This paper describes a multicore scheduling and load-balancing framework called MARACAS, to address shared cache and memory bus contention.

Abstract—This paper describes a multicore scheduling and load-balancing framework called MARACAS, to address shared cache and memory bus contention.

We proposed the use of foreground (reservation) + background (surplus) scheduling model improves application performance.

This paper describes a multicore scheduling and load-balancing framework called MARACAS, to address shared cache and memory bus contention, which features a ...

... The MARACAS scheduling framework [7] addresses memory-aware scheduling, shared cache, and memory bus contention, for multicore scheduling. MARACAS throttles ...

Ying Ye, Richard West, Jingyi Zhang, Zhuoqun Cheng: MARACAS: A Real-Time Multicore VCPU Scheduling Framework. RTSS 2016: 179-190. manage site settings.

A two-level hierarchical scheduling framework is used in a virtualized host based on Xen, as in most virtualization systems. A VM runs on multiple virtual CPUs ...

MARACAS: A Real-Time Multicore VCPU Scheduling Framework pp. 179-190. Timeline: An Operating System Abstraction for Time-Aware Applications pp. 191-202.

MARACAS: A Real-Time Multicore VCPU Scheduling Framework · Y. YeR. WestJingyi ... This paper describes a multicore scheduling and load-balancing framework called ...

VCPUs of a VM are scheduled at the same time or none of the VCPU is scheduled. ... Cheng, MARACAS: a real-time multicore VCPU scheduling framework, in: Proc.