InfoSphere Streams architecture

Henrique Andrade,Bugra Gedik,Deepak Turaga

Fundamentals of Stream Processing（2014）

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摘要

In this chapter, we switch the focus from a conceptual description of the SPS architecture to the specifics of one such system, InfoSphere Streams. The concepts, entities, services, and interfaces described in Chapter 7 will now be made concrete by studying the engineering foundations of Streams. We start with a brief recount of Streams' research roots and historical context in Section 8.2. In Section 8.3 we discuss user interaction with Streams’ application runtime environment.

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关键词

flow,interface,ldap,streams,logging,operator,private key,standard,ip,label,authentication,load balancing,access control,binary,life cycle,nfs,server,standard error,stream,performance,ssl,type,default,serialization,periodic,sps,state,tar,xml,matching,trace,authorization,decoding,dso,breakpoint,debugging mode,c,port,tcp,thread,class,principal,soap,g,visualization,corba,fault tolerance,linux,shared memory,security,termination,write,connection,knowledge management,endianness,idempotent,provisioning,eclipse,expression,graph,environment,map,punctuation,scheduling,ssh,workflow,composition,isolation,mode,public key,metric,application,client,host,systems,man,set,tuple,audit,scope,shell,partition,configuration,file,getter,trail,deserialization,cpu,os,sam,bootstrapping,code,syslog,system,asset,management,marshalling,debugging,ethernet,unicast,encoding,property,resource,callback,debug,fusion,multicast,packet,transport layer,process,tracing,user,adl,ems,job,placement,info,list,srm,composite,ibm,xsd

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