Network processors (NPs) typically contain multiple concurrent processing cores. State-of-
the-art programming techniques for NPs are invariably low-level, requiring programmers to …

Programming multi-processor ASIPs, such as network processors, remains an art due to the
wide variety of architectures and due to little support for exploring different implementation …

Network processors promise a flexible, programmable packet processing infrastructure for
network systems. To make full use of the capabilities of network processors, it is imperative …

Network Processors are becoming increasingly common for implementing processing
elements in networks. In this work, we propose a new design environment that increases …

Network processors (NPs) promise a flexible, programmable packet processing
infrastructure for network systems. To make full use of the capabilities of network processors …

Modern network processors employs parallel processing engines (PEs) to keep up with
explosive internet packet processing demands. Most network processors further allow …

Computer networks provide an increasing number of services that require complex
processing of packets, for example firewalls, web server load balancing, network storage …

Network processors are embedded system-on-a-chip multiprocessors that are optimized to
perform simple packet processing tasks at data rates of several Gigabits per second. To …

Network processors are heterogeneous system-on-chip multiprocessors that are optimized
to perform packet forwarding and processing tasks at Gigabit data rates. To meet the …

With the ever-increasing performance and flexibility requirements seen in today's networks,
we have seen the development of programmable network processors. Network processors …