This paper studies the performance of interrupt-driven kernels when subjected to heavy network traffic such as that of Gigabit Ethernet. Under heavy network traffic, the kernel performance will be negatively affected due to interrupt overhead caused by the incoming traffic. In particular, excessive latency and significant degradation in system throughput can be experienced. In this paper, we present analytical models to study the performance in terms of two key kernel performance metrics: throughput and delay. The performance is also studied using simulation. Both Poisson and bursty traffic with empirical packet size distribution are considered
Interrupt processing can be a major bottleneck in the end-to-end performance of Gigabit networks. Th...
Abstract- With the current wide deployment of Gigabit Ethernet technology in the backbone and workgr...
With the current wide deployment of Gigabit Ethernet technology in the backbone and workgroup switch...
This paper Studies the performance of interrupt-driven kernels when subjected to heavy network traff...
This paper studies the performance of interrupt-driven kernels when subjected to heavy network traff...
Abstract—The paper presents models and analytical techniques for studying system behavior of an inte...
The paper presents models and analytical techniques for studying system behavior of an interrupt-dri...
Interrupt processing can be a major bottleneck in the end-to-end performance of high-speed networks....
Interrupt processing can be a major bottleneck in the end-to-end performance of high-speed networks....
Abstract. Two analytical models are developed to study the impact of interrupt overhead on operating...
A novel analytical model based on Markov processes is developed to study the impact of interrupt ove...
Two analytical models are developed to study the impact of interrupt overhead on operating system pe...
Interrupt processing can be a major bottleneck in the end-to-end performance of Gigabit networks. Th...
Interrupt processing can be a major bottleneck in the end-to-end performance of Gigabit networks. Th...
Abstract- With the current wide deployment of Gigabit Ethernet technology in the backbone and workgr...
With the current wide deployment of Gigabit Ethernet technology in the backbone and workgroup switch...
This paper Studies the performance of interrupt-driven kernels when subjected to heavy network traff...
This paper studies the performance of interrupt-driven kernels when subjected to heavy network traff...
Abstract—The paper presents models and analytical techniques for studying system behavior of an inte...
The paper presents models and analytical techniques for studying system behavior of an interrupt-dri...
Interrupt processing can be a major bottleneck in the end-to-end performance of high-speed networks....
Interrupt processing can be a major bottleneck in the end-to-end performance of high-speed networks....
Abstract. Two analytical models are developed to study the impact of interrupt overhead on operating...
A novel analytical model based on Markov processes is developed to study the impact of interrupt ove...
Two analytical models are developed to study the impact of interrupt overhead on operating system pe...
Interrupt processing can be a major bottleneck in the end-to-end performance of Gigabit networks. Th...
Interrupt processing can be a major bottleneck in the end-to-end performance of Gigabit networks. Th...
Abstract- With the current wide deployment of Gigabit Ethernet technology in the backbone and workgr...
With the current wide deployment of Gigabit Ethernet technology in the backbone and workgroup switch...