If an application uses UDP, can it guarantee reliable data delivery? Then how would you go about accomplishing this goal?
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If an application uses UDP, can it guarantee reliable data delivery? Then how would you go about accomplishing this goal?
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- Is it feasible for an application to make advantage of UDP while maintaining reliable data delivery at the same time? If that's the case, what strategy would you employ?Is reliable data transmission possible for an application that uses UDP? Therefore, how would you approach doing so?Is it possible for an application using UDP to gain the benefits of reliable data transmission? How, if that is the case?
- Using UDP as the data transfer protocol, is it still possible for an application to guarantee dependable data transmission? What actions would you take to carry out this strategy if this were the case?Is it feasible for an application to utilize UDP while yet ensuring reliable data transmission? If so, what method would you take?Applications reliant on UDP could struggle to transfer data regularly. In such situation, how would you go about doing it?
- Is it feasible for an application to maintain reliable data transmission even if it uses UDP for data transfer? If that's the case, how would you approach it?Is it possible for an application to rely on UDP for reliable data transfer? If what you say is accurate, then tell me how you would go about accomplishing that goal.Is it possible for an application to maintain reliable data transmission while utilising UDP as the data transfer protocol? Given that this is the case, how would you carry out this plan?
- No, using UDP for data transport makes it impossible for an application to get reliable data delivery. If so, just how?Is it feasible for an application employing UDP to have dependable data delivery? Consequently, how would you go about doing so?Is it feasible for an application to receive a reliable data transmission while it is simultaneously operating over UDP? Then, may I ask how it is?