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... 1 Reliability of Technical Systems Tutorial # 3 Due : October 12, 2010 1. Consider the probability ... density function. ≥ = − otherwise te tf t 0 0 002.0 )( 002.0 for t is in hours Calculate reliability ... 1 Reliability of Technical Systems Tutorial # 3 Due : October 12, 2010 1. Consider the probability ... 1 ... 1 ...
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... 1 Reliability of Technical Systems Tutorial # 3 Solution 1. Consider the probability density ... = 1/1.28×10−4= 7812.5 hours MTTFs= MTTFc/4=1953.125 hours 3. A space vehicle requires three out four ... 1 Reliability of Technical Systems Tutorial # 3 Solution 1. Consider the probability density ... = 1/1.28×10−4= 7812.5 hours MTTFs= MTTFc/4=1953.125 hours 3. A space vehicle requires three out four ... 1 ...
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... 1 Ecological Systems Analysis Spring 2012 mandatory exercise I page 1 Ecological Systems Analysis ... do not hand in computer prints of the same solution for several people. Exercise 1 (Environmental ... 1 ... 1 Ecological Systems Analysis Spring 2012 mandatory exercise I page 1 Ecological Systems Analysis ... 1 ...
Chapter 1. Part 3.
... Chapter 1. Part 3. ETH Zürich (D-ITET) October 1 2020 Roland Schmid nsg.ee.ethz.ch Automata ... languages 3 Context-free languages regular language context-free language turing machine Part 1 Part 2 Part ... Chapter 1. Part 3. ETH Zürich (D-ITET) October 1 2020 Roland Schmid nsg.ee.ethz.ch Automata ... Chapter 1. Part 3. ... Chapter 1. Part 3. ...
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... learning? 3 Correlation rP with Posttest Knowledge 0 20 40 60 80 100 1 2A m o u n t o f kn o w le d ge Test ... time Correlation with posttest: rP = 1.00 0 20 40 60 80 100 1 2A m o u n t o f kn o w le d ge Test time ... learning? 3 Correlation rP with Posttest Knowledge 0 20 40 60 80 100 1 2A m o u n t o f kn o w le d ge Test ... time Correlation with posttest: rP = 1.00 0 20 40 60 80 100 1 2A m o u n t o f kn o w le d ge Test time ... Slide 1 ...
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... = 3 → release(barrier) count++ (count= 1) barrier = 0 barrier = 2 barrier = 1 turnstile(barrier ... ) Process Q loop non-critical section nq = np + 1 while (np != 0 && np <= nq) critical section nq = 0 ... = 3 → release(barrier) count++ (count= 1) barrier = 0 barrier = 2 barrier = 1 turnstile(barrier ... ) Process Q loop non-critical section nq = np + 1 while (np != 0 && np <= nq) critical section nq = 0 ... Slide 1 ...
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... 0 0x20f8 0x12 r/w 1 0x0001 0x05 read Process ID VPN PPN acce ss Core 1 TLB: Core 2 TLB: Core 3 TLB ... TLB: Core 2 TLB: Core 3 TLB: Change to read only Process 0 on core 1 can only continue once ... 0 0x20f8 0x12 r/w 1 0x0001 0x05 read Process ID VPN PPN acce ss Core 1 TLB: Core 2 TLB: Core 3 TLB ... TLB: Core 2 TLB: Core 3 TLB: Change to read only Process 0 on core 1 can only continue once ... Slide 1 ...
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... Passing Interface – Communicating Processes Process 0 Process 1 Process 2 Process 4 Process 3 ... spcl.inf.ethz.ch @spcl_eth 3 The Message Passing Interface – Communicating cDAGs Process 0 Process 1 Process 2 ... Passing Interface – Communicating Processes Process 0 Process 1 Process 2 Process 4 Process 3 ... spcl.inf.ethz.ch @spcl_eth 3 The Message Passing Interface – Communicating cDAGs Process 0 Process 1 Process 2 ... Slide 1 ...
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... p5, q5, true, true no mutual exclusion ! 1 non-critical section 2 await wantq == false 3 wantp = true ... threads CS ... 1 2 n 0 spcl.inf.ethz.ch @spcl_eth import java.util.concurrent.atomic.AtomicIntegerArray ... p5, q5, true, true no mutual exclusion ! 1 non-critical section 2 await wantq == false 3 wantp = true ... threads CS ... 1 2 n 0 spcl.inf.ethz.ch @spcl_eth import java.util.concurrent.atomic.AtomicIntegerArray ... Slide 1 ...
Diapositiva 1
... jectio n 1 0 d after sh u t-in RESULTS ΔP (MPa) Δσ’x (MPa) Δσ’y (MPa) 7 -1.5 - 1 -0.5 0 0.5 -4 - 3 -2 - 1 0 ... and after injection INTRODUCTION ΔP Δσ’ Aim s' t s‘ 3 s‘ 1 ΔT Δσ’ Δτ Not so trivial !!! x y n o f lo w ... jectio n 1 0 d after sh u t-in RESULTS ΔP (MPa) Δσ’x (MPa) Δσ’y (MPa) 7 -1.5 - 1 -0.5 0 0.5 -4 - 3 -2 - 1 0 ... and after injection INTRODUCTION ΔP Δσ’ Aim s' t s‘ 3 s‘ 1 ΔT Δσ’ Δτ Not so trivial !!! x y n o f lo w ... Diapositiva 1 ...
