The future trends in microprocessor supply current requirements represent a bottleneck for
next generation high-performance microprocessors since the number of supply pins will …

Granular power delivery with per-core regulation for microprocessor power delivery has the
potential to significantly improve the energy efficiency of future data centers. On-chip …

Recent work has shown that monolithic integration of voltage regulators will be feasible in
the near future, enabling reduced system cost and the potential for fine-grain voltage scaling …

A hypergraph allows a hyperedge to connect more than two vertices, using which to capture
the high-order relationships, many hypergraph learning algorithms are shown highly …

Despite being employed in burgeoning efforts to improve power delivery efficiency,
integrated voltage regulators (IVRs) have yet to be evaluated in a rigorous, systematic, or …

Placing multiple voltage regulators onto the die is an effective way of enabling distributed on-
chip voltage regulation and provides significant benefits in suppressing various types of …

3D-IC technology brings both the opportunities to continue the historical trend of integration-
level scaling and the challenges to deliver power reliably and efficiently. Voltage-stacking …

Aside from the benefits it brings, 3D-IC technology inevitably exacerbates the difficulty of
power delivery with volumetrically increasing power consumption. Recent work managed to …

On-chip switched-capacitor (SC) DC-DC converters have recently been demonstrated in
silicon for high-performance applications such as multicore processors. The efficiency of the …

Switched capacitor (SC) dc–dc converters, which have traditionally been used for on-chip
power supplies, are now being considered for medium to high-power applications. This …