Add to ORKGIn this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer insertion, buffer sizing, and topology generation that is able to consider general buffer insertion locations. While previous work on buffered clock tree synthesis restricts potential buffer locations on merge nodes in the clock tree topology, our proposed algorithm has more freedom and thus achieves more robust slew control. Buffer insertion along routing paths had been mostly avoided previously due to the difficulty of maintaining a low skew under such aggressive buffer insertion. We developed an accurate timing analysis engine for delay and slew estimations and a balanced routing scheme for better skew reduction during clock tree synthesis...
Abstract—Clock tree synthesis plays an important role on the total performance of chip. Gated clock ...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly import...
Clocking frequencies continue to increase due to the de-mand for higher performance. Together with t...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
Abstract — This paper investigates methods for minimizing the impact of process variation on clock s...
Abstract: Academic clock routing research results has often had limited impact on industry practice,...
jltsaiocae. wisc. edu Abstract- Zero-skew clock-tree.with minimum clock-delay is preferable due to i...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
The timing performance of clock trees in scaled technology nodes may be severely degraded by on-chip...
Clock distribution is vital to all synchronous integrated circuits; a poor clock distribution networ...
In clock network synthesis, sometimes skew constraints are required only within certain groups of cl...
Abstract. In VLSI digital circuits, clock network plays an important role on the total performance o...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
A Zero Skew clock routing methodology has been developed to help design team speed up their clock tr...
Abstract—Clock tree synthesis plays an important role on the total performance of chip. Gated clock ...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly import...
Clocking frequencies continue to increase due to the de-mand for higher performance. Together with t...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
Abstract — This paper investigates methods for minimizing the impact of process variation on clock s...
Abstract: Academic clock routing research results has often had limited impact on industry practice,...
jltsaiocae. wisc. edu Abstract- Zero-skew clock-tree.with minimum clock-delay is preferable due to i...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
The timing performance of clock trees in scaled technology nodes may be severely degraded by on-chip...
Clock distribution is vital to all synchronous integrated circuits; a poor clock distribution networ...
In clock network synthesis, sometimes skew constraints are required only within certain groups of cl...
Abstract. In VLSI digital circuits, clock network plays an important role on the total performance o...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
A Zero Skew clock routing methodology has been developed to help design team speed up their clock tr...
Abstract—Clock tree synthesis plays an important role on the total performance of chip. Gated clock ...
In the design of high performance VLSI systems, minimization of clock skew is an increasingly import...
Clocking frequencies continue to increase due to the de-mand for higher performance. Together with t...