Description : Local localization follows the location of a robots from A : Initial Point B : Final Point C : Middle point D : End point
Last Answer : A : Initial Point
Description : Robots Localization indicates the robots A : Performance B : Capability C : Direction D : Measurements
Last Answer : B : Capability
Description : Artificial landmarks positioned exclusively for the functions of A : Robot localization B : Global localization C : Path finding D : Approximation location
Last Answer : A : Robot localization
Description : Which localization does not requre any previous informatiom A : Absolute B : Local C : Global D : Passive
Last Answer : C : Global
Description : In 90’s the global management perception was based on A. Standardization v/s adaptation B. Globalization v/s localization C. Global integration v/s Local Responsiveness D. Local responsiveness
Last Answer : Globalization v/s localization
Description : Active or inactive can be category of A : Localization B : Landmarks classes C : pose evalution D : Robot
Last Answer : B : Landmarks classes
Description : Natural or artificial can be category of A : Localization B : Landmarks classes C : Pose evalution D : Robot
Description : Adaptive localization at multiple scales is a technique of A : Recursive filtering B : Filtering C : Laandmark D : Pose estimation
Last Answer : A : Recursive filtering
Description : Which is fundamental approache of mapping A : Mapping without localization B : Sensorial maps C : Perceptul maps D : Geomatric Maps
Last Answer : A : Mapping without localization
Description : Active or inactive can be category of A : Localization B : Landmarks classesC : pose evalution D : Robot
Description : If the population growth follows a logistic curve, the maximum sustainable yield: (A) is equal to half the carrying capacity. (B) is equal to the carrying capacity. (C) depends on growth rates. (D) depends on the initial population.
Last Answer : (A) is equal to half the carrying capacity.
Description : A three dimensional array in C' is declared as int A[x][y][z]. Here, the address of an item at the location A[p][q][r] can be computed as follows (where w is the word length of an integer): (A) &A[0][0][0]+w(y*z*q+z*p+r) (B) &A ... *q+r) (C) &A[0][0][0]+w(x*y*p+z*q+r) (D) &A[0][0][0]+w(x*y*q+z*p+r)
Last Answer : Answer: B
Description : The transitional middle portion of a logistic curve follows (A) A geometric growth (B) A logarithmic growth (C) A first over curve (D) A constant rate
Last Answer : (D) A constant rate
Description : A robot’s “arm” is also known as its __________ a) end effector b) actuator c) manipulator d) servomechanism
Last Answer : c) manipulator
Description : Which of the following laws is ASIMOV'S first and most important law of robotics? A : Robot actions must never result in damage to the robot B : Robots must never take actions harmful to humansC : Robot must follow the directions given by human D : Robots must make business a greater profit
Last Answer : B : Robots must never take actions harmful to humans
Description : Which of the following statements concerning the implementation of robotic systems is correct? A : implementation of robots CAN not save existing jobs B : implementation of robots CAN not create new ... could prevent a business from closing D : robotics could noy prevent a business from closing
Last Answer : C : robotics could prevent a business from closing
Description : Which of the following is NOT one of the advantages associated with a robotics implementation program? A : Low costs for hardware and software B : Robots work continuously around the clock C : Quality of manufactured goods can be improved D : Reduced company cost for worker fringe benefits
Last Answer : A : Low costs for hardware and software
Description : Industrial Robots are generally to designed to carry which of the following coordinate system(s). A : Cartesian coordinate systems B : Polar systems. C : Cylindrical systems D : Sperical Sytem
Last Answer : A : Cartesian coordinate systems
Description : With regard to the physics of power systems used operate robots, which statement or statements are most correct? A : hydraulics involves the compression of liquids B : hydraulics involves the compression of air C : pneumatic involves the compression of air D : chemical batteries produce AC power
Last Answer : C : pneumatic involves the compression of air
Description : Which of the following laws is ASIMOV'S first and most important law of robotics? A : Robot actions must never result in damage to the robot B : Robots must never take actions harmful to humans C : Robot must follow the directions given by human D : Robots must make business a greater profit
Description : Natural Enviroment are not particularly organized or skilled for A : Machines B : Robots C : Path finding D : Odometry
Last Answer : B : Robots
Description : A clearly different group of maps showing particular application to robots is called as A : Relational maps B : Sensorial maps C : Perceptul maps D : Geomatric Maps
Last Answer : C : Perceptul maps
Description : Which of the following is NOT one of the advantages associated with a robotics implementation program? A : Low costs for hardware and softwareB : Robots work continuously around the clock C : Quality of manufactured goods can be improved D : Reduced company cost for worker fringe benefits
Description : The result is 1350, but I don't know how to get there :) Thank you for the answers :)
Last Answer : We express an unknown x. The initial share first decreased by 20% (1-20 / 100) and then this new price increased by 20% (1 + 20/100) and the resulting share price is 1296. x * (1 - 20/100) * (1 + 20/100) = 1296 x * (0.8) * (1.2) = 1296 x 0.96 = 1296 x = 1296: 0.96 x = 1350
Description : I just need to know a formula, or a lot more formulas, but there are always both unknowns in a formula.
Last Answer : I don't know how to fix it ... you have to do it yourself
Description : Frame the formula: final velocity (v) of a body in linear motion is equal to the sum of its initial velocity (u) and the product of acceleration (a) a
Last Answer : Frame the formula: final velocity (v) of a body in linear motion is equal to the sum of its initial velocity (u) and ... v=u-at C. v=u+at D. v=-u-at
Description : A metallic wire of length 1 m is stretched to duble its length. Calculate the ratio of its initial and final resistances assuming that there is no cha
Last Answer : A metallic wire of length 1 m is stretched to duble its length. Calculate the ratio of its ... there is no change in its density on stretching.
Description : How do you find the final and initial position of an object how would you calculate displacement?
Last Answer : Need answer