'Reference pattern' presentation slideshows

MIS 643 Agent-Based Modeling and Simulation 2016/2017 Fall Chapter 4: Creating Agent-Based Models

MIS 643 Agent-Based Modeling and Simulation 2016/2017 Fall Chapter 4: Creating Agent-Based Models. Outline. Intorduction Designing s Model Building a Model Examining a Model Predator-Prey Models: Additional Context Conclusion. Introduction. This chapter is based on

1.09k views • 109 slides

MIS 585 Special Topics in IMS Agent-Based Modeling Chapter 4: Creating Agent-Based Models

MIS 585 Special Topics in IMS Agent-Based Modeling Chapter 4: Creating Agent-Based Models. Outline. Intorduction Designing s Model Building a Model Examining a Model Predator-Prey Models: Additional Context Conclusion. Introduction. This chapter is based on IABM-WR: Chapter 4

1.08k views • 108 slides

MIS 643 Agent-Based Modeling and Simulation 2017/2018 Fall Chapter 4: Creating Agent-Based Models

MIS 643 Agent-Based Modeling and Simulation 2017/2018 Fall Chapter 4: Creating Agent-Based Models. Outline. Intorduction Designing s Model Building a Model Examining a Model Predator-Prey Models: Additional Context Conclusion. Introduction. This chapter is based on

1.09k views • 108 slides

Chapter 10: Virtual Memory

712 views • 58 slides

Models of Watermarking ? Digital Watermarking: Principles & Practice ? Chapter 3

Models of Watermarking ? Digital Watermarking: Principles & Practice ? Chapter 3. Multimedia Security. Outline. Communication-based models of watermarking Geometric models of watermarking Modeling watermark detection by correlation. Noise. n. Input message. Channel encoder.

548 views • 43 slides

Lecture 15: Background Information for the VMWare ESX Memory Management paper

Lecture 15: Background Information for the VMWare ESX Memory Management paper. Shared Pages. 40 users, all running the same editor: 150KB of code + 50KB of data each. How much physical memory needed with shared pages? . Performance of Demand Paging. Page Fault Rate 0 ? p ? 1.0

399 views • 28 slides

Optimal Page Replacement

Optimal Page Replacement. 1. 5. 2. 3. 5. 4. 4. 3. Least Recently Used (LRU) Algorithm. Reference string: 1, 2, 3, 4, 1, 2, 5, 1, 2, 3, 4, 5 Counter implementation Every page entry has a counter; every time page is referenced through this entry, copy the clock into the counter

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525 views • 27 slides

TEMPLATE MATCHING

TEMPLATE MATCHING. The Goal : Given a set of reference patterns known as TEMPLATES , find to which one an unknown pattern matches best. That is, each class is represented by a single typical pattern.

417 views • 24 slides

TEMPLATE MATCHING

TEMPLATE MATCHING. The Goal : Given a set of reference patterns known as TEMPLATES , find to which one an unknown pattern matches best. That is, each class is represented by a single typical pattern.

257 views • 24 slides

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Model Editing (Continued)

Model Editing (Continued). Copy & Paste Copy & Paste Special (Transformation) Copy & Paste Special (Rotation) Scale Model Fill Pattern Curve Pattern Table Pattern Reference Pattern. Copy & Paste.

211 views • 9 slides