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Design of an wide-band FIR filter with sharp transition using generalized sampling kernels

K. J. Kim, Jongho Seo, S.W. Nam

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Abstract

Abstract:- This paper proposes a new design of a computationally efficient FIR filters with wide passband and sharp transition, where generalized sampling kernels are introduced and utilized along with the IFIR filter structure. In particular, the proposed filter design approach provides a closed-form solution for filter coefficients, yielding a practical design procedure for linear-phase sharp FIR digital filters with wide passband. Key-Words:- wide-band FIR filters, sharp transition, linear-phase, IFIR structure, interpolation, sampling kernel 1

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What this paper is about

Abstract:- This paper proposes a new design of a computationally efficient FIR filters with wide passband and sharp transition, where generalized sampling kernels are introduced and utilized along with the IFIR filter structure. In particular, the proposed filter design approach provides a closed-form solution for filter coefficients, yielding a practical design procedure for linear-phase sharp FIR digital filters with wide passband. Key-Words:- wide-band FIR filters, sharp transition, linear-phase, IFIR structure, interpolation, sampling kernel 1

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Available abstract

Abstract:- This paper proposes a new design of a computationally efficient FIR filters with wide passband and sharp transition, where generalized sampling kernels are introduced and utilized along with the IFIR filter structure. In particular, the proposed filter design approach provides a closed-form solution for filter coefficients, yielding a practical design procedure for linear-phase sharp FIR digital filters with wide passband. Key-Words:- wide-band FIR filters, sharp transition, linear-phase, IFIR structure, interpolation, sampling kernel 1

Key concepts: Passband, Transition band, Filter design, Prototype filter, Finite impulse response, Half-band filter, Linear phase, Network synthesis filters

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