Answer:
Need more details properly.
Explanation:
Please share more details through w-h-a-t-s-a-p-p at "plus one six four six three five seven four five eight five" to get the solution to this problem.
Thanks!
Please note that the Problem to be solved from Protocol 1 is not provided hence the general answers. To construct and send, open a network environment a single multi-packet message, simply click "Add Packet" and then click "Send at Once".
<h3>How will the receiver know the order of the packets or if any are missing?</h3>
If the text or message sent does not make any reading sense, or if certain words are jumbled and out of place, then it is clear that something is wrong.
If the messages arrive in a coherent fashion, then the packet was fully received.
<h3>How will the receiver request missed packets and what will the sender do in response?</h3>
Where the users are familiar with the Transmission Control Protocol, lost packets can be detected when there is a timeout. Lost packets are referred to as Dropped packets.
Learn more about Packets at:
brainly.com/question/17777733
Answer:
continual user involvement gives the flexibility to analyze the requirements in right direction. because there is continuous meetings with the end user and he can provide right direction or avoids wrong interpretation of the requirement
Explanation:
continual user involvement is useful when we are following agile methodology where we are building complex systems. it is not useful for simple sytems and following waterfall methodology
Answer:
The security principle being referred to here is:
Resource Encapsulation.
Explanation:
Resource Encapsulation is one of the cybersecurity first principles. It allows access or manipulation of the class data as intended by the designer. The cybersecurity first principles are the basic or foundational propositions that define the qualities of a system that can contribute to cybersecurity. Other cybersecurity first principles, which are applied during system design, include domain separation, process isolation, modularization, abstraction, least principle, layering, data hiding, simplicity, and minimization.
A single digit of 1 or 0 in the binary code is called a bit. It is the smallest possible unit of data for a computer. The only possible values for a bit is either zero or one. These values decide which paths the current can flow and which paths are blocked. Bits can represent two states namely, true and false or low and high.
