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· Introduction to Digital Signal Processing.· Discrete-Time Signal Analysis and Linear Systems.· Linear Time-Invariant Digital Systems.· The Z-Transform.· Infinite Impulse Response Digital Filter Design.· The Discrete Fourier Transform and Fast Fourier Transform Algorithms.· Multirate Digital Signal Processing.· Response of Linear Systems to Discrete-Time Random Processes, Power Spectrum Estimation, and Detection of Signals in Noise.· Finite Register Length Effects in Digital Signal Processing.· Signal Processing System Design.· Adaptive Filtering.· Appendices.

Provides a new methodology for performing system design of signal processing applications, offering easy-to-follow procedures which can be implemented on personal computers. Topics covered include a structured approach to filter design with closed form equations for classical IIR filter implementations in 2nd order cascaded stages; radix 4 & 8 FFT implementation algorithms for bit reversal, read/write data addressing and twiddle factors; overlap FFT processing gain computation procedure and results for popular windows, and comprehensive finite arithmetic analysis procedure for cascaded implementations. Multirate processing is covered, along with a system design of a high resolution detection application showing the procedure for analyzing the hardware and software architecture requirements. BASIC routines are provided for several DSP operations.

General description of the collection: The David J. Olson papers include a completed Korean War Veterans Survey questionnaire describing equipment, military leadership, medical care, his combat experience, a friendly-fire incident, the integration of the Army, and his post-war experience.