Comparison of Nios II Core-based Accelerators

Nios II Processor-Based Fingerprint Identification System

With the boom of information technology represented by computers since the 1960s, computer technology has begun to be used in the fingerprint identification field, bringing new thoughts, implementation methods, and processing approaches for automated fingerprint identification. Authorities, institutions, and universities have begun implementing fingerprint analysis and processing using computer...

Nios II-Based Intellectual Property Camera Design

With the development of network technology, people have higher requirements for monitoring functions. By revolutionizing the traditional monitoring methodology, an intellectual property (IP) camera provides a good solution for remote real-time monitoring. With this technology, the user can check the safety, in real time, of the locations such as the home, office, etc. via a web site or video br...

Nios II-Based Audio-Controlled Digital Oscillograph

With these issues in mind, we designed an audio-controlled digital oscillograph that uses an audio recognition algorithm to control the oscillograph; specifically, it controls the waveform display size attenuation and amplification as well as the scanning speed. The oscillograph display uses a standard VGA interface that can display waveforms on a PC monitor, projector, or other standard output...

FPGA-Based Clinical Diagnostic System using Pipelined Architectures in the Nios II Soft-Core Processor

Clinical decision making is a complicated process. It is based on medical knowledge derived from medical books and literature and on data obtained from various clinical trials and diagnostic tests; however, it is also dependent on experience, judgment, and reasoning, which are functions of the human brain. In many situations, human decision making is not available, and in these situations, inst...

Nios II Processor Reference Handbook