Robotics & Artificial Intelligence
In telecommunications, AI may not be needed. Why are predefined rules and protocols sufficient for efficient data transmission and call routing?
- They ensure randomness and flexibility in data handling
- They provide a fixed, predictable framework that avoids uncertainty
- They adapt to every user's preferences and historical data
- They allow for probabilistic decision-making in uncertain environments
Answer
They provide a fixed, predictable framework that avoids uncertainty
Reason — In telecommunications, predefined rules and protocols regulate the efficient transmission and routing of data. These systems rely on deterministic computing, which offers predictable and reliable behaviour without uncertainty. Hence, fixed rules are sufficient for tasks like call routing and data packet switching, and AI is not required in such scenarios.
Related Questions
In deterministic computing, the system's output is determined solely by the input and a predefined set of rules or algorithms. This rigid system is highly structured but lacks adaptability to new data or real world complexities.
Mention any two limitations of deterministic computing.
Probabilistic computing is used to manage uncertainty in complex systems. In which scenario would probabilistic computing be more beneficial than deterministic computing?
- When precise and predictable results are required for simple tasks
- When the system needs to adapt to uncertain or changing conditions
- When the program requires the execution of a fixed set of instructions
- When the input data is always complete and accurate
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