Products / DY-TW-CLOUD
DY-TW-CLOUD
Tianwen Cloud-Based Teaching Experiment System
Based on a B/S architecture and an open software-defined radio architecture, this system targets electromagnetic signal processing in communications, radar and navigation for teaching laboratories. A unified software and hardware platform provides more than ten course experiment chapters. It integrates basic theoretical experiments with scientific research and innovative development, and supports both virtual simulation experiments and hardware physical experiments.
Inquiries are answered by email. Hardware ships only after end-user and destination screening.
Inquire about this modelThis product is designed for educational, research, amateur radio and civil industrial applications only. It is the buyer's responsibility to comply with all local import regulations and spectrum licensing requirements in their country. We do not sell or ship to sanctioned regions, and we do not support any military or illegal use of our products.
Main parameters
- Architecture
- B/S, browser-based
- Experiment modes
- Virtual simulation mode and hardware mode
- Typical courses
- Digital Signal Processing, Signals and Systems, Software Defined Radio, Communication Principles, Satellite Communications, Mobile Communications, Satellite Navigation, Radar Principles, Radar Signal Processing, Radar Data Processing, Radio Direction Finding and Positioning, Data Link System and Technology, Computer Network
- Hardware support
- Signal simulation servers and integrated / standard / pocket RF equipment; also USRP, HackRF, LimeSDR and ADALM-Pluto
- Management
- Hierarchical user management, course management, experiment management, automated experiment report generation, AI-powered automated grading and performance evaluation
Main features
- Software defined, integrated and multi-purpose: load different experimental flow charts on a general hardware platform to complete teaching experiments for various courses.
- Integration of the virtual and the real: the virtual simulation mode and the hardware mode can be switched seamlessly.
- Complex principles, intuitive presentation: a visual flow-chart design interface based on component modules, with automatic grid layout on the Web.
- Rich and diverse experimental cases compiled with university teachers, covering courses related to communication and information systems, with customized development available.
