This is a photo from exactly seven years ago when I was testing an algorithm I developed to create stereo image from a single photo. The tested image on the left is the original. The image on the right shows the local extrema and minimal pixel intersection based on the code I wrote myself. This was done using the Haskell functional programming language, among the fastest programming method available today. This work was conducted in our Photogrammetry lab at the National Space Institute, Denmark.
TRANSFORMING ASSET MANAGEMENT WITH GRAPH DATABASES
Our research, “Unleashing the Potential of Graph Database in Smart Asset Management: Enhancing Predictive Maintenance in Industry 4.0” explores into how graph databases can revolutionize predictive maintenance for smarter asset management.
In the era of Industry 4.0, managing massive amounts of data from various sources is a challenge. Our study highlights how graph databases, with their flexibility and scalability, can handle this complexity, making data more accessible and useful for predictive maintenance.
We explore the use of graph databases to store and analyze asset information, showcasing their ability to handle complex relationships and vast data volumes. This approach enhances predictive maintenance by providing more accurate and timely insights.
By integrating advanced technologies like big data, IoT, and AI, we pave the way for smarter, more efficient asset management. Our research demonstrates the potential of graph databases to support the dynamic needs of modern industries.
Discover more about how we’re pushing the boundaries of smart asset management: https://doi.org/10.1007/978-3-031-53824-7_2
I have been invited to join the Editorial Board of IEREK Press, an international establishment dedicated to publishing academic journals in Science, Engineering, and Technology. This invitation comes from Dr. Mourad (CEO), with whom I have previously collaborated on various projects.
As part of the Editorial Board, I will be contributing to regular and special issues that include research papers from conferences and direct submissions. This role aligns with my commitment to advancing knowledge and encouraging scholarly contributions in these vital fields.
IEREK Press is renowned for fostering academic excellence and innovation. Our journal, is set to be indexed in Scopus by the end of this year. This milestone marks a significant step in promoting high-quality research and impactful discoveries.
What an opportunity to work with esteemed colleagues and contribute to the journey of knowledge enrichment.
Warm thanks to Dr. Mourad and the IEREK Press team for this honor.
INVITATION TO GECCSEE-25 IN AMSTERDAM AS INVITED SPEAKER!
I’ve been invited to speak at the “Global Experts Conference on Civil, Structural and Environmental Engineering” (GECCSEE-25) in Amsterdam April next year!
An amazing opportunity to connect with top experts and discuss into the latest innovations in our field. Imagine the potential discussions and collaborations that could come out of this event.
Stay tuned for all the behind-the-scenes action, updates, and insights from the conference. Amsterdam, here I come (maybe)!
We’re pumped to share our latest research, “Analyzing Urban Spatial Distribution in 2D and 3D for Smart City Planning and Zoning,” published in Advances in Geoinformatics Technologies! This study tackles the exciting challenge of making our cities smarter and more efficient.
Cities are getting more complex with high-rise buildings, underground utilities, and diverse land uses. We used both 2D and 3D models to get a clearer picture of urban development, making it easier to plan and zone effectively.
We employed nearest-neighbor analysis to uncover spatial patterns and clustering. Our findings show that 3D models provide way more detail and accuracy than traditional 2D models, revolutionizing how we visualize and plan urban spaces.
This game-changing approach helps urban planners make smarter decisions for sustainable growth. By integrating advanced geospatial techniques, we’re paving the way for resilient, future-ready cities.
Check out our full study here: https://doi.org/10.1007/978-3-031-50848-6_18
REVOLUTIONIZING URBAN GREEN SPACES WITH NOSQL DATABASES
Our research, “Managing Green Cover in Urban Area Using NoSQL Database,” published in the Advances in Science, Technology & Innovation series! This game-changing study tackles the big challenge of keeping our urban green spaces thriving in fast-growing cities.
Green cover like grass, shrubs, and trees is key to making cities cooler and more livable. We used LiDAR tech to capture amazing 3D point cloud data of these urban green spaces.
We sorted green cover into grass, shrubs, trees, and ground categories. Using NoSQL databases, we managed this huge amount of data effortlessly.
NoSQL databases outperformed traditional ones in handling and querying large datasets. This smart organization helps urban planners make better decisions.
We could easily get sustainability values and other important metrics from the data. Mixing cutting-edge data tech with environmental science, our work can boost urban sustainability big time.
Dive into our full study here: https://doi.org/10.1007/978-3-031-43922-3_117
Join us in making cities greener and more sustainable!
MY RESEARCH ON THE METAVERSE – ANOTHER STEP TOWARDS THE FUTURE OF LEARNING
My work on the “Virtual 3D Campus for Universiti Teknologi Malaysia (UTM)” has been cited in the recent paper “UniverseSITy: Applied Learning in a University Metaverse” presented at the International Workshop on Advanced Imaging Technology (IWAIT 2024).
So, what is the metaverse? The metaverse is a collective virtual shared space, merging virtually enhanced physical reality and physically persistent virtual spaces. It’s where digital and physical realities meet, allowing us to engage in ways we’ve only imagined in science fiction.
In practical terms, the metaverse can revolutionize education by providing immersive learning environments. Imagine attending a lecture, conducting experiments, or collaborating with peers from around the world—all in a virtual setting that feels just like being there in person.
However, it’s challenging to convince the older generation in academia about the metaverse. Their understanding often limits to just the digital world, but the metaverse is so much more—it’s an immersive and interactive experience that has the potential to revolutionize education and beyond. It’s fascinating to see how it can transform the way we learn, work, and interact.
But I hope to see positive growth in the understanding and acceptance of the metaverse among my academic circle in the near future. Better late than never.
For more insights into how the metaverse is shaping the future of education and to learn more about my work, feel free to contact me or explore my research further.
Announcing our latest publication, “Improving Traffic-noise-mitigation Strategies with LiDAR-based 3D Tree-canopy Analysis,” in Geomatics and Environmental Engineering journal (Vol. 18, No. 3, 2024)! This groundbreaking study explores how trees can be our green heroes, reducing traffic noise naturally.
Our team used cutting-edge LiDAR technology to create 3D models of tree canopies. We analyzed how trees’ leaves and structures absorb traffic noise.
We developed a new equation to measure noise reduction, integrating it with existing models. Our findings show that trees can reduce traffic noise by 1 to 3 dB(A).
LiDAR-based 3D visualizations provide accurate data for better urban planning. Tree belts and dense planting schemes are particularly effective in noise mitigation.
Our discoveries pave the way for greener, quieter urban spaces. Imagine strolling down a city street with less noise and more peace—thanks to thoughtful tree planting!
The full study here: https://doi.org/10.7494/geom.2024.18.3.81.
Join us in celebrating the power of nature and technology to improve urban living. Let’s make our cities not just smarter, but also greener and more serene!
Today, we celebrate a significant milestone as my student, Faizah, completes her PhD viva voce in Geoinformatics. Her thesis on integrating GIS and BIM in building construction projects highlights her dedication and hard work.
Panel Members:
– Chairman: Prof. Sr Dr. Hishamuddin bin Mohd Ali
– Asst. Chairman: Dr. Suzanna binti Azmy
– External Examiner: Assoc. Prof. Sr Dr. Ts. Khairul Nizam bin Maulud (UKM)
– Internal Examiner: Prof. Sr Dr. Kherun binti Ali
– Main Supervisor: Assoc. Prof. Sr Dr. Muhamad Uznir bin Ujang
– Co. Supervisor: Prof. Dr. Zulkepi bin Majid
Thank you to the panel for their support and guidance. Congratulations to Faizah for her perseverance and commitment. Wishing her the best in her future endeavors.
Big thanks to Fairun for making the trip to UTM and for the thoughtful gift. Your gesture means a lot, and I’m grateful for our continued connection even after your time as my PhD student. Wishing you all the best in your role as an assistant professor!
