XML-Based Automatic NIOS II Multi-Processor System Generation for Intel FPGAs

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...

Fingerprint Identification System Based on the Nios II Processor

With the advent of fast-growing digital, information, and network technologies and the desire for a more convenient lifestyle in recent years, users have higher security expectations for electronic systems. Additionally, e-Business, ATM, access control, and intelligent cards all require a safe and easy-to-use identification technology. The traditional identification method, user ID plus passwor...

Nios II Processor-Based Self-Adaptive QRS Detection System

For our project, we designed and implemented a cardiac arrhythmia electrocardiogram (ECG) monitoring system that can adaptively modify and change the components of its processing chain to carry out the best treatment on electrocardiogram signals. We investigated and provided a solution to a fundamental problem in the area of biomedical signal processing: accurate QRS complex detection for varyi...

Nios II Processor Reference Handbook

Multimedia Decoder Using the Nios II Processor

Design Introduction Our design target was to build a low-cost, high-performance H.264 decoder with a prototype H.264 decoder created using multiple small FPGAs. H.264 is a computationally complex, advanced video standard for achieving high compression ratios. To cater to the needs of high throughput applications such as HDTV, which requires 216,000 macroblocks/second of throughput, designers us...