processing (RTIP). This paper provides an overview of available video capture hardware and presents development strategies to achieve high performance, low latency image processing. As the requirements of real-time

This paper presents a data-flow computer developed at ETCA and dedicated to real-time image processing. Two types of data-driven processing elements, dedicated respectively to low and mid-level processings are integrated in a regular 3D array. Its design relies on a close integration of the data

This paper presents a study of the impact of MMX technology in image processing and machine vision application, which, because of their hard real time constrains, is an undoubtedly challenging task. A comparison with a traditional scalar code and with another parallel SIMD architecture (IMAP

. Real-time image processing applications have tremendous computational workloads and I/O throughput requirements. Operation in mobile, portable devices poses stringent resource limitations (size, weight, and power). The SIMD Pixel Processor (SIMPil) has been designed at Georgia Tech to address

Detection of small objects over some background is an image processing topic that has been on focus of many researchers dealing with detection of moving objects in

This paper presents a study of the impact of MMX technology and PIII Streaming SIMD (Single Instruction stream, Multiple Data stream) Extensions in image processing and machine vision application, which, because of their hard real time constrains, is an undoubtedly challenging task. A comparison

chips. Moreover, the proposed chip does not require row buffers to control input data sequence employed in commercial chips. We implemented the filter chip using the 0.8µm SOG cell library (KG60K). The filter chip consists of only 3,893 gates, operates at 125 MHz and can meet the real-time image

preprocessing Abstract. To solve the traditional image processing system problem such as large in size, high power consumption and poor real-time, an embedded real-time image processing system is designed based on TMS320DM6446+FPGA architecture. DM6446 as the core of the system is responsible

A new design methodology that produces hardware solutions for performing real-time image processing is presented here. This design methodology provides significant advantages over traditional hardware design approaches by translating real-time image processing tasks into the gate-level resources