∫ntegrabℓε ∂ifferentiαℓs
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∫ntegrabℓε ∂ifferentiαℓs


unorganised notes, code, and writings of random topics

Kim et al (2008) Floodless in SEATTLE: A Scalable Ethernet Architecture for Large Enterprises (SIGCOMM)

October 3, 2010 paper

This paper proposes a way to make a floodless Ethernet. [more]

Yu et al (2009) BUFFALO: Bloom Filter Forwarding Architecture for Large Organizations (CoNEXT)

October 3, 2010 paper

This paper proposes a new architecture on how a switch should forward packet, so that it can (1) reduce the memory requirement for storing a forwarding table and (2) reduce the processing time by not looking up the forwarding table. [more]

Myers et al (2004) Rethinking the Service Model: Scaling Ethernet to a Million Nodes (HotNets)

October 2, 2010 paper

This paper tells why Ethernet cannot scale and propose a solution to solve it. [more]

Using SSE (SIMD extension) in GCC

October 2, 2010 blog code

Simply speaking, SSE is vector processing. The way to do is to declare a vector type in GCC: [more]

The 13 Motifs of Parallel Programming

October 1, 2010 blog code

List of Dwarfs (7 dwarfs, later expanded into 13 motifs): [more]
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