A low complexity rapid acquisition slow frequency hopped data communication system
Fan-Ming Kuo, Ming-Tang Shih, Kwang‐Cheng Chen · 2002
A low complexity slow frequency hopped wireless data communication system with rapid synchronization is proposed, designed, and implemented. Simulations to support the study of this approach has been conducted and reported. With only a knowledge of the set of hopping patterns, such an architecture can quickly collect the exact hopping pattern at the initial starting band to achieve reliable data communication in the sequel. Such an approach should be useful in many personal communication systems with mobile consumer electronics applications such as personal data assistants.>