Digital & Cyber Forensics — Evidence Collection and Analysis | Computer Science Online Tutorial

A self-paced online tutorial session on evidence collection and analysis, part of the Digital & Cyber Forensics track. Work through the topics below, then reach out any time if you'd like a live walkthrough.

TUTORIAL 094 / 100

Digital & Cyber Forensics

A self-paced online tutorial session on evidence collection and analysis, part of the Digital & Cyber Forensics track. Work through the topics below, then reach out any time if you'd like a live walkthrough.

Estimated session length: 9 hours Format: Online, self-paced

What this tutorial covers

  • 01Forensic Imaging and Data Acquisition
  • 02Chain of Custody
  • 03Write Blockers
  • 04File Systems and Metadata
  • 05Recovering Deleted Files
  • 06Memory and Disk Forensics
  • 07Volatile Data Acquisition
  • 08Analysis of Log Files and Browsers

How to use this session

Read through each topic in order — they build on one another. Keep a notes document open and try to restate each concept in your own words before moving to the next one; that single habit does more for retention than re-reading ever will.

If any topic above needs a deeper explanation, a worked example, or a live session with an instructor, get in touch using the details below and we'll set up a time that works for you.

Need help with this topic?

Reach out for one-on-one online tutoring or course guidance.

Online tutorial +91-9952749533
Computer Science & AI courses +91-9952749533
Email expertsyssol@gmail.com

Comments

Post a Comment

Popular posts from this blog

  Journal Publication Fees – Scopus indexed Journals   S. No Details- specifications Cost 1     - Problem Formulation , - Literature Review and Internet Charges - Convention method MATLAB Data verification - Updated Model using intelligent technique - without Simulation   - Journal Writing – Notes making – Answers to Review    Typing, Notes making   and Printing Charges - Drawing works in AutoCAD - Technical English Grammar check     10,000 10,000 10,000       50,000 2 Consultation Fees 10,000                                               ...
Read more
  VLSI design of median filter Filters are linear systems employed for removal of noise from useful signals. Conventional IIR filters and FIR filters are highly envolved. In general They are computional algorithms requiring definite delay between input and the outputs. However long tailed noise such as exponentional and laplasion distribution noise are difficult to remove using conventional linear filters. Median filters are a class of non linear filters having advantages 1.    Capability to remove long tailed noise 2.    Capability to preserve edge information   The most desirable property of median filters is that they are based on signal “sorting and selection operations”. No Computation is involved. Therefore, they are the most suitable for real time VLSI. Uses 1.    Image processing 2.    Communication networks            
Read more