Embedded Files
Based on the O-RAN Alliance specifications, it will mainly participate in the O-RAN Software Community (OSC) or OpenAirInterface (OAI) international open-source software projects of the Linux Foundation. Realize 5G MAC/RLC/PDCP/RRC/SDAP and other communication protocols to allow students to learn and understand 5G specifications, or choose to develop applications related to RAN Intelligent Controller, learn intelligent control and Radio Resource Management (RRM) and other related technologies. This project requires a basic communication system foundation, familiarity with C/C++ programming, and the abilitxy to study 3GPP English specifications. Interested students can refer to the Near-Realtime RAN Intelligent Controller related to AI intelligent control, the O-DU High related to the media capture control layer protocol, and the O-DU related to the physical layer. Low, and issues such as security attacks related to the Open Fronthaul Interface (O-FHI):
Fronthaul C/U/S-Plane DoS Attack
IoT Service Development
It mainly develops related applications based on the wireless/wired network of Taiwan University of Science and Technology and the smart campus field of emerging countries. Students who want to participate in this project need a variety of software capabilities and creativity in application service development. The capabilities required by this project depend on the needs, ranging from the embedded system at the front of the sensor, to the database at the back end, the ThingWorx management platform, the K8S cloud platform, and even Python, AI for data analysis programs, etc. ability. Interested students can refer to the below hyperlink:
Smart campus (NTUST/Xinxing junior high) water dispenser project
Campus AP management platform
Resource Allocation in Wi-Fi
Random access is one of the key technologies to support uplink real-time application (RTA) in IEEE 802.11be networks, also known as WiFi 7. Existing Uplink OFDMA Random Access (UORA) is based on the ALOHA protocol. Although it suffers from a low transmission efficiency of 37%, it is an essential technology to support uplink, unscheduled packet transmissions from massive RTA STAs in 11be networks. Several companies proposed new methods to enhance the performance of UORA in supporting RTA. In addition to UORA, some companies also proposed a new Null Data Packet Feedback Report Poll (NFRP) random access mechanism to enhance the performance.
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