binarybana

import tvm 
from tvm import relay
from tvm.contrib import graph_runtime

import numpy as np

shapes = []
for sort in [1000, 10000, 100000, 1000000]:
    for non_sort in [1, 10, 100]:
        for axis in [0, 1, 2]:

binarybana

Keybase proof

I hereby claim:

• I am binarybana on github.
• I am jmknight (https://keybase.io/jmknight) on keybase.
• I have a public key ASAfhwLxKMGSO7MGvJqN0H3b8edS8W1IvVK05MDnY2YrvAo

To claim this, I am signing this object:

binarybana

{
  "AWSTemplateFormatVersion": "2010-09-09",
  "Description": "Kubernetes 1.0.4 on EC2 powered by CoreOS 766.3.0 (stable)",
  "Mappings": {
      "RegionMap": {
          "eu-central-1" : {
              "AMI" : "ami-bececaa3"
          },
          "ap-northeast-1" : {
              "AMI" : "ami-f2338ff2"

binarybana

using PyPlot
using Base.Test

function minops{T<:Integer}(n::T)
  queue = (T,T)[]
  push!(queue, (n,0))
  visited = Set{T}()
  pops,evals = 0,0
  while true
    pops += 1

binarybana

data = rand(0:1000,48,18000)

function test()
        reload("uniquename2.jl")
        normfac = vec(mapslices(x->quantile(x,0.75), data, 2))
        cls = MPM.mpm_classifier(rand(0:100,4,3), rand(0:100,4,3))
        MPM.sample(cls,1)
end

for i=1:100

binarybana

jason@toxicvm:~/test3$ ~/src/julia/julia testcase.jl
1
2
Warning: replacing module MPM
3
Warning: replacing module MPM
4
Warning: replacing module MPM
5

binarybana

julia> include(joinpath(Pkg.dir(), "OBC/test/testcase.jl"))
(1.8508481979370117,0.0008389949798583984)

julia> include(joinpath(Pkg.dir(), "OBC/test/testcase.jl"))
Warning: replacing module OBC
Warning: replacing module NSum
Warning: replacing module MPM
Warning: Method definition sum(Float64,) in module MPM at /home/jason/.julia/v0.4/OBC/src/mpm.jl:141 overwritten in module MPM at /home/jason/.julia/v0.4/OBC/src/mpm.jl:141.
Warning: replacing module SAMC

binarybana

using Mamba

data = (Symbol=>Any)[:x1 => [10, 12, 14, 9],
    :x2 => [10,11,12,8]]

N = length(data[:x2])
data[:N] = N

d=10.0

binarybana

using StatsBase

randsubseq2(A::AbstractVector, m::Integer) = randsubseq2!(Array(eltype(A),m), A)

function randsubseq2!(S::AbstractVector, A::AbstractArray)
    m = length(S)
    m == 0 && return S # needed for correctness: code below requires m > 0
    n = length(A)
    m == n && return copy!(S, A)
    0 <= m <= n || throw(DomainError())

binarybana

using ZMQ

ctx = Context(1)
s = Socket(ctx, ZMQ.REQ)
ZMQ.connect(s, "tcp://localhost:7001")

gc_disable()
readline()
for i=1:20
    tic()