This is a digital forensics questions. How can a hard drive be used .pdf

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This is a digital forensics questions. How can a hard drive be used for potential evidence as documentary evidence. If it cannot, why? Solution Please follow the data and description : Hard Drives as Evidence : In the stream of forensics department there are many evidences that could be considered and taken in to account for the culprit to be caught. In the same way a hard drive can also be presented as an documentary evidence because it contains various records, data, information and the respective pictures showing the perpetrators behaviour patterns leading to the offence. The hard disk can act as a demonstrative evidence to retrieve the important information that offers for the department and the forensics to prove of what has actually took place over the incident or the case. It can also be used to explain the behaviour patterns of the perpetrator using charts, presentations, slides and so on. Hope this is helpful..

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9/3/2019 1/5 Week 6 - Assignment: Create an Issues Brief for the Board Instructions The outcome from your executive-level meeting with your leadership team, the top three issues, and strategies to address the issues have been identified. It is now time to inform your board of trustees of your decisions and recommendations using the Issue Brief format. An Issue Brief is a concise method to define the issue, list the recommendations, and identify how the issue impacts on the organization. Briefs may be titled differently depending on the intended audience (e.g., Issue Brief, Policy Brief, or Health Brief). Wong, Green, Bazemore, and Miller (2017) provide examples of various briefs. The Commonwealth Fund provides Issue Briefs on the analysis and recommendations for current healthcare trends. The Issue Brief example provided pertains to the impact the Affordable Care Act has on small businesses. As you prepare to complete your assignment, look at the issue brief example provided by Arensmeyer and Chase (2018) found in your resources for this week. In addition, Sarnak, Squires, Kuzmak, & Bishop (2017) provides commentary on an Issue Brief on prescriptions. References Arensmeyer, J., & Chase, D. (2018). The affordable care act’s impact on small business. The Commonwealth Fund Issue Brief. Butler, M. (2017). Money troubles: Changing reimbursement models shake up physician and outpatient healthcare industry. Journal of AHIMA, 88(9), 14-17. Sarnak, D. O., Squires, D., Kuzmak, G., & Bishop, S. (2017). Paying for prescriptions around the world: Why is the U. S. an outlier? The Commonwealth Fund Issue Brief. The Commonwealth Fund. (n.d.). About this site. Wong, S. L., Green, L. A., Bazemore, A. W., & Miller, B. F. (2017). How to write a health policy brief. Families, Systems, & Health, 35(1), 21–24. https://ncuone.ncu.edu/d2l/le/content/140607/navigateContent/313/Previous?pId=1406522 https://ncuone.ncu.edu/d2l/le/content/140607/navigateContent/313/Next?pId=1406522 https://ncuone.ncu.edu/d2l/home/140607 9/3/2019 2/5 For this assignment, you will create three Issue Briefs, one for each of your top three issues— with the financial challenges being the number one issue. An example of a completed Issue Brief on Technological Advances and Social Media is shown below. If one of your top three issues is also technological advances, be sure to select a different subtopic than social media. Instructions to complete the Issue Briefs are found within the <-> symbols. The instructions are there to guide you and should be deleted before submission of your assignment. You will create the Issue Brief using tables in a Word document. Length: Your 3 Issue Briefs, one each for the top three issues will be a minimum of 2 pages each in length. Resource: A minimum of 2 scholarly references for each Issue Brief are required for this assignment. Upload your document and click the Submit to Dropbox button. Table 6. Issue Brief Exam ...

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Increased profitability and exposure of enterprise’s information incite more attackers to attempt exploitation on enterprise network, while striving not to leave any evidences. Although the area of digital forensic analysis is evolving to become more mature in the modern criminology, the scope of network and computer forensics in the large-scale commercial environment is still vague. The conventional forensic techniques, consisting of large proportion of manual operations and isolated processes, are not adequately compatible in modern enterprise context. Data volume of enterprise is usually overwhelming and the interference to business operation during the investigation is unwelcomed. To evidence and monitor these increasing and evolving cyber offences and criminals, forensic investigators are calling for more comprehensive forensic methodology. For comprehension of current insufficiencies, this paper starts from the probes for the weaknesses of various preliminary forensic techniques. Then it proposes an approach to design an enhanced forensic system that integrates the network distributed system concept and information fusion theory as a remedy to the drawbacks of existing forensic techniques.

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Evidence Identification Your initial task in an investigation is to identify the evidence you need for your case. Remember, without evidence you don't really have much more than an opinion. Every case is different, so you will likely need different types of evidence for each case. Knowing what evidence you will need is an integral part of a successful investigation. One rule of thumb is to "take everything." Unfortunately, there are substantial legal and logistical issues involved in this approach. More realistically, you should take anything and everything that could be remotely related to your case. Religiously adhere to the chain of custody guidelines and label everything as it is removed. Who Will Use the Evidence You Collect? Treat every computer forensic investigation as if the case you build will end up in court. The case in question does not need to involve criminal activity to warrant such care. You may be surprised that even simple investigations can end up as prime evidence for lawsuits in the future. Don't take chances. Protect your organization's assets by providing evidence that can be admitted into a court of law, if need be. The facts surrounding the target of the investigation will determine the methods you employ. An investigation into how a server was used in a distributed denial of service attack (DDoS) is different from gathering evidence of illegal images stored on a laptop. Always understand the purpose of your investigation before you start. distributed denial of service (DDoS) attack An attack that uses one or more systems to flood another system with so much traffic that the targeted system is unable to respond to legitimate requests for service or access. Suppose you were called to investigate possible stolen credit cards. The law enforcement officers working on this case expect to find incriminating evidence on the suspect's home computer. They have interviewed some of the suspect's coworkers and found that she talked about a "database of valuable information at home." When you arrive at the suspect's home, where should you start? What type of evidence should you look for? Try to answer these questions by looking at some common guidelines for investigations. site survey Notes, photographs, drawings, and any other documentation that describe the state and condition of a scene. When you enter a crime scene, look around carefully. Always document the scene by taking photographs, drawing sketches, and writing descriptions of what you see. The notes you take, together with photographs or drawings, form the initial site survey. As you progress in your investigation, you may find that looking back at the site survey gives you more contextual clues that show where or what to look at next. Tip Don't get too caught up in finding specific evidence. Rather, treat an investigation like a large puzzle. Avoid fixating on the picture (on the box cover); instead, look at the shapes and how the pieces fit together. Try to avoid ...

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Which of the following concepts is exemplified by the story of Parus .pdf

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You will be implementing the following functions. You may modify the main to test the functions, but this programwill work as a starting point. //********** Function Prototypes ****************** //function isPrime //input parameter - positive integer greater than 1 //returns true if the number is prime, otherwise false // bool isPrime (int number); //function findPrimes //input parameter - positive integer //Uses the isPrime method to print a list of prime numbers between 1 and n. void findPrimes (int n); //function findFibo //input parameter - positive integer //returns the nth fibonacci number where //Fib(0) -> 0 //Fib(1) -> 1 //Fib(N) -> Fib(N-2) + Fib(N-1) //Note: You must use a loop in your solution. Also, if passed a 0, return 0. int findFibo (int n); //function findFactors //input parameter - positive integer //prints the prime factors of the given number to standard output (cout) //example output: 52=2*2*13 (or 52=1*2*2*13) or 13=prime //Hint: You will need nested loops for your solution. void findFactors (int number); Solution #include #include using namespace std; //********** Function Prototypes ****************** //function isPrime //input parameter - positive integer greater than 1 //returns true if the number is prime, otherwise false // bool isPrime (int number); //function findPrimes //input parameter - positive integer //Uses the isPrime method to print a list of prime numbers between 1 and n. void findPrimes (int n); //function findFibo //input parameter - positive integer //returns the nth fibonacci number where //Fib(0) -> 0 //Fib(1) -> 1 //Fib(N) -> Fib(N-2) + Fib(N-1) //Note: You must use a loop in your solution. Also, if passed a 0, return 0. int findFibo (int n); //function findFactors //input parameter - positive integer //prints the prime factors of the given number to standard output (cout) //example output: 52=2*2*13 (or 52=1*2*2*13) or 13=prime //Hint: You will need nested loops for your solution. void findFactors (int number); //****************** MAIN ***************************** int main () { int testNum; //test for the isPrime function cout << \"Enter a test number - \"; cin >> testNum; cout << endl; if (isPrime(testNum)) cout << testNum << \" is prime.\" << endl; else cout << testNum << \" is not prime.\" << endl; //test for how many primes cout << \"Enter n to print the prime numbers between 1 and n: \"; cin >> testNum; cout << endl; findPrimes(testNum); cout << endl; //test for Fibonacci number finder cout << \"Which Fibonacci number? \"; cin >> testNum; cout << endl; cout << \"The \" << testNum << \" Fibonacci number is : \" << findFibo(testNum) << endl; cout << endl; //test for prime factors cout << \"Factor what number: \"; cin >> testNum; cout << endl; findFactors(testNum); return 0; } //function isPrime //input parameter - positive integer greater than 1 //returns true if the number is prime, otherwise false // bool isPrime (int number) { int c, f = 0; if(number > 1) { for(c = 2; c < number; c++) { i.

You will be implementing the following functions. You may modify the.pdf

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When Elvis swims with the current, he swims 18km in 2 hours. Against.pdf

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What tarsal is lateral to the medial cuneiform? What tarsal is lateral to the medial cuneiform? Solution Answer: The tarsal bone lateral to the medial cuneiform is themiddle cuneiform (or the intermediate cuneiform) . There are seven tarsal bones and they are the calcaneus, talus, cuboid, navicular, and the medial, middle, and lateral cuneiforms. Among the three cuneiforms, the medial cuneiform (also known as first cuneiform) is the largest cuneiform bone. Lateral to the medial cuneiform is the middle cuneiform and its lateral surface is marked by an inverted L-shaped facet along the posterior and superior margins for the middle cuneiform bone..

What tarsal is lateral to the medial cuneiform What tarsal is .pdf

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What is the definition of memory access time? A. The difference between read and write times B, the time required to store data in the memory array C. The time required to get valid output after a valid address is applied D none of thee above Also is read and times the same on typical computers the same or is one faster? Solution opptin B Memory access time is how long it takes for a character in memory to be transferred to or from the CPU.

What is the definition of memory access timeA. The difference bet.pdf

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