In this paper, we present an igneous rocks identification method using full gradient of potential field based on discrete cosine transform. Rocks physical ...
Study on igneous rocks identification using full gradient of potential ...
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STUDY ON IGNEOUS ROCKS IDENTIFICATION USING FULL GRADIENT OF. POTENTIAL FIELD BASED ON DISCRETE COSINE TRANSFORM. Hu Weijian, Hao Tianyao, Jiang Weiwei, Xu Ya ...
Bibliographic details on Study on igneous rocks identification using full gradient of potential field based on discrete cosine transform.
STUDY ON IGNEOUS ROCKS IDENTIFICATION USING FULL GRADIENT OF POTENTIAL FIELD BASED ON DISCRETE COSINE TRANSFORM. Authors: Weijian Hu; Institute of Geology ...
In this paper, we present an igneous rocks identification method using full gradient of potential field based on discrete cosine transform. Rocks physical ...
In this paper, we present an igneous rocks identification method using full gradient of potential field based on discrete cosine transform. Rocks physical ...
Nowick. ASP-DAC, page 329-336. IEEE, (2014 )Study on igneous rocks identification using full gradient of potential field based on discrete cosine transform.
Jun 12, 2024 · The dataset is composed of approximately 150,000 images of rock samples, which covers igneous rocks, sedimentary rocks, and metamorphic rocks.
Some studies have used discrete cosine transform (DCT), local binary model (LBP) to index and calculate the signature of minerals by macroscopic view, as well ...
Study on igneous rocks identification using full gradient of potential field based on discrete cosine transform. Authors. Hu Weijian · Hao Tianyao · Jiang ...