- DATA ACQUIRING FOR ALS
- HARDWARE SUPPORT FOR SECURE PROCESSING IN EMBEDDED SYSTEMS
- GPS-SYNCHRONIZED DATA ACQUISITION: TECHNOLOGY ASSESSMENT AND RESEARCH ISSUES
- THE STRUCTURE AND APPLICATION OF FLEXIBLE SCADA
- FAST INTRA-NETWORK AND CROSS-LAYER HANDOVER (FINCH) FOR WIMAX AND MOBILE INTERNET
- DISSERTATION
- HIGH RESOLUTION CEREBRAL BLOOD FLOW IMAGING BY REGISTERED LASER SPECKLE CONTRAST ANALYSIS
- ICSF_PAPER
- CLUSTERING AND CLUSTER-BASED ROUTING PROTOCOL FOR DELAY-TOLERANT MOBILE NETWORKS
- DYNAMIC MODELING OF GE 1.5 AND 3.6 MW WIND TURBINEGENERATORS FOR STABILITY SIMULATIONS
- A NEW HYBRID MULTILEVEL INVERTER TOPOLOGY WITH HARMONICS PROFILE IMPROVEMENT
- THERMAL POWER PLANT START-UP SCHEDULING WITH EVOLUTIONARY COMPUTATION BY USING AN ENFORCEMENT OPERATOR
- SECURITY ARCHITECTURE FOR POWER-LINE METERING SYSTEM
- AN ANALYSIS OF MERGING AND SPACING OPERATIONS WITH CONTINUOUS DESCENT APPROACHES
- EFFECT OF VARIABLE SPEED WIND TURBINE GENERATOR ON STABILITY OF A WEAK GRID
- A THERMAL POWER PLANT MODEL FOR DYNAMIC SIMULATION OF LOAD FREQUENCY CONTROL
- OPTIMUM BIAS CALCULATION FOR PARALLEL HYBRID SWITCHING- LINEAR REGULATORS
- REAL-TIME VAR CONTROL BY SCADA
- FAST COMPUTATION OF VOLTAGE STABILITY SECURITY MARGINS USING NONLINEAR PROGRAMMING TECHNIQUES
- DISPATCH OF CAPACITORS ON DISTRIBUTION SYSTEM USING DYNAMIC PROGRAMMING
- DISPATCH OF MAIN TRANSFORMER ULTC AND CAPACITORS IN A DISTRIBUTION SYSTEM
- THE ROBOT IS THE TETHER: ACTIVE, ADAPTIVE POWER ROUTING FOR MODULAR ROBOTS WITH UNARY INTER-ROBOT CONNECTORS
- HIGH-RATE SPACE–TIME CODED LARGE-MIMO SYSTEMS: LOW-COMPLEXITY DETECTION AND CHANNEL ESTIMATION
- RELIABILITY ANALYSIS OF ELECTRIC UTILITY SCADA SYSTEMS
- PRACTICAL ISSUES ON KEY DISTRIBUTION IN POWER LINE NETWORKS
- CLAYTRONICS: A SCALABLE BASIS FOR FUTURE ROBOTS
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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