Interconnect resources of an FPGA consumes most of the chip power, area and also determines the overall circuit delay.
Since the cornerstone of the FPGA logic and interconnect resources is the multiplexer, we propose a defect-tolerant multiplexer architecture based on differential logic.
Similar fast approaches needed CGRAs with more complex interconnect resources in order to allow most of the benchmarks used to be successfully placed and routed.
It presents the thermal strategies that aim to improve the thermal profile of a 3-D circuit without requiring any redundant interconnect resources for thermal management.
The simulation of FPGA interconnect resources using the proposed technique shows 67%, 73.33% and 61.8% increase in speed and 35.72%, 39% and 35.44% reduction in switching energy for Double, Hex and Long interconnect segments, respectively, over the conventional one.
The vertical partitioning is organized in such a way to balance the placement of logic blocks and switch blocks into multiple tiers while the horizontal partitioning optimizes the interconnect delay by segregating the logic blocks and programmable interconnect resources into multiple tiers to build a 3D stacked Tree-based FPGA.
Since the cornerstone of their logic and interconnect resources is the multiplexer, this work introduces a defect-tolerant multiplexer, more resilient to single transistor defects (stuck-open, stuck-closed and gate shorts) than other multiplexer architectures studied in the paper, and more area-efficient than other existent hardening techniques.
Ensuring that student parents stay in school and complete their degree requires a commitment and an array of interconnecting resources including help with the financial aid process, affordable child care and housing, links to community and health resources, outreach and mentoring, and academic support services.
This legal entity must manage the different relations, possibly manifested as contracts, between the stakeholders that interconnect their resources in the scope of the collaboration.
A cluster includes reasonable number of systems, which are interconnected to share resources commonly known as cluster resources.
