Advanced Materials Research
Vol. 716
Vol. 716
Advanced Materials Research
Vols. 712-715
Vols. 712-715
Advanced Materials Research
Vol. 711
Vol. 711
Advanced Materials Research
Vol. 710
Vol. 710
Advanced Materials Research
Vol. 709
Vol. 709
Advanced Materials Research
Vols. 706-708
Vols. 706-708
Advanced Materials Research
Vol. 705
Vol. 705
Advanced Materials Research
Vol. 704
Vol. 704
Advanced Materials Research
Vol. 703
Vol. 703
Advanced Materials Research
Vol. 702
Vol. 702
Advanced Materials Research
Vol. 701
Vol. 701
Advanced Materials Research
Vol. 700
Vol. 700
Advanced Materials Research
Vol. 699
Vol. 699
Advanced Materials Research Vol. 705
Paper Title Page
Abstract: The realization of interoperability between Linux and Windows is beneficial to the development of operating system technology in depth and breadth. From such aspects as architecture, kernel module, user module,system call,device driver module and so on, this paper elaborates a design scheme of operating system to run Windows' application programs on Linux platform.
627
Abstract: A floorplan is employed to represent the placement of modules in VLSI design. Floorplanning is a key step in the design of VLSI systems because it provides the first estimates of performance and cost including placement and routing. In this paper, we show an algorithm1 for initial global routing by the single-sequence (SS). The aim of our algorithm is to get a minimum chip area and the shortest total length of wires where the longest (critical) wire in every net is reduced to a minimum. The experimental results show that the design of placement and routing in floorplanning can be considered simultaneously by our algorithm, the efficiency of automatic layout in VLSI can be raised.
630