[PDF][PDF] Streaming vs.latency in information mass-transit
P Machanick - ACM SIGARCH Computer Architecture News, 1998 - dl.acm.org
ACM SIGARCH Computer Architecture News, 1998•dl.acm.org
At many levels of computer system design there is a severe mismatch between ease of
achieving bandwidth and latency goals. This paper suggests a new approach to achieving
user-level latency goals, by focusing on streaming data as fast as possible and sampling the
streamed data to satisfy individual requests. By analogy with transportation, the proposed
approach is a mass-transit approach, by contrast with conventional strategies which are
closer conceptually to aa single person in a car. Two examples are given: disk delay lines …
achieving bandwidth and latency goals. This paper suggests a new approach to achieving
user-level latency goals, by focusing on streaming data as fast as possible and sampling the
streamed data to satisfy individual requests. By analogy with transportation, the proposed
approach is a mass-transit approach, by contrast with conventional strategies which are
closer conceptually to aa single person in a car. Two examples are given: disk delay lines …
Abstract
At many levels of computer system design there is a severe mismatch between ease of achieving bandwidth and latency goals. This paper suggests a new approach to achieving user-level latency goals, by focusing on streaming data as fast as possible and sampling the streamed data to satisfy individual requests. By analogy with transportation, the proposed approach is a mass-transit approach, by contrast with conventional strategies which are closer conceptually to a a single person in a car. Two examples are given: disk delay lines, modelled on one of the oldest kinds of computer mem-ory, and a scalable video on demand (VoD) architecture.
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