Looking for a specific book can be tiresome, especially in bigger libraries. Browsing through unfamiliar shelves regarding to call numbers indeed sets readers back.Through IoT technologies, the iLib Guider combines library cataloguenavigation functions. The user will be guided directly to the shelf where the book is located right after searchingscanning the ISBN code. Through the accurate positioning, this APP even points out which block of the shelf the books is stored. User then can self-checkout on the smartphone, finishing the end-to-end service without assistance of the staff.

The major cost of conventional RFID tags comes from a microchip. To reduce the start-up cost, we develop a chipless RFID system that eliminates the use of the chip. This research organize the real-world issues of chipless RFID into four subjects, including the design of chipless tags, chipless RFID readers, reader signal processing,wireless propagation channel. We successfully integrate the four topics, developing a calibration-free, orientation-insensitive,high-capacity chipless RFID system with multi-tag detection capability.

We provide antibody-based solutions to human diseases with short development course at low cost, are based on the phage-displayed GH (Generic Human) synthetic antibody libraries designedconstructed with enabling approaches, leading to the throughput capacities to uplift the innovativenessproductivity in developing antibody therapeuticsdiagnostics. In conjunction with the core technologies, antibody bioinformatics capable of extracting knowledge from big data of human antibody repertoires is used to elucidate human antibody responsesto assist antibody library design.