Distributed Machine Learning: 1. A New Era
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This is the first of a series of shares about distributed machine learning technologies developed in and for the industry.
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Distributed Machine Learning: 1. A New Era
- 2. Story Outline • Use existing frameworks (2007~2010) • Methods: Frequent itemset mining, Collaborative filtering, Spectral clustering, Graph partitioning, Restricted Boltzmann machine, Latent topic modeling • Frameworks: MPI, MapReduce, Pregel, GBR • Developing frameworks (2010~2014) • MapReduce Lite (C++) for language models • Peacock (Go) for latent topic modeling
- 3. Lessons • Internet services relies on machine intelligence • Intelligence comes from learning users’ behavior • Value lies in long tails ▹ • It is more about big than fast • Good system = good algorithm + good architecture • More about engineering than math • It is Industrial Revolution!
- 4. Pitfalls • De-noise data ▹ • Parallelize models in papers and textbooks • Use existing frameworks • MPI • Mix frameworks with cluster operating systems ▹ • Less talking about production • Use standard measures • Java or Python ▹
- 5. Environment • Balance business with killing tech development • Separated • Combined • Switching • Standalone business • ML software • ML frameworks • MLaaP or MLaaS
- 6. ◀
- 8. Long-tail is scale-free. Mean and median make no sense with long-tail distributions. Pie-charts make no sense either. ◀
- 9. application PageRank Indexing pCTR DNN framework Pregel MapReduce SETI DistBelief middleware Chubby (Zookeeper, etcd), Bigtable (HBase), memcachg (memcached) cluster OS Borg (Mesos,YARN, Kubernetes) filesystem GFS (HDFS) ◀
- 10. var resp *Response select { case b := <- rpc.Call("B"): resp = extract(b) case c := <- rpc.Call("C"): resp = extract(c) case e := <- rpc.Call("E"): resp = extract(e) case <- time.Timeout(1*second): resp = nil } // use resp here.
- 11. var mutex = NewMutex(); var returns = 0; var timer = setTimeout(timeout,1*second); ! function rpcResp(resp) { mutex.Lock(); if (returns == 0) { clearTimeout(timer); use(resp); } returns++; mutex.Unlock(); } function timeout() { mutex.Lock(); returns++; mutex.Unlock(); } ! rpc.Call("B", rpcResp); rpc.Call("C", rpcResp); rpc.Call("D", rpcResp); ◀