By Anantha P. Chandrakasan
Research over the past decade has led to the advance of high-performance platforms equivalent to robust workstations, subtle special effects, and multimedia structures reminiscent of real-time video and speech popularity. an important switch within the angle of clients is the will to have entry to this computation at any situation with out the necessity to be hooked up to the stressed out strength resource. This has led to the explosive progress of analysis and improvement within the quarter of instant computing during the last 5 years.
Technologies for instant Computing offers with a number of key applied sciences required for instant computing. the themes coated contain trustworthy instant protocols, transportable terminal layout issues, video coding, RF circuit layout matters and instruments, demonstrate expertise, energy-efficient purposes, particular and programmable layout ideas, strength potency metrics, low-voltage method know-how and circuit layout issues, and CAD instruments for low-power layout on the habit, good judgment and actual layout point.
Technologies for instant Computing is an edited quantity of unique study comprising invited contributions through top researchers. This study paintings has additionally been released as a different factor of the Journal of VLSI sign Processing Systems (Volume thirteen, Numbers 2 & 3).
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However, this flexibility requires additional cycles in the bus transfers resulting in a slower frame rate. Overlap of bus transfers can alleviate the performance degradations due to slow transfers. The transmitter operation sequence (Fig. 17) shows that an overlap of the FG-VC-compress operation with the FGhost RAM-VRAM bus transfer can improve the performance of the application. However, since the DT interface does not allow simultaneous transfer out from its port, the bus transfer required for display cannot be overlapped with the memory copy required by the ve.
Mr. Deng is a student member of IEEE and life member of Eta Kappa Nu and Tau Beta Pi. William Mangione-Smith earned his Bachelors, Masters and Doctorate from the University of Michigan. He was employed by Motorola for three years, on various projects involving low power portable computing systems with integrated wireless data channels. In 1995 he joined the electrical engineering department at the University of California at Los Angeles. His current research interest focus is on low power computer engineering, involving hardware, communications protocol, and systems design issues.
By implementing a custom frame grabber design specific to the codec requirements, the power dissipation has been reduced by 90% for this functional block. A substantial amount of power is still being dissipated by the interfacesapproximately 5 Watts total. The power dissipation is due to using FPGAs in the interface implementation. For a testbed, this is tolerable. However, for a high performance node, these interfaces must be integrated with the associated signal processing functions in ASICs to reduce the active power further.