Chris Gilbert
Hi, I'm Dr. Chris Gilbert. My passion lies in helping people grow spiritually, intellectually, and personally. As a televangelist, I connect with audiences, sharing messages of hope and faith through Spirit Impart Ministries, where I also write about spirituality to guide others on their faith journeys.In addition, I work as a Computer Science and Engineering researcher at William V.S. Tubman University, focusing on algorithm design, Cryptography, Enterprise Security, Cybersecurity, privacy and embedded systems. I enjoy exploring technology's potential to solve real-world problems and share this enthusiasm with students and colleagues.Ultimately, my goal is to inspire and empower others to discover new possibilities and deepen their understanding of the world.
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Papers by Chris Gilbert
complexity and misinformation, and suggests strategies to address
these issues. By investing in continuous, accessible education,
Cardano aims to build a secure, transparent, and privacy-conscious
blockchain ecosystem that empowers individuals and sets a benchmark
for privacy standards across the blockchain industry.
random integers using Java implementations of both FRNG and GRNG, followed by an analysis with the Chi-Square Test and Kolmogorov-Smirnov Test. Results show that the Gaussian PRNG produces numbers that align more consistently with a uniform distribution, while the Fibonacci PRNG shows notable irregularities. This points to the need for rigorous testing
of RNGs to uphold security and reliability in cryptographic systems. The study’s outcomes carry important implications for choosing cryptographic algorithms, emphasizing the crucial role of high-quality RNGs in safeguarding data confidentiality, integrity, and authenticity
implications, calling for greater transparency, accountability, and media literacy. Through examining present AI techniques and predicting future trends, this paper underscores the importance of collaborative efforts among tech companies, government agencies, and the public to uphold truth and integrity in the digital age.
and transparency without the need for a central authority. This paper traces the development of blockchain technology, exploring its uses beyond cryptocurrencies, including applications in healthcare, supply chain management, and secure voting systems. The paper also delves into the underlying cryptographic principles, examining the cybersecurity challenges and vulnerabilities associated with blockchain, particularly in the context of quantum computing threats. Through case studies, the paper highlights how blockchain can improve privacy, transparency, and
resilience in practical settings. Finally, the paper discusses future research avenues aimed at enhancing blockchain's efficiency and security in the face of emerging technological advancements.
challenges of implementing HE, such as computational overhead and key management. It suggests directions for future research to improve the scalability and usability of HE in real-time applications. Addressing these challenges will make homomorphic encryption an essential tool for secure, privacy-preserving data processing and sharing in modern digital systems
cybercrime legislation, with a particular emphasis on Liberia. As digital technologies continue to expand,
cybercrime has emerged as a formidable threat, resulting in significant financial losses and jeopardizing the
privacy and security of individuals and organizations across the globe. The study evaluates the existing
cybercrime legislation in Liberia, analyzing its conformity with international standards and pinpointing
deficiencies that impede effective enforcement and protection. By conducting a comparative analysis with
global best practices, the research reveals both the strengths and weaknesses of Liberia's approach to
cybercrime. The paper offers recommendations aimed at strengthening the legal framework, highlighting the
necessity of international collaboration, clear legal definitions, and heightened public awareness. It posits that
a robust legal framework is crucial not only for addressing cyber threats but also for promoting economic
growth and stability in the digital era.
physiological and psychological impacts of prolonged occupational stress in academia. This paper argues that a targeted approach to mental health support, workload management, and institutional resources is essential to addressing academic stress across career levels, ultimately promoting faculty well-being, productivity, and
sustainable career progression.
complexity and misinformation, and suggests strategies to address
these issues. By investing in continuous, accessible education,
Cardano aims to build a secure, transparent, and privacy-conscious
blockchain ecosystem that empowers individuals and sets a benchmark
for privacy standards across the blockchain industry.
random integers using Java implementations of both FRNG and GRNG, followed by an analysis with the Chi-Square Test and Kolmogorov-Smirnov Test. Results show that the Gaussian PRNG produces numbers that align more consistently with a uniform distribution, while the Fibonacci PRNG shows notable irregularities. This points to the need for rigorous testing
of RNGs to uphold security and reliability in cryptographic systems. The study’s outcomes carry important implications for choosing cryptographic algorithms, emphasizing the crucial role of high-quality RNGs in safeguarding data confidentiality, integrity, and authenticity
implications, calling for greater transparency, accountability, and media literacy. Through examining present AI techniques and predicting future trends, this paper underscores the importance of collaborative efforts among tech companies, government agencies, and the public to uphold truth and integrity in the digital age.
and transparency without the need for a central authority. This paper traces the development of blockchain technology, exploring its uses beyond cryptocurrencies, including applications in healthcare, supply chain management, and secure voting systems. The paper also delves into the underlying cryptographic principles, examining the cybersecurity challenges and vulnerabilities associated with blockchain, particularly in the context of quantum computing threats. Through case studies, the paper highlights how blockchain can improve privacy, transparency, and
resilience in practical settings. Finally, the paper discusses future research avenues aimed at enhancing blockchain's efficiency and security in the face of emerging technological advancements.
challenges of implementing HE, such as computational overhead and key management. It suggests directions for future research to improve the scalability and usability of HE in real-time applications. Addressing these challenges will make homomorphic encryption an essential tool for secure, privacy-preserving data processing and sharing in modern digital systems
cybercrime legislation, with a particular emphasis on Liberia. As digital technologies continue to expand,
cybercrime has emerged as a formidable threat, resulting in significant financial losses and jeopardizing the
privacy and security of individuals and organizations across the globe. The study evaluates the existing
cybercrime legislation in Liberia, analyzing its conformity with international standards and pinpointing
deficiencies that impede effective enforcement and protection. By conducting a comparative analysis with
global best practices, the research reveals both the strengths and weaknesses of Liberia's approach to
cybercrime. The paper offers recommendations aimed at strengthening the legal framework, highlighting the
necessity of international collaboration, clear legal definitions, and heightened public awareness. It posits that
a robust legal framework is crucial not only for addressing cyber threats but also for promoting economic
growth and stability in the digital era.
physiological and psychological impacts of prolonged occupational stress in academia. This paper argues that a targeted approach to mental health support, workload management, and institutional resources is essential to addressing academic stress across career levels, ultimately promoting faculty well-being, productivity, and
sustainable career progression.