This paper presents a low-overhead controller-based power managementtechnique that re-specifies control signals to reconfigure existing multiplexer networks and functional units t...
Anand Raghunathan, Sujit Dey, Niraj K. Jha, Kazuto...
We propose a methodology for applying gate-level logic transformations to optimize power in digital circuits. Statistically simulated[14] switching information, gate delays, signa...
Abstract. Many modern systems are designed as a set of interconnected reactive subsystems. The subsystem verification task is to verify an implementation of the subsystem against t...
We present our experiences with the formal verification of an automotive chip used to control the safety features in a car. We used a BDD based model checker in our work. We descr...
Jae-Young Jang, Shaz Qadeer, Matt Kaufmann, Carl P...
Extracting the inductance of complex interconnect topologies is a formidable task, and simulating the resulting dense partial inductance matrix is even more difficult. Furthermore...
This paper describes a fully automatic standard-cell layout synthesis system, CELLERITY. The system is flexible in supporting a wide variety of process technologies and a range of...
Mohankumar Guruswamy, Robert L. Maziasz, Daniel Du...
This paper presents for the first time low energy simultaneous memory and register allocation. A minimum cost network flow approach is used to efficiently solve for minimum energy...
Cr, As the complexity of high-performance microprocessor increases, functional verification becomes more and more difficult and RTL simulation emerges as the bottleneck of the des...
Joon-Seo Yim, Yoon-Ho Hwang, Chang-Jae Park, Hoon ...
We describe an architectural design space exploration methodology that minimizes the energy dissipation of digital circuits. The centerpiece of our methodology is a Verilog-based ...