1. The halting problem is described as impossibility to know if a program (based on any programming language) will halt or not after it starts running. How would you simulate or semi-simulate the halting problem? If a simulation is possible, provide a graph or a flow chart. Explain your reasoning. If a simulation is not possible, explain your reasoning.

Using MATLAB

For analytical methods that don't involve systems, a structured language may be useful.

Prepare a structured program for the task given below : -A system needs to be activated ( push - button ) when the user wants t use , and red LED will be light up . -An ultrasonic distance sensor will detect the obstacle ( human ) and will alert the user with a frequency of sound ( buzzer ) is 1KHz . -Once the safe distance is achieved , the green LED will light up and the buzzer will turn off .

Give two examples of Dynamic Programming Approach.

I want an answer for a begainer on Netbeans

To what extent are proofs of concept different from prototypes?

Perhaps it makes sense to investigate the wide variety of programming methods at our disposal. How can we account for the presence of so many competing paradigms? You are not free to choose otherwise. Your own words would help me understand it much better.

Can dynamic programming be used to generate a chain of decisions that depend on one another? The next step(s) are?

Is it possible to provide a rundown of the various programming paradigms? What exactly is the purpose of having so many distinct models to choose from? Do we really need to make sure we have them? Explain everything in detail using your own words, starting with what you just stated.