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Summary
• Ph.D.(CS) ( 2017) Present
• An innovative and knowledgeable fresh lecturer having 6 months teaching experience as a CS teacher.
• Proficient in developing new lessons and activities to expand learning opportunities.
• Using visual aids and other electronic devices in teaching and giving instructions.
• Publishe Paper: “Ontology for Attack Detection: Semantic-Based Approach for Genomic Data Security”
• Ability to adapt to any environment and gain the required knowledge in short time.
• Ability to self-learn and improve.
• Excellent organizer with solid planning and problem-solving skills.
Projects
Experience
RESEARCH Experence
• Conducting a survey on “Authorization Schemes in IoT: Threats, Attacks, Vulnerabilities, and Challenges”.
• Investigating and analyzing the Authorization Schemes and access controls in IoT.
• Identifying the ongoing open authorization challenges and future research guidelines.
• Submitted in “Journal of Network and Computer Applications” with Impact Factor 3.5.
RESEARCH Experence (Load balancing in Dynamic Grids)
• Successfully designed the Load Balancing algorithm for dynamic grids using NetLogo
• Summarized results of simulations are plotted by using error bar graphs with 95% confidence interval by using SPSS.
RESEARCH Experence (Semantic-Based Approach for Genomic Data Security )
• Design ontology for detection of attacks on genomic data (DAG) using semantic web technologies.
• The system is able to analyze and validate incoming requests through inference rules, and it generates alerts if any threat is diagnosed.
• Accepted Paper: “Ontology for Attack Detection: Semantic-Based Approach for Genomic Data Security” in the journal of JMIHI with Impact Factor 0.899.
