In this study, an analytical realization of end-milling system was introduced using recursive parametric modeling analysis. Also, the numerical mode analysis of end-milling system with different conditions was performed systematically. In this regard, a recursive least square modelling algorithm and the natural mode for real part and imaginary one was discussed. This recursive approach (RLSM) can be adopted for on-line end-milling identification. After experimental practice of the end-milling, the end-milling force was obtained and it was used for the calculation of FRF (Frequency response function) and mode analysis. Also the FRF was analysed for the prediction of a end-milling system using recursive algorithm.

이 논문은 평면 상의 영역 경계와 조절선(control curve)에 맞추어서 요소망을 자동 생성하는 알고리즘을 제시하는데 목적이 있다. 여기서 제안하는 알고리즘은 요소망 생성 영역의 경계와 조절선들을 하나의 수퍼 루프(super loop)로 연결하고, 루프(loop)위에 있는 두 절점을 연결하는 최소벌점(minimum penalty)의 경로를 따라서 순환적으로 분할하여 요소를 생성하는 기법에 바탕을 두고 있다. 이 방법은 요소망 생성영역의 형상에 제한이 없으며, 모든 과정을 쉽게 자동화 할 수 있기 때문에 복잡한 영역의 요소망을 최소한의 사용자 개입을 통해서 간편하게 처리할 수 있는 프로그램으로 쉽게 이행할 수 있다. 이 알고리즘은 곡면 요소망 생성이나, 적응적 요소망 생성등에 쉽게 확장하여 적용할 수 있다.

This study revisits prosodic phrasing in North Kyungsang Korean (NK), focusing on intonational phrase (I-phrase). Based on the observation in Kim (1988) that a boundary low tone appears at the right edge of I-phrase, the present study shows in a constraint-based framework that I-phrasing is recursive and that the interaction of markedness and faithfulness constraints leads to a better description of I-phrasing in NK. Match Clause constraints (Selkirk 2011), faithfulness constraints, are employed to show the direct relation between surface syntactic clause edges and I-phrase edges. Even though it defies Non-Recursivity of the Strict Layer Hypothesis (Selkirk 1984, 1966), Equal Sisters constraint (Myrberg 2013), a markedness constraint, is shown to resolve the mismatch between syntactic and prosodic constituent edges by demanding the same prosodic category among prosodic sisters. Also shown here is that recursive I-phrasing is due to the ranking of Equal Sisters above Match Clause constraints. We provide one more piece of evidence for recursive prosodic phrasing by showing how I-phrases are formed in NK.

MRA(Multi-resolution analysis) algorithm by Wavelet and morphology with 3×3 SQ(square) SE(structure element) is efficient to remove ship's radar clutter progressively and enhances detecting performance. Smoothing efficiency of RMM (Recursive mathematical Morphology) is better than that of Morphology. So, to get a better result than that of old algorithms, this paper proposes a new MRA algorithm which uses Wavelet and Recursive mathematical Morphology with 3×3 RHR(rhombus) SE. Simulation result of the proposed algorithm shows that PSNR is 0.65~1.50db better than that of old method.

Though median filter is used for removing noise and smoothing image. But, the result of it has distortion around edge. And then, this paper proposes new noise removing algorithm by recursive morphological processing. Basic operation is same each other, but there is some different processing method between recursive morphology and general morphology theory. This recursive morphological filter can be viewed as the weighted order static filter, and then it has a weighted SE(structuring element). Especially using this algorithm to remove the 10% gaussian noise, this paper confirmed that PSNR is improved about 0.642~1.5757 db reserving edge well better than the results of the traditional median filter.