Answer:
the goal is to understand what users and applications the network will support.
Explanation:
A traditional network design approach is said to follow the structured systems of analysis as well design process that is similar to that which is used in building such applications. The main goal of the application developers is understand and study the needs of the users and also the application which the network will support.
Answer:
________________________
The following is a list of "6 (six) errors" :
__________________________________
1) The "city, state, and zip code" should be listed on a separate line, directly following the street address:
_______________________________________________________
→ Hartford, CT 06114
_______________________________________________________
2) In "Objective" section: The misspelled: "challenging" should be changed to "challenging".
_______________________________________________________
3) In the "Objective" section: The word: "righting" should be changed to:
"writing".
_______________________________________________________
4) In the "Summary" section: The misspelled: "addjust" should be changed to: "adjust" .
________________________________________________________
5) The misspelled "impppeccable" should be changed to "impeccable".
________________________________________________________
6) Perhaps, "drive-thru" should be changed to: "drive-through" ; but even more importantly— refer to:
________________________________________________________
"Managed all staff and ensured hi performance and efficiency" ;
→ The "hi" should be changed to "high".
___________________________________________________
These are some errors. Glad to be of help!
___________________________________________________
Def_pow_(self,b): if not then I’m sorry
Ask your self questions can help you think of what to measure, in order to get answers.
Answer:
polynomial-bounded algorithms
Explanation:
There are two algorithm complexities and they are time and space complexities. They can be denoted with the big-O notation. The big-o notation for a time and space complexity gets the worst-case time and space respectively.
The time complexity gets the measure of the execution time of an algorithm. When the time function is a polynomial ( k^n + k^n-1 ...) then the algorithm is said to be a polynomial-bounded algorithm.
