Answer and Explanation:
To calculate Big O, go through each line of code and determine O(!), O(n) and return your calculation.
For example,
In O (5 +6n), where 6 5 represent five instances of O(1), and 6 represent the 6 O(n).
We compute the time complexity of the algorithm. We get the result, just an estimation. In given algorithms, run time in milliseconds has been provided, such as in T (1) algorithm process in 512 milliseconds and T(2) algorithms process 8129 milliseconds. But big O notation not measured in milliseconds. Information given is not enough to calculate the big O notation.
Answer:
The appropriate response will be "Public key".
Explanation:
- A public key would be created in something like such key encryption cryptography consisting incorporates asymmetric encryption of the keys algorithms.
- Those same keys have been utilized to transform a document to even such an unintelligible form. Decryption consists done using only a separate, however corresponding, secret address or private key.
Hey my name is ..... and this do the thesis
Answer:
The use of Ask client and request are 2 ways to send a message to your client when signed in as an accountant user.
Complete Question:
________ includes reviewing transaction logs and uses real-time monitoring to find evidence.
Group of answer choices
A. Log analysis
B. Network analysis
C. Code analysis
D. Media analysis
Answer:
B. Network analysis
Explanation:
Network analysis includes reviewing transaction logs and uses real-time monitoring to find evidence. Network analysis is a form of computer forensic service, which involves the scientific process of identifying, capturing and analyzing or examining data that are stored on digital devices in an electronic format, for the sole purpose of unraveling the truth about an allegation such as fraud, without preempting the outcome of the investigation.
Network analysis involves the use of network analyzers such as a sniffing and tracing tool to analyze or examine network traffic in real-time. Some examples of network analyzing tools are netdetector, tcpdump, pyflag, networkminer, xplico, tsat, wireshark, omnipeek, etc.
<em>Please note, network analysis is also known as network forensics in computer science.</em>
