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The advent of the new space concept has evolved, and in this decade, we have witnessed several groundbreaking innovations and a rise in startup companies, which have dramatically changed the space sector in the new era. One of the flagship innovations is the Low-Earth orbit (LEO) satellite, which enables telecommunication, sensor, and Internet of Things (IoT) industries. Non-terrestrial communication using the new space concept can be achieved by launching several LEO satellites orbiting around the Earth and functioning as sky-based communication nodes. Therefore, this session is open to any researchers who would like to share their innovative ideas and research related to new sensors, IoT applications, and other relevant techniques (both hardware and software) applicable to non-terrestrial communication. Works applicable to the LEO satellite network are very welcome.
The important factor in driving security is to respond for changing in user behavior at both the corporate and individual levels. By enhancing every aspect of both strategy and practice in applying digital technologies and platforms to the most optimization, which must focus on Cybersecurity and Data Privacy. In the term of enforcement of personal data protection laws, Cybersecurity and Data Privacy are the shield that against cyber threats and data leaks are in line with the approach to proactively looking to the future of the digital age. In an age of knowing cybercriminals, who are always ahead of the curve.
The integration of 3D printing and artificial intelligence (AI) heralds a transformative era in medical sciences, especially in the realm of personalized surgery and patient care. By harnessing the precision of 3D printing for device fabrication and the power of AI algorithms, this project aims to revolutionize the creation of patient-specific medical devices, meticulously tailored to the unique anatomical nuances of each patient. A cornerstone of this initiative is the development of an AI module, designed to serve multiple roles—from the preprocessing of medical images to offering recommendations on the most effective surgical strategies. This AI-driven guidance, combined with the capabilities of 3D printing technology, facilitates the production of tangible models for surgical planning. Such models are invaluable tools for surgeons, enabling pre-operative rehearsals that promise to minimize operation durations and enhance patient recovery outcomes. This endeavor not only marks a substantial advancement in leveraging AI and 3D printing within healthcare but also establishes a new benchmark for cross-disciplinary collaboration in medical technology innovation.