We study design alternatives for, and describe prototypes and performance of, a scalable and highly available Web server accelerator. The accelerator runs under an embedded operating system and improves Web server performance by caching data. The basic design alternatives include a content router or a TCP router (without content routing) in front of a set of Web cache accelerator nodes, with th...

A number of approaches have been recently proposed by different vendors for the next generation Internet router architectures, capable of processing millions of packets per second. Most of this processing speed stems from employing latest high-performance network processor or multiprocessors as the forwarding engine of the router. However, all these improvements have been proposed without any d...

Seiring dengan perkembangan zaman kebutuhan informasi dan komunikasi, jaringan komputer mendorong terbentuknya sebuah yang berkembang menjadi sangat kompleks luas tersebar diseluruh lapisan dunia. Jaringan inilah kemudian dikenal Interconnected Network atau lebih akrab disebut internet. Mikrotik merupakan sistem operasi router, di-rilease nama mikrotik routerOs mampu diinstall pada biasa, tidak...

On-chip interconnection networks (OCINs) have emerged as a modular and scalable solution for wire delay constraints in deep submicron VLSI design. OCIN research has shown that the design of buffers in the router influences the energy consumption, area overhead, and overall performance of the network. In this paper, we propose a low-power low-area OCIN architecture by reducing the number of buff...

Congestion control with explicit router feedback, such as TCP Quick-Start and XCP, is a promising way to enhance the performance of data transport especially in high-speed networks. When designing such transport protocols, the tradeoff between the granularity of feedback information and additional cost of routers for feedback processing and state keeping should be discussed. However, the feasib...