Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The first main contribution of this work is to propose an efficient VLSI architecture obtained by augmenting the Mesh with Multiple Broadcasting (MMB) with precharged 1-bit row and column buses. The new architecture, which  call Mesh with Hybrid Buses (MHB for short), is realizable in VLSI with no increase in the area or the wiring complexity of the MMB chip. Our second main contribution is to show that the MHB is extremely ll-suited for solving an entire slew of digital geometry tasks. The MHB is not a reconfigurable architecture. Yet, quite remarkably, for a large number of fundamental digital geometry tasks, the MHB offers a level of performance previously attained only by reconfigurable architectures. Specifically, with a digital image pretiled onto a MHB of size /spl radic/n/spl times//spl radic/n one pixel per processor,  show that the problems of computing the convex hull of the image, computing the diameter and the width of the image, deciding whether a set of digital points is a digital line, computing the maximum distance beten two images, deciding whether two images are linearly separable, computing several moments and low-level descriptors of the image, including the perimeter, area, center, and median row of its convex hull, can be solved in O(log n) time. By contrast, the fastest possible algorithms for the problems above on the MMB run in /spl Theta/(n/sup 1/6/) time. Finally,  go on to show that, with minor changes, our algorithms can be implemented to run within cost-optimality on a MHB of size /spl radic/n/log n/spl times//spl radic/n/log n.
['Rong Lin', 'Stephan Olariu', 'James L. Schwing', 'Biing-Feng Wang']
I am writing a research paper on a idea The mesh with hybrid buses: an efficient parallel architecture for digital geometry
[{"from": "human", "value": "I am writing a research paper on a idea The mesh with hybrid buses: an efficient parallel architecture for digital geometry"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The first main contribution of this work is to propose an efficient VLSI architecture obtained by augmenting the Mesh with Multiple Broadcasting (MMB) with precharged 1-bit row and column buses. The new architecture, which  call Mesh with Hybrid Buses (MHB for short), is realizable in VLSI with no increase in the area or the wiring complexity of the MMB chip. Our second main contribution is to show that the MHB is extremely ll-suited for solving an entire slew of digital geometry tasks. The MHB is not a reconfigurable architecture. Yet, quite remarkably, for a large number of fundamental digital geometry tasks, the MHB offers a level of performance previously attained only by reconfigurable architectures. Specifically, with a digital image pretiled onto a MHB of size /spl radic/n/spl times//spl radic/n one pixel per processor,  show that the problems of computing the convex hull of the image, computing the diameter and the width of the image, deciding whether a set of digital points is a digital line, computing the maximum distance beten two images, deciding whether two images are linearly separable, computing several moments and low-level descriptors of the image, including the perimeter, area, center, and median row of its convex hull, can be solved in O(log n) time. By contrast, the fastest possible algorithms for the problems above on the MMB run in /spl Theta/(n/sup 1/6/) time. Finally,  go on to show that, with minor changes, our algorithms can be implemented to run within cost-optimality on a MHB of size /spl radic/n/log n/spl times//spl radic/n/log n."}]