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Table of Content
- Introduction
- Background
- Overview of TinyOS
- Purporse of TinyOS
- Small Form Factor & Low Energy Usage
- Concurrency Intensive Operation
- Limited Physical Parallelism & Controller Hierarchy
- Flexibility
- Application of TinyOS
- Habitat Monitoring
- Object Tracking
- TinyDB
- Review & Discussion
- Uniqueness
- Comparison
- Key Distribution
- Decryption
- Conclusion
- References
- Introduction
- Background
- Overview of TinyOS
- Purporse of TinyOS
- Small Form Factor & Low Energy Usage
- Concurrency Intensive Operation
- Limited Physical Parallelism & Controller Hierarchy
- Flexibility
- Application of TinyOS
- Habitat Monitoring
- Object Tracking
- TinyDB
- Review & Discussion
- Uniqueness
- Comparison
- Key Distribution
- Decryption
- Conclusion
- References
Preview
Introduction
Advances in technology in the fields of networking and integration have contributed to the emergence of nodes that are flexible, inexpensive, and have tiny form factors. The nodes are equipped with sensors, actuators, and communication capabilities that allow them to have interaction with their surrounding environment. Systems that only utilize a single chip are now emerging where low-power CPU and memory, radio or optical communication are all integrated [1]. Sensor networks are a very active research space, with ongoing work on networking [2, 3, 4], application support [5, 6, 7], radio management [8, 9], and security [10, 11, 12, 13], as a partial list. A primary goal of TinyOS is to enable and accelerate this innovation.
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Advances in technology in the fields of networking and integration have contributed to the emergence of nodes that are flexible, inexpensive, and have tiny form factors. The nodes are equipped with sensors, actuators, and communication capabilities that allow them to have interaction with their surrounding environment. Systems that only utilize a single chip are now emerging where low-power CPU and memory, radio or optical communication are all integrated [1]. Sensor networks are a very active research space, with ongoing work on networking [2, 3, 4], application support [5, 6, 7], radio management [8, 9], and security [10, 11, 12, 13], as a partial list. A primary goal of TinyOS is to enable and accelerate this innovation.
How To Download:
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