Book contents
- Frontmatter
- Contents
- Preface to the Second Edition
- Preface to the First Edition
- 1 Introduction
- 2 Natural Biological Nanomachines
- 3 Molecular Communication in Biological Systems
- 4 Molecular Communication Paradigm
- 5 A Layered Architecture of Molecular Communication
- 6 Mathematical Modelling and Simulation: Diffusion-Based Molecular Communication
- 7 Mathematical Modelling and Simulation: Biological Molecular Communication
- 8 Communication and Information Theory of Molecular Communication
- 9 Mobile Molecular Communication
- 10 Experimental Molecular Communication: Macroscale Systems
- 11 Design and Engineering of Molecular Communication Components
- 12 Design and Engineering of Molecular Communication Systems
- 13 Targeted Cluster Formation of Bio-nanomachines
- 14 Large-Scale Structure Formation of Bio-nanomachines
- 15 Externally Controllable Molecular Communication
- 16 Standardization in Molecular Communication
- 17 Conclusion
- Appendix Review of Probability Theory
- Index
15 - Externally Controllable Molecular Communication
Published online by Cambridge University Press: 12 December 2024
- Frontmatter
- Contents
- Preface to the Second Edition
- Preface to the First Edition
- 1 Introduction
- 2 Natural Biological Nanomachines
- 3 Molecular Communication in Biological Systems
- 4 Molecular Communication Paradigm
- 5 A Layered Architecture of Molecular Communication
- 6 Mathematical Modelling and Simulation: Diffusion-Based Molecular Communication
- 7 Mathematical Modelling and Simulation: Biological Molecular Communication
- 8 Communication and Information Theory of Molecular Communication
- 9 Mobile Molecular Communication
- 10 Experimental Molecular Communication: Macroscale Systems
- 11 Design and Engineering of Molecular Communication Components
- 12 Design and Engineering of Molecular Communication Systems
- 13 Targeted Cluster Formation of Bio-nanomachines
- 14 Large-Scale Structure Formation of Bio-nanomachines
- 15 Externally Controllable Molecular Communication
- 16 Standardization in Molecular Communication
- 17 Conclusion
- Appendix Review of Probability Theory
- Index
Summary
This chapter considers the interface of a molecular communication network with an external environment: for example, an in-body molecular communication network with an external diagnostic and control system. The problem is defined, and engineering problems are discussed related to interfacing with biological cells. Applications to biological pattern formation are discussed.
- Type
- Chapter
- Information
- Molecular Communication , pp. 270 - 292Publisher: Cambridge University PressPrint publication year: 2024