Control Systems Modeling Analysis And Design 1st Edition Swami Karunamoorthy - Solutions

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1. Why did this book present a proven eight-step VSM methodology before getting into the topic of VSM tools?
2. What are the three types of DevOps tools that can help transform your IT value stream's ability to deliver customer value rapidly and reliably?
3. What is the primary feature available in DevOps value stream management platforms (VSMPs).
4. What are the key benefits of DevOps VSMPs/VSM tools?
5. What is the purpose of GRC tools and platforms?
6. What are the primary features available within value stream delivery platforms (VSDPs)?
7. What are the primary benefits of VSDPs?
8. What is the purpose of DevOps workflow metrics?
9. What is the purpose of DevOps orchestration?
10. What is the primary benefit of what if analysis tools?
1. True or false: VSM is strictly a tools-based approach to implementing improvements across your CI/CD and DevOps pipelines.
2. True or false: VSM is a Lean-oriented approach to making value stream improvements.
3. As a quick reminder, what are the common types of waste in Lean production?
4. Who were two of the original contributors to the ideas behind applying Lean concepts and value streams within software development?
5. Through what aspect or lens did Davenport and Martin view the role IT plays in value stream improvements?
6. What are the potential applications for AI and ML in VSM?
7. What are the three essential capabilities employed within a CI/CD or DevOps pipeline?
8. Fundamentally, what is VSM?
9. What are the roots of VSM?
10. Trick question: Are the four DORA metrics the only useful metrics in VSM?
1. What is the purpose and objective of the VSMC?
2. Structurally, the VSMC practices what it preaches by aligning its work around three value streams. What are they?
3. What is the initial research offering provided by the VSMC?
4. PMI acquired two companies to jump-start its Lean-Agile practices. What were those two companies, and what were their offerings?
5. What is Disciplined Agile's approach to assisting Lean-Agile teams?
6. What is the purpose of process blades within the DA toolkit?
7. What are the four layers of the DA toolkit?
8. What role does FLEX play within the DA toolkit?
9. State the importance of value streams within the Scaled Agile Framework® (SAFe®).
10. What are the key elements of Lean value streams within SAFe?
11. In a broader, enterprise context, how does SAFe define value stream management?
12. What are the flows that contribute to SAFe's Continuous Delivery Pipeline (CDP)?
13. What is the relevance of DevOps to SAFe's CDP?
14. What does the acronym CALMR stand for, and what is its purpose?
15. What role does value stream management play in SAFe DevOps?
1. Who coined the term value streams?
2. What is the relevance of LeanFITT on top of our discussions on VSM?
3. Which concerns did James Womack describe relating to organizational use of money as incentives for functional managers and executives?
4. How does LEI define value streams?
5. In LEI, what is the purpose of a Lean action plan?
6. What is the stated purpose of LeanFITT's offerings?
7. What are LeanFITT's four phases in their approach to creating a Lean enterprise?
8. What is an A3 project?
9. What is a Six Sigma process?
10. LeanFITT has two sets of tools—what are they?
1. Helen Beal instructs us not to create DevOps teams. What does she think we should do instead?
2. Scott Ambler suggests we can't limit our thinking to just Dev and Ops. What are the six key aspects of enterprise-class DevOps defined in PMI's DA toolkit?
3. Pramod Malhotra suggests we shouldn't even consider initiating a DevOps initiative unless we have what?
4. Al Wagner hears one common complaint from his customers. What is that complaint?
5. Joel Kruger identified Configuration Management (CM) as the means to protect an organization's IT assets. While he notes CM is not a new concept, what is relatively new about CM practices in a CI/CD and DevOps pipeline context?
6. What are the four fundamental DevOps implementation approaches an organization might take?
7. When corporate executives mandate a rapid transition to implement DevOps, what is usually the best strategy?
8. Jez Humble created the CALMS framework as a conceptual model for integrating DevOps teams, their activities, and employing their systems, tools, and toolchains.What does the CALMS acronym stand for?
9. This book suggests that it's better to build your DevOps teams from within to support your organization's value streams. Why is that?
10. Who is ultimately responsible for addressing issues of DevOps implementation fatigue?
1. What is a common use of VSM and DevOps tools and related implementation initiatives?
2. Ture or False: Lean and VSM are new concepts.
3. What problem did the leaders at Toyota face when they evolved the concepts that we describe today as Lean production?
4. What set of problems did the software community set out to address through the values and principles behind the Manifesto for Agile Software Development?
5. Which three steps of the VSM Implementation Roadmap correlate most closely with the generic eight-step VSM methodology introduced in this book?
6. Which step within the VSM Implementation Roadmap helps provide visibility across DevOps pipelines?
7. What are common improvement horizons and levels of authority for Agile and Lean?
8. Implementing a VSM or DevOps toolchain in isolation from evaluating improvements in other value streams is an example of what, and why do we care?
9. What is the purpose of portfolio management, and why do we care?
10. Why do at least some previously very successful Lean-oriented organizations fail over time?
(a) Design a PI controller for Problem 8.6-4(b).(b) Design a PD controller for Problem 8.6-4(c).(c) Use the results of parts (a) and (b) to repeat Problem 8.6-4(d).Problem 8.6-4(b) (c) (d) (b) Design a phase-lag controller with the dc gain of 10 that yields a system phase margin of 45. (c) Design a
To minimize the noise, the controller should have,a) Small gain at high frequenciesb) Small gain at low frequenciesc) Large gain at low frequenciesd) Large gain at high frequencies
In a lead compensator design, the requirement on pole is,a) \(p>\zeta \omega_{n}\)b) \(p-\zeta \omega_{n}\)d) \(p
Control system is a study(a) To control the failure of a system(b) To control the operation of a function(c) To control the actual output to match with desired output(d) To control the input
Open loop control system is the one that(a) Depend on output(b) Depend on input(c) Does not depend on input(d) Does not depend on output
Closed loop control system is the one that(a) Depend on output(b) Provides feedback(c) Provides stability(d) All of the above
Positive feedback system(a) Makes the system unstable(b) Makes the system stable(c) Makes the output positive(d) None of the above
Controller is defined as(a) A device that activates the plant(b) A device that activates the actuator(c) A device that controls the sensor(d) All of the above
Actuator is defined as(a) A device that activates the plant(b) A device that activates the controller(c) A device that activates the sensor(d) All of the above
A Plant or Process is defined as(a) A system that controls the activator(b) A system that controls the sensor(c) A system that activates the controller(d) A system to be controlled
A sensor is defined as(a) A device to measure the output from plant(b) A device to give feedback to controller(c) A device to function as sensing element in the system(d) All of the above
Transfer function is defined as(a) Ratio of input to output(b) Ratio of output to input(c) Sum of output and input(d) Difference between output and input
G/(1+GH) is the transfer function for(a) Open loop system(b) Positive feedback system(c) Negative feedback system(d) None of the above
G/(1-GH) is the transfer function for(a) Open loop system(b) Positive feedback system(c) Negative feedback system(d) None of the above
The transfer function of a dynamic system requires(a) The initial conditions to be zero(b) The initial conditions to be not zero(c) The initial conditions to be infinity(d) None of the above
[Z(s)] matrix is obtained from A. S2[M] + S2[C] + S2[K] B. S[M] + S2[C] + S3[K] C. [M]+ S[C] + S2[K] D. S2[M] + S[C] + [K]
Transfer function G(s) can be obtained from A. [Z(s)] B. [Z(s)]–1C. [Z(s)] [Z(s)] D. none of the above
Rule based method is applicable when, A. the mass matrix is dynamically uncoupled B. the mass matrix is diagonal C. the stiffness and damping matrix are symmetric D. all of the above
Poles are defined as A. the roots of the characteristic equation B. the square root of characteristic equation C. the roots of numerator equation of transfer function D. the square root of numerator equation
Zeros are defined as, A. square root of characteristic equation B. square root of numerator equation C. roots of numerator equation D. roots of denominator equation
At Poles, the output y(s) is equal to A. zero B. infinity C. one D. none of the above
At Zeros, the output y(s) is equal to A. zero B. infinity C. one D. none of the above
If G1 and G2 are in series, the equivalent transfer function is equal to(a) G1/G2(b) G1+G2(c) G1-G2(d) G1*G2
When you move the summing point from behind to ahead, the input ‘R2’ becomes(a) R2+G(b) R2/G(c) R2-G(d) R2*G
When you move the Pick-off point from ahead to behind, the Pick-off value is(a) Divided by G(b) Multiplied by G(c) All of the above(d) None of the above
In SFG (signal flow Graph), the Nodes represent(a) Input(b) Output(c) Junction point in a path(d) All of the above
In SFG, the lines (Branches) represent,(a) The total transfer function(b) The transfer function of a block(c) The loop transfer function(d) The path transfer function
The path transfer function is equal to(a) Sum of all transfer function in a path(b) Ratio of all transfer function in a path(c) Product of all transfer function in a path(d) None of the above
Mason’s formula is a function of(a) Path transfer function(b) Loop transfer function(c) Determinant function(d) All of the above
For single path,(a) Δ1=1(b) All the loop touches the path(c) T(s)=P1Δ1/Δ(d) All of the above
For two paths,(a) T(s)= (P1+P2) ( Δ1+Δ2)/ Δ(b) T(s)= (P1Δ1+P2Δ2)/ Δ(c) T(s)= (P1-P2) ( Δ1-Δ2)/ Δ(d) T(s)= (P1Δ1+P2Δ2)/ Δ
The loop are identified as touching, if(a) They are adjacent(b) They across(c) They overlap(d) All of the above
The error is given asa) \(\mathrm{E}=\mathrm{R}-\mathrm{Y}\)b) \(\mathrm{E}=\mathrm{R}(1-\mathrm{T})\)c) \(\mathrm{E}=\mathrm{R}-\mathrm{R}(\mathrm{Y} / \mathrm{R})\)d) All of the above
To minimize the disturbance, the controller should have,a) Large gain at high frequenciesb) Small gain at high frequenciesc) Large gain at low frequenciesd) Small gain at low frequencies
A marginally stable system in general considered as,A. Stable systemB. Unstable systemC. Neutral systemD. None of the above

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Control Systems Modeling Analysis And Design 1st Edition Swami Karunamoorthy - Solutions

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