The Internet of Ships (IoS), by integrating advanced technologies, such as the Internet of Things, cloud computing, and artificial intelligence, aims to interconnect and communicate various physical ...

The tech giant believes we’re currently at the quantum utility stage, where quantum computers can perform reliable computations at a scale beyond brute force classical computing methods.

[Global Network Technology Report, Reporter Zhang Yang] In the wave of digitalization, the deep integration of high-performance computing and artificial intelligence is becoming an important support ...

Edge computing, created to address bandwidth and latency issues in cloud-based systems, is rapidly being enhanced by the addition of AI.

This tech is particularly useful in situations involving large amounts of edge-computing devices, devices in remote areas with limited internet access, and applications where latency needs to be ...

In today’s hypercompetitive retail landscape, delivering personalized, seamless customer experiences — while maintaining operational resilience — demands more than just data: it requires intelligence ...

Explore how edge computing in 2025 is transforming real-time data processing, reducing latency, and enabling smarter devices through edge AI.

Neuromorphic computing enables more efficient AI processing at the edge with lower power consumption, while generative models develop response strategies for unprecedented grid conditions.

Master IoT and Edge Computing in 2025 with this comprehensive guide. Explore modern architectures, real-time processing, security, and emerging technologies for connected device ecosystems.

Contribute to danforthcenter/plantcv-tutorial-edge-detection development by creating an account on GitHub.