The modern real-time graphics pipeline is a versatile parallel architecture that accommodates a wide range of rendering techniques. The architecture is implemented by heavily optimized graphics processors (GPUs) that employ a mixture of applicationprogrammable and fixed-function processing resources, yet its design lends itself to a simple programming model easily understood by non-expert progr...

Many pipelined adaptive signal processing systems are subject to a trade-off between throughput and signal processing performance incurred by the pipelined adaptation feedback loops. In the conventional synchronous design regime, such throughput/performance trade-off is typically fixed since the pipeline depth is usually determined in the design phase and remains unchanged in the run time. Neve...

Many pipelined adaptive signal processing systems are subject to a trade-off between throughput and signal processing performance incurred by the pipelined adaptation feedback loops. In the conventional synchronous design regime, such throughput/performance trade-off is typically fixed since the pipeline depth is usually determined in the design phase and remains unchanged in the run time. Neve...

This paper presents recent work on the improvement of the robotics vision based control strategy for underwater pipeline tracking system. The study focuses on developing image processing algorithms and a fuzzy inference system for the analysis of the terrain. The main goal is to implement the supervisory fuzzy learning control technique to reduce the errors on navigation decision due to the pip...

This article describes the use of the parallel processing capabilities of a graphics chip to increase the processing speed of a high dynamic range (HDR) video system. The basis is an existing HDR video system that produces each frame from a sequence of regular images taken in quick succession under varying exposure settings. The image sequence is processed in a pipeline consisting of: shutter s...

Arguably, the natural gas transmission pipeline infrastructure in Iran represents one of the largest and most complex mechanical systems in the world. The optimization of large gas trunk lines known as IGAT results in reduced fuel consumption or higher capability and improves pipeline operation. In the current study, a single-objective optimization was conducted for Khormoj compressor station o...

DYNAMIC RECONFIGURATION OF INTERCONNECTION is important in today's multiprocessing computing systems. A reconfigurable network between processing elements is essential for systolic array, vector processing, or pipeline processing systems. This paper focuses on the development of a Link and INterconnection Chip (LINC), an interface chip optimized for dynamically reconfiguring the data flow and s...