ART-Linux 2.6 for Single CPU: Design and Implementation

RWRCCL: A New RCCL Implementation Using Real-Time Linux And A Single CPU

John Lloyd and Vince Hayward completed the Robot Control C Library (RCCL) at McGill University in the mid to late 1980’s for a variety of robots. This architecture made the best use of computational resources at the time, primarily Unix Workstations, in combination with the robot’s original control computer. Because today’s desktop computers far exceed the computational power of those available...

Understanding the Linux 2.6.8.1 CPU Scheduler

The Design and Implementation of the CPU Power

This paper describes a Windows NT/95 utility, the CPU Power Regulator (CPR), which improves the capability of Windows NT/95 in servicing time-critical applications. CPR considers a distance model 4] to service time-critical applications such as multimedia softwares and electronic games in a timely fashion. Distinct from the past work 7, 8, 9], CPR adopts a user-level control mechanism to manage...

Design and Implementation of Modified Fuzzy based CPU Scheduling Algorithm

CPU Scheduling is the base of multiprogramming. Scheduling is a process which decides order of task from a set of multiple tasks that are ready to execute. There are number of CPU scheduling algorithms available, but it is very difficult task to decide which one is better. This paper discusses the design and implementation of modified fuzzy based CPU scheduling algorithm. This paper present a n...

The Design and Implementation of Berkeley Lab’s Linux Checkpoint/Restart

Clusters of commodity computers running Linux are becoming an increasingly popular platform for highperformance computing, as they provide the best price/performance ratio in the marketplace. But while the size and raw power of Linux clusters continues to increase, many aspects of their software environments continue to lag behind those provided by proprietary supercomputing systems. One featur...