- THE IMPACT OF PARTICIPANTS’ BELIEFS ON MOTOR INTERFERENCE AND MOTOR COORDINATION IN HUMAN-HUMANOID INTERACTIONS
- KINEMATIC CONTROL OF REDUNDANT MANIPULATORS: GENERALIZING THE TASK-PRIORITY FRAMEWORK TO INEQUALITY TASK
- COMMAND STATE-BASED MODIFIABLE WALKING PATTERN GENERATION ON AN INCLINED PLANE IN PITCH AND ROLL DIRECTIONS FOR HUMANOID ROBOTS
- DESIGN AND CONTROL OF A COMPACT HIGH-DYNAMIC CAMERA-ORIENTATION SYSTEM
- GLOBAL NAVIGATION FOR HUMANOID ROBOTS USING SAMPLING-BASED FOOTSTEP PLANNERS
- COMPUTER SIMULATIONS OF A HUMANOID ROBOT CAPABLE OF WALKING LIKE FASHION MODELS
- METHODS AND TECHNOLOGIES FOR THE IMPLEMENTATION OF LARGE-SCALE ROBOT TACTILE SENSORS
- IMPLICIT SENSORIMOTOR MAPPING OF THE PERIPERSONAL SPACE BY GAZING AND REACHING
- A COURSE IN SIMULATION AND DEMONSTRATION OF HUMANOID ROBOT MOTION
- HUMANOID MULTIMODAL TACTILE-SENSING MODULES
- GUEST EDITORIAL
- HAPTIC SENSING FOOT SYSTEM FOR HUMANOID ROBOT AND GROUND RECOGNITION WITH ONE-LEG BALANCE
- FINITE STATE CONTROL OF FES-ASSISTED WALKING WITH SPRING BRAKE ORTHOSIS
- HUMAN-LIKE WALKING: OPTIMAL MOTION OF A BIPEDAL ROBOT WITH TOE-ROTATION MOTION
- ESTIMATION OF ABSOLUTE ORIENTATION FOR A BIPEDAL ROBOT: EXPERIMENTAL RESULTS
- LASER-BASED KINEMATIC CALIBRATION OF ROBOT MANIPULATOR USING DIFFERENTIAL KINEMATICS
- EVOLUTIONARY MULTIOBJECTIVE FOOTSTEP PLANNING FOR HUMANOID ROBOTS
- BODY DEFINITION BASED ON VISUOMOTOR CORRELATION
- IMPROVED IMAGE RECONSTRUCTION FOR AN EIT-BASED SENSITIVE SKIN WITH MULTIPLE INTERNAL ELECTRODES
- COMMENTS ON “AN OPTIMALITY PRINCIPLE GOVERNING HUMAN WALKING”
- A COMMUNICATION ROBOT IN A SHOPPING MALL
- EPIGENETIC ROBOTICS ARCHITECTURE (ERA)
- A MULTI-AGENT CONTROL METHOD AND REALIZATION IN WIND-SOLAR HYBRID POWER GENERATION SYSTEM
- A RESIDENTIAL EXAMPLE OF HYBRID WIND-SOLAR ENERGY SYSTEM: WISE
- CONTROLLER FOR 1KW-5KW WIND-SOLAR HYBRID GENERATION SYSTEMS
- DESIGN AND IMPLEMENTATION OF MAS IN RENEWABLE ENERGY POWER GENERATION SYSTEM
I recently landed on a youtube video about this question and intrigued about its uncertainty in detail in every aspect. Hence i thought it would be a challenge to solve it and decided to work on it. For those who dont know about the question can watch this video to know it better. I thought we can exploit the details of the question to workaround and come up with a decent answer to this question. My take is as follows. Condition 1: We can ask only three yes/no questions Condition 2: Each question should be dedicated to only one god. Condition 3: You can ask multiple questions to the same god. Let us choose first god and ask the first question 1) Are you ARR? Repeat the question again and again to confirm it is not ARR. Since you will get different responses for the same question. (Remember, Condition 1 limits the number of questions can be asked but not from the number of times it can be asked.) If the God is ARR, We can skip to the 2nd god, otherwise we can s...
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