# streaming graph edges = [[0,1],[0,2],[1,2],[1,3],[1,4],[4,5],[6,7]] # assume there is no duplicated edge Copyright By PowCoder代写 加微信 powcoder # Task: we need a data structure # 1. get neighbors of each vertex # 2. check if (u,v) has existed in the graph # 3. add a new edge, e.g., add (u,v) to the graph # […]
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CPSC 213 Introduction to Computer Systems Unit 2b Virtual Processors 1 Reading ‣Text • 2ed: 12.3 • 1ed: 13.3 2 The Virtual Processor ‣ Originated with Edsger Dijkstra in the THE Operating System • in The Structure of the “THE” Multiprogramming System, 1968 “I had had extensive experience (dating back to 1958) in making basic
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CPSC 213 Introduction to Computer Systems Unit 2c Synchronization 1 Reading ‣ Companion •8 ‣Text • 2ed: 12.4-12.6, parts of 12.7 • 1ed: 13.4-13.5, (no equivalent to 12.6), parts of 13.7 2 Synchronization CPUs (Cores) Memory Bus disk-read thread disk controller wait some other thread ‣ We invented Threads to • exploit parallelism do things
META-INF/MANIFEST.MF A.class B.class C.class D.class E.class F.class G.class H.class I.class J.class K.class L.class M.class META-INF/maven/jline/jline/pom.properties META-INF/maven/jline/jline/pom.xml META-INF/maven/org.antlr/antlr-runtime/pom.properties META-INF/maven/org.antlr/antlr-runtime/pom.xml N.class O.class P.class Q.class R.class S.class SimpleMachine$Sm213.class SimpleMachine$Sm213Student.class SimpleMachine$Y86Pipe.class SimpleMachine$Y86PipeMinus.class SimpleMachine$Y86PipeMinusStudent.class SimpleMachine$Y86PipeStudent.class SimpleMachine$Y86Seq.class SimpleMachine$Y86SeqStudent.class SimpleMachine.class T.class U.class V.class W.class X.class Y.class Z.class a.class aA.class aB.class aC.class aD.class aE.class aF.class aG.class aH.class aI.class aJ.class aK.class aL.class aM.class aN.class
CPSC 213 Introduction to Computer Systems Unit 1a Numbers and Memory 1 The Big Picture ‣ Build machine model of execution • for Java and C programs • by examining language features • and deciding how they are implemented by the machine ‣ What is required • design an ISA into which programs can be
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CPSC 213 Introduction to Computer Systems Unit 0 Introduction 1 About the Course ‣ its all on the web page … • http://www.cs.ubc.ca/~feeley/cs213 • Lecture Notes Companion • Piazza ‣ marks • in-class clicker questions (you will need a clicker) • labs • quizzes • midterm • final ‣ work together! but don’t cheat! •
META-INF/MANIFEST.MF SimpleMachine$Sm213.class SimpleMachine$Sm213Student.class SimpleMachine$Y86Pipe.class SimpleMachine$Y86PipeMinus.class SimpleMachine$Y86PipeMinusStudent.class SimpleMachine$Y86PipeStudent.class SimpleMachine$Y86Seq.class SimpleMachine$Y86SeqStudent.class SimpleMachine.class arch/sm213/isa/Assembler.class arch/sm213/isa/ISA.class arch/sm213/machine/AbstractSM213CPU.class arch/y86/isa/Assembler.class arch/y86/isa/ISA.class arch/y86/machine/AbstractY86CPU$1.class arch/y86/machine/AbstractY86CPU$Base$1.class arch/y86/machine/AbstractY86CPU$Base$2.class arch/y86/machine/AbstractY86CPU$Base$3.class arch/y86/machine/AbstractY86CPU$Base$4.class arch/y86/machine/AbstractY86CPU$Base$5.class arch/y86/machine/AbstractY86CPU$Base$6.class arch/y86/machine/AbstractY86CPU$Base$DecodeStageState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$DecodeStageState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$DecodeStageState.class arch/y86/machine/AbstractY86CPU$Base$ExecuteStageState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$ExecuteStageState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$ExecuteStageState.class arch/y86/machine/AbstractY86CPU$Base$FetchStageState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$FetchStageState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$FetchStageState.class arch/y86/machine/AbstractY86CPU$Base$MemoryStageState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$MemoryStageState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$MemoryStageState.class arch/y86/machine/AbstractY86CPU$Base$MultiPortRegisterSet.class arch/y86/machine/AbstractY86CPU$Base$ProcessorState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$ProcessorState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$ProcessorState.class arch/y86/machine/AbstractY86CPU$Base$StageState.class arch/y86/machine/AbstractY86CPU$Base$StageThread.class arch/y86/machine/AbstractY86CPU$Base$WriteBackStageState$InputPorts.class arch/y86/machine/AbstractY86CPU$Base$WriteBackStageState$OutputPorts.class arch/y86/machine/AbstractY86CPU$Base$WriteBackStageState.class arch/y86/machine/AbstractY86CPU$Base.class arch/y86/machine/AbstractY86CPU$Pipelined.class arch/y86/machine/AbstractY86CPU$Sequential.class arch/y86/machine/AbstractY86CPU.class arch/y86/machine/MainMemory.class grammar/AsmSM213Lexer$DFA7.class grammar/AsmSM213Lexer.class grammar/AsmSM213Parser$1.class grammar/AsmSM213Parser$DFA19.class grammar/AsmSM213Parser$DFA2.class grammar/AsmSM213Parser$LineType.class grammar/AsmSM213Parser$baseOffset2_return.class
CPSC 213 Introduction to Computer Systems Unit 2c Synchronization 1 Reading ‣ Companion •8 ‣Text • 2ed: 12.4-12.6, parts of 12.7 • 1ed: 13.4-13.5, (no equivalent to 12.6), parts of 13.7 2 Synchronization CPUs (Cores) Memory Bus disk-read thread disk controller wait Memory some other thread notify ‣ We invented Threads to • exploit parallelism
CPSC 213 Introduction to Computer Systems Unit 1a Numbers and Memory 1 The Big Picture ‣ Build machine model of execution • for Java and C programs • by examining language features • and deciding how they are implemented by the machine ‣ What is required • design an ISA into which programs can be
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CPSC 213 Introduction to Computer Systems Unit 1f Dynamic Control Flow Polymorphism and Switch Statements 1 Readings for Next Two to Three Lectures ‣Text • Switch Statements, Understanding Pointers – 2nd ed: 3.6.7, 3.10 – 1st ed: 3.6.6, 3.11 2 Polymorphism 3 Back to Procedure Calls ‣ Static Method Invocations and Procedure Calls • target
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