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42 Cards in this Set
- Front
- Back
A polygonal mesh consists of A) Planar patches B) Pixels C) Spheres D) Bezier curves |
A) Planar patches |
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The shape of an object is usually represented by A) A sphere B) A polygonal mesh C) A triangle D) A texture map |
B) A polygonal mesh |
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Which of the following is not contained in a scene graph? A) Models of the objects in the scene B) Information about the camera C) Information about lighting D) The view volume |
D) The view volume |
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The phenomenon of a light ray bending as it passes through materials of different density is called A) Reflection B) Incidence C) Refraction D) Ray tracing |
C) Refraction |
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Which of the following is not naturally handled by a local lighting model? A) Specular light B) Diffuse light C) Ambient light D) Shadow |
D) Shadow |
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Which of the following is associated with clipping? A) Phong shading B) The view volume C) Texture mapping D) Bump mapping |
B) The view volume |
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Hidden-surface removal is the process of A) Discarding those objects that fall outside the view volume B) Applying a parallel projection rather than a perspective projection C) Identifying parts of surfaces that are in a shadow D) Identifying surfaces that are blocked from the camera's view |
D) Identifying surfaces that are blocked from the camera's view |
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Which of the following is the simplest shading technique? A) Phong shading B) Flat shading C) Gouraud shading D) Bump mapping |
B) flat shading |
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Producing a sequence of frames to fill the gap between key frames is called A) Storyboarding B) Morphing C) In-betweening D) Motion capture |
C) In-betweening |
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A means of analyzing motion based on laws of physics, is? |
Dynamics |
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A Means of associating a predetermined image with a surface, is what? |
Texture mapping |
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A collection of relatively standard rendering activities, is what? |
Rendering pipeline |
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Produces the appearance of bright highlights on a surface, is what? |
Specular light |
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The region of the projection plane containing the image, is what? |
Image window |
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Which of the following is an example of procedural knowledge? A) Knowing the rate of growth of the world's population B) Knowing how to tie your shoes C) Knowing your name D) Knowing the exchange rate of different national currencies |
B) Knowing how to tie your shoes |
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Which of the following is not a component of production system? A) Control system B) Collection of states C) Associative memory D) Collection of productions |
C) Associative memory |
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Which of the following learning technique results in a agent merely performing a prerecorded sequence of steps? A) Imitation B) Supervised training C) Reinforcement |
A) Imitation |
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Which of the following is actually constructed during heuristic search? A) Agent B) Search tree C) Production system |
B) Search tree |
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A memory system that is able to provide relating information is called A) Read-only memory (ROM) B) Associative memory C) An artificial neural network D) Main memory |
B) Associative memory |
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Which of the following programming methodologies seeks to develop software by a "trial and error" approach? A) Object-oriented programming B) Structured programming C) Evolutionary programming D) Declarative programming |
C) Evolutionary programming |
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At what "stage" of analysis are sentences
"There were exactly twelve books on the table." and "There were twelve books on the table, no more and no less" Recognized as saying the same thing? A) Syntactic analysis B) Semantic analysts C) Contextual analysis |
B) Semantic analysis |
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At what "stage" of analysis is meaning of the word ball in the following sentence determined? "At the party John was having a ball." A) Syntactic analysis B) Semantic analysis C) Contextual analysis |
C) Contextual analysis |
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Whcih of the following is associated with a task that could liekly be pperformed by relatively simple pattern matching methods as opposed to requiring advance image analysis techinques? A) Identifying characters on a printed page B) Distinguishing the parts of a photogragh that represnt living organic entities as opposed to inert ojects C) Distinguishing photographs of family outings from those of business meetings |
A) Identifying characters on a printed page |
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A means of measuring a machine's ability to perform like a human, is called? |
Turning test |
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A computer processing model that able to learn by adjusting a set of weights and thresholds, is called what? |
Artificial neural network |
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A "picture" of all states and productions, is known as what? |
State graph |
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The task of understanding an image, is called what? |
Image analysis |
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An agent generalizes know responses for given set of examples, is known as what? |
Supervised training |
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Which of the following Bare Bones program is self-terminating? A) while X not 0: B) while X not 0: decr X C) decr X while X not 0 |
B) while X not 0: decr X |
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An unsolvable problem is a problem for which A) no solution exists B) no one knows the solution C) no algorithm exists for finding the solution D) no one wants to know the solution |
c) no algorithm exists for finding the solution |
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What action is performed by the Turning machine described below? Current Current Value Direction New state cell content to write to move state Start * * left X X 1 0 left X X 0 0 right Y Y 0 0 right Y Y * * no move Halt A) It replaces any string of consecutive 1s to the left of an * with 0s B) it leaves the tape unchanged C) It places an * at the left end of any string of consecutive 1s appearing to the left of an * |
A) It replaces any string of consecutive 1s to the left of an * with 0s |
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What action is performed by the Turning machine described below? Current Current Value Direction New state cell content to write to move state Start * * left X X 1 1 left X X 0 * right Y Y 1 1 right Y Y * * no move HALT
A) It replaces any string of consecutive 1s to the left of an * with 0s B) It leaves the tap unchanged C) It places an * at the left end of any string of consecutive 1s appearing to the left of an * |
C) It places an * at the left end of any string of consecutive 1s appearing to the left of an * |
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Which of the following best describes what the following Bare Bones program does? copy X to Z clear X incr X while Z not 0: clear X decr Z A) It changes the value of X to 1 B) If the starting value of X is 0, it sets the value of X to 1. Otherwise, it sets the value of X to 0 C) It ultimately leaves X the same as it was when the program started |
B) If the starting value of X is 0, it sets the value of X to 1. Otherwise, it sets the value of X to 0 |
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Which of the following statements is false? A) If a problem can be solved by a Bare Bones program, then it can be solved by a Turning machine. B) If a problem can be solved by a Turing machine, then it can be solved by a Bare Bones program C) The halting problem cannot be solved by a Bare Bones program D) The halting problem can be solved only v\by using a universal programming language |
D) The halting problem can be solved only by using a universal programming language |
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Which of the following statements is true? A) The Bare Bones programming language would still be a universal language if the clear statement was removed. B) The Bare Bones programming language would still be a universal language if the incr statement was removed. C) The Bare Bones programming language would still be a universal language would still be universal language if the decr statement was removed D) The Bare Bones programming language would still be a universal language if the while statement was removed |
A) The Bare Bones programming language would still be a universal language if the clear statement was removed. |
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Which of the following systems does not process the same computational capabilities as the others? A) Turing machines B) Universal programming languages C) Algebraic expressions D) The Bare Bones language |
C) Algebraic expressions |
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Suppose the variable X in the following Bare Bones program has the value 3 when execution begins. clear Y decr X while X not 0: decr X incr Y What will be the value of Y when the program terminates A) 0 B) 1 C) 2 D) 3 |
C) 2 |
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A relationship between input and output values that can be determined algorithmically, is called what? |
Computable function |
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An elementary, yet universal, computing device is what? |
Turing machine |
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An example of an unsolvable problem, is know as? |
Halting problem |
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Allows a solution to any solvable problem to be expressed, is known as what? |
Universal langauge |
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A problem with no algorithmic solution, is called what? |
unsolvable problem |