1.A/an ____________________ advances time in arbitrary time steps between succes

Question

1.A/an ____________________ advances time in arbitrary time steps between successive events. This is the type of simulation most often used for system or process analyses. One or more event lists maintain a list of the events yet to be executed.
2. A/an ____________________ is an abstract mathematical representation (or mathematical abstraction) of a referent system or process.
3. A/an ____________________ marks the change in state of a system or process at an instant in time.
4. A/an ____________________ advances time in fixed time steps. This is the simplest time abstraction and is often used for games or visualizations where graphical aesthetics are more important than analytical results.
5. A/an ____________________ is a physical representation of a reference system or process. A physical model is used to analyze physical aspects of the system or process.
6. A/an ____________________ decomposes the elements of a system or process into the fundamental events that change the state of the model.
7. A/an ____________________ is an abstract representation (or abstraction) of a referent system or process that is expressed as a computer program.
8. A/an ____________________ is a representation of a referent system or process.
9. A/an ____________________ marks the change in state of a system or process that advances (i.e., consumes) time.
10. The ____________________ is a list of events that have been scheduled but not yet executed.
11. A/an ____________________ is an abstract representation (or conceptualization) of a referent system or process.
12. A/an ____________________ is a computational model that abstracts time (and possibly space) in some specific manner.
13. A/an ____________________ decomposes the elements of a system or process into the activities that advance (i.e., consume) simulation time.
14. A/an ____________________ models the change in state of a system of process over its entire life cycle.
15. A/an ____________________ advances time by some numerical integration method. The model itself is specified as a series of differential equations (or difference equations in simpler cases).
16. A/an ____________________ approach decomposes the elements of a system or process into its constituent (simulation) processes. 1.A/an ____________________ advances time in arbitrary time steps between successive events. This is the type of simulation most often used for system or process analyses. One or more event lists maintain a list of the events yet to be executed.
2. A/an ____________________ is an abstract mathematical representation (or mathematical abstraction) of a referent system or process.
3. A/an ____________________ marks the change in state of a system or process at an instant in time.
4. A/an ____________________ advances time in fixed time steps. This is the simplest time abstraction and is often used for games or visualizations where graphical aesthetics are more important than analytical results.
5. A/an ____________________ is a physical representation of a reference system or process. A physical model is used to analyze physical aspects of the system or process.
6. A/an ____________________ decomposes the elements of a system or process into the fundamental events that change the state of the model.
7. A/an ____________________ is an abstract representation (or abstraction) of a referent system or process that is expressed as a computer program.
8. A/an ____________________ is a representation of a referent system or process.
9. A/an ____________________ marks the change in state of a system or process that advances (i.e., consumes) time.
10. The ____________________ is a list of events that have been scheduled but not yet executed.
11. A/an ____________________ is an abstract representation (or conceptualization) of a referent system or process.
12. A/an ____________________ is a computational model that abstracts time (and possibly space) in some specific manner.
13. A/an ____________________ decomposes the elements of a system or process into the activities that advance (i.e., consume) simulation time.
14. A/an ____________________ models the change in state of a system of process over its entire life cycle.
15. A/an ____________________ advances time by some numerical integration method. The model itself is specified as a series of differential equations (or difference equations in simpler cases).
16. A/an ____________________ approach decomposes the elements of a system or process into its constituent (simulation) processes. 1.A/an ____________________ advances time in arbitrary time steps between successive events. This is the type of simulation most often used for system or process analyses. One or more event lists maintain a list of the events yet to be executed.
2. A/an ____________________ is an abstract mathematical representation (or mathematical abstraction) of a referent system or process.
3. A/an ____________________ marks the change in state of a system or process at an instant in time.
4. A/an ____________________ advances time in fixed time steps. This is the simplest time abstraction and is often used for games or visualizations where graphical aesthetics are more important than analytical results.
5. A/an ____________________ is a physical representation of a reference system or process. A physical model is used to analyze physical aspects of the system or process.
6. A/an ____________________ decomposes the elements of a system or process into the fundamental events that change the state of the model.
7. A/an ____________________ is an abstract representation (or abstraction) of a referent system or process that is expressed as a computer program.
8. A/an ____________________ is a representation of a referent system or process.
9. A/an ____________________ marks the change in state of a system or process that advances (i.e., consumes) time.
10. The ____________________ is a list of events that have been scheduled but not yet executed.
11. A/an ____________________ is an abstract representation (or conceptualization) of a referent system or process.
12. A/an ____________________ is a computational model that abstracts time (and possibly space) in some specific manner.
13. A/an ____________________ decomposes the elements of a system or process into the activities that advance (i.e., consume) simulation time.
14. A/an ____________________ models the change in state of a system of process over its entire life cycle.
15. A/an ____________________ advances time by some numerical integration method. The model itself is specified as a series of differential equations (or difference equations in simpler cases).
16. A/an ____________________ approach decomposes the elements of a system or process into its constituent (simulation) processes.

Explanation / Answer

Ans 1 E-Cell simulation Environment

Ans 2 Abstraction

Ans 3 Mark up

Ans 4 Crowd Visualization

Ans 5 Process Modeling

Ans 6 Functional Decomposition

Ans 7 Abstraction Data type

Ans 8 Companion Modeling

Ans 9 Discreate Event Simulation

Ans 10 Reference Manual

Ans 11 Refernce Abstraction

Ans 12 Abstract Data Type or Theory of computation

Ans 13 System validation

Ans 14 Bussiness process Modeling

Ans 15 Diffrential Equation

Ans 16 Analytic Hierarchy theory/process

Related Questions

Navigate

• Browse (All)
• Browse 1
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.