Abstract: This work presents a model for distributed feedback systems that operate at almost identical sampling rates. A Toeplitz model approach is used in ...

This factorization property constitutes the first necessary step towards the generalization of the previous stability results to the general case of arbitrary.

A factorization approach to the analysis of asynchronous interconnected discrete-time systems with arbitrary clock ratios. by Peter H Bauer. 2004, Proceedings ...

Abstract-This paper presents a model for distributed feedback systems that operate at almost identical sampling rates. A Toeplitz model approach is used in ...

A factorization approach to the analysis of asynchronous interconnected discrete-time systems with arbitrary clock ratios · Conference Paper. January 2004. ·.

A factorization approach to the analysis of asynchronous interconnected discrete-time systems with arbitrary clock ratios. Conference Paper. Jan 2004.

26 References ; A factorization approach to the analysis of asynchronous interconnected discrete-time systems with arbitrary clock ratios · C. LorandP. Bauer.

Bauer, A factorization approach to the analysis of asynchronous interconnected discrete-time systems with arbitrary clock ratios, In Proceedings of the ...

In this paper we present a new approach to the problem of mapping asynchronous circuits onto synchronous FPGAs for faster functional simulation. The input to ...

[21] C. Lorand and P. Bauer, A factorization approach to the analysis of asynchronous inter- connected discrete-time systems with arbitrary clock ratios, In ...