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Lurgi Inc multi-agent-based models
Multi Agent Based Models, supplied by Lurgi Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/multi-agent-based+models/multi+agent+based+models/10__1186_slash_s42162___019___0100___4-264-0-2
Average 90 stars, based on 1 article reviews
multi-agent-based models - by Bioz Stars, 2026-09
90/100 stars

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Article Title: Business ecosystem modeling- the hybrid of system modeling and ecological modeling: an application of the smart grid
Article Snippet: Multi-agent-based models (Lurgi and Estanyol 2010).



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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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multi-agent-based models - by Bioz Stars, 2026-09
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Average 90 stars, based on 1 article reviews
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Simulated models of TACSs. ( A1 ) The wavy, unorganized <t>ECM</t> pattern of TACS-1 from <t>a</t> <t>histology</t> of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.
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Simulated models of TACSs. ( A1 ) The wavy, unorganized ECM pattern of TACS-1 from a histology of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.

Journal: Cells

Article Title: Dynamics of Fibril Collagen Remodeling by Tumor Cells: A Model of Tumor-Associated Collagen Signatures

doi: 10.3390/cells12232688

Figure Lengend Snippet: Simulated models of TACSs. ( A1 ) The wavy, unorganized ECM pattern of TACS-1 from a histology of normal mammary tissue. ( A2 ) Simulated ECM with randomly aligned fibrils as a model of TACS-1. ( B1 ) ECM patterns of TACS-2 encircling the cell cluster. ( B2 ) Simulated ECM with fibrils aligned parallel to the cell cluster as a model of TACS-2. ( C1 ) ECM pattern of TACS-3 aligned near the invading cells; ( C2 ) Simulated ECM with fibrils pointing radially outward from the tumor at the side of the invasion; model of TACS-3. The increased fibril stiffness is indicated by darker colors.

Article Snippet: Here, we present a novel multi-cellular lattice-free ( MultiCell-LF ) agent-based model of ECM that, in contrast to static histology images, can simulate dynamic changes between TACSs.

Techniques: