Add to ORKGIn this paper we propose a system level power optimization problem : A problem to assign optimal VDD to each job under a time constraint. The objective function is total energy for the processing of all jobs. The proposed voltage assignment method consists of following two concepts. ffl If some jobs are processed on single processor system under a time constraint, assigning lower supply voltage to the set of jobs whose time constraint is loose. ffl If some jobs are processed under a time constraint and the switched capacitances ( (load capacitance) 2 (switching activity)) of jobs are different each other, assigning lower supply voltage to the heavier jobs and higher voltage to the lighter jobs. We define the VDD assignment problem and fo...
This paper presents an efficient technique for energy minimisation based on dynamically variable sup...
System-On-Chip design which utilizes multiple processor cores and hardware accelerator becomes more ...
Abstract:- We present a multiple-voltage high-level synthesis methodology that minimizes power dissi...
Dynamic voltage scaling and adaptive body biasing have been shown to reduce dynamic and leakage powe...
Dynamic voltage scheduling has been proven to be one of the most effective ways to reduce the power ...
Dynamic voltage scaling and adaptive body biasing have been shown to reduce dynamic and leakage powe...
To fully exploit the benefit of variable voltage processors, voltage schedules must be designed in t...
Abstract. We consider the problem of job scheduling on a variable voltage processor with d discrete ...
This paper concerns with the issue of minimizing of ever increasing energy consumption in computer s...
Abstract- This paper addresses the problem of minimizing energy consumption of a computer system per...
Reducing power consumption through high-level synthesis has attracted a growing interest from resear...
Energy consumption has become an increasingly important consideration in designing many real-time em...
In this paper we will consider how to select an optimal set of supply voltages and account for level...
In t\u27his paper we will consider how to select an optimal set of supply voltages and account for l...
This paper presents a novel resource-constrained synthesis scheme to minimize power consumption with...
This paper presents an efficient technique for energy minimisation based on dynamically variable sup...
System-On-Chip design which utilizes multiple processor cores and hardware accelerator becomes more ...
Abstract:- We present a multiple-voltage high-level synthesis methodology that minimizes power dissi...
Dynamic voltage scaling and adaptive body biasing have been shown to reduce dynamic and leakage powe...
Dynamic voltage scheduling has been proven to be one of the most effective ways to reduce the power ...
Dynamic voltage scaling and adaptive body biasing have been shown to reduce dynamic and leakage powe...
To fully exploit the benefit of variable voltage processors, voltage schedules must be designed in t...
Abstract. We consider the problem of job scheduling on a variable voltage processor with d discrete ...
This paper concerns with the issue of minimizing of ever increasing energy consumption in computer s...
Abstract- This paper addresses the problem of minimizing energy consumption of a computer system per...
Reducing power consumption through high-level synthesis has attracted a growing interest from resear...
Energy consumption has become an increasingly important consideration in designing many real-time em...
In this paper we will consider how to select an optimal set of supply voltages and account for level...
In t\u27his paper we will consider how to select an optimal set of supply voltages and account for l...
This paper presents a novel resource-constrained synthesis scheme to minimize power consumption with...
This paper presents an efficient technique for energy minimisation based on dynamically variable sup...
System-On-Chip design which utilizes multiple processor cores and hardware accelerator becomes more ...
Abstract:- We present a multiple-voltage high-level synthesis methodology that minimizes power dissi...