… to evaluate affinity -based scheduling of parallel networking. We start with a multiprocessor
… multiprocessor experiments with our parallel z-kernel implementation, designed to measure …

… The model’s key characteristics for protocol processing are as follows: … The next section
reviews other languages for parallel network processing in general and protocol processing in …

… components also lend themselves to execution in parallel to the actual protocol processing.
… processing times yield a good estimate of the expected performance of our system. In fact, in …

… that exist for network protocol processing within a multicore … design faster and more efficient
networked systems, and how … the application and network protocol processing to take place …

… to be effective the time between rescheduling of the affinity-managed resource must be small
in … are kept busy executing non-protocol processing when not executing protocol code, that …

… For many parallel applications, efficient use of a fast … Finding the right trade-off between
protocol processing at the host … , parallel-programming systems, and parallel applications, we …

… performed on highly parallel, embedded multicore systems. So-… We show the effectiveness
of this approach in an evaluation … an "application" as a protocol processing step or a network …

… , threads can conflict on shared resources. There are many resources shared by threads in
SMT … Since in protocol processing cache miss penalty is the most significant bottleneck of …

… for the overall efficient implementation of a high-speed protocol processing system, studies
… the construction of a highly parallel and scalable protocol processing system. Therefore, if …

… based parallel processing approach to use sharing cache of SMT processors effectively. …
There are many resources shared by threads in SMT architecture, L1 instruction and data cache…