Physical Design for Reconfigurable Computing System
Date Issued
2003-07-31
Date
2003-07-31
Author(s)
DOI
912215E002038
Abstract
non-reconfigurable logic modules, and (reconfigurable) interconnections/system buses for connecting those
modules. A reconfigurable system typically integrates modules of different functions (e.g., microprocessors,
multimedia units, communication units, embedded memory, etc) and improve logic density and flexibility by
time-sharing. For the design of such a system, we need to consider the integration of large-scale circuit modules
and temporal constraints for circuit performance optimization. Therefore, it is desired to effectively integrate
various functional modules to optimize silicon area, timing, power dissipation (especially the dissipation due to
logic reconfiguration), and at the same time satisfy the design constraints induced from the electrical effects such
as crosstalk, clock skew, etc. This subproject intends to study the issues in physical design for the reconfigurable
system, including (1) physical design for reconfigurable circuits (temporal floorplanning and placement), (2)
integration of logic modules (large-scale circuit floorplanning, placement, routing, etc., and (3) modeling of
electrical effects for the reconfigurable system.
Subjects
reconfigurable system
reconfigurable computing
physical design
floorplanning
placement
routing
crosstalk
clock skew
Publisher
臺北市：國立臺灣大學電子工程學研究所
Type
report
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