
Освойте планирование и подготовку полевых ГНСС измерений для эффективного сбора геопространственных данных с высокой точностью.

Изучите основы и перспективы развития глобальных навигационных спутниковых систем (ГНСС), их принципы работы и будущие направления.

Освойте технологию съемки в режиме кинематика (ППК) для повышения точности и эффективности геодезических работ.

Explore geodetic techniques for monitoring aquifer systems and ice sheet dynamics, focusing on groundwater fluctuations, subsidence, and meltwater impacts on Greenland's ice sheet.

Explore advancements in high-rate GNSS technology for earthquake monitoring, its potential impact on observing systems, and future applications in seismology and geophysics.

Learn to utilize GNSS velocities for seismic network applications, enhancing your understanding of geodetic data in earthquake monitoring and tectonic studies.

Explore Wi-Fi antenna integration for IoT devices, combining Wi-Fi with other wireless standards. Learn about tools and techniques for robust RF performance and efficient antenna design.

Discover essential principles of Assured PNT, GNSS cybersecurity measures, and innovative backup solutions like TaaS and GBaaS for maintaining critical network stability during signal outages.

Explore wireless clock synchronization through IoT Software Defined Radio, focusing on OCP-TAP Time Cards implementation and LoRa-based Wi-Wi protocol for precise timing distribution.

Explore security challenges and solutions for positioning systems like GNSS, 5G, and UWB, focusing on physical-layer attacks, protective measures, and emerging standards in automotive and smartphone applications.

Learn multi-event polling and thread control in Zephyr RTOS. Master efficient handling of multiple events and gain insights into advanced thread management techniques for embedded systems.

Изучите технологию съемки в режиме кинематика (ППК) для геодезических работ. Освойте основы и принципы применения этого метода в полевых условиях.

Изучите передовые методы съемок реального времени (РТК) и их применение в современной геодезии и картографии.

Изучите применение глобальных навигационных спутниковых систем для повышения эффективности и управления качеством в геологии и нефтегазовых технологиях.

In this talk, Temidayo posits that space technology can help solve Nigeria’s urgent socioeconomic challenges. He highlights Nigeria’s growing space industry, satellite capabilities, and local innovations, showing how space data can support agriculture, environmental protection, security, urban plann