Wireless Sensor Network

1
Wireless Sensor Network

2
Team Members

• Thomas Butler Kelly Lancaster
• The Lazz
• Michael Middleton Kennabec Walp

3
Abstract

• Design a wireless sensor module based on work
  done at the University of California, Berkeley.
• Planned Improvements
• Channel Coding
• Bandwidth
• Power Efficiency

4
Problem Statement

• Collecting Interpreting Data
• Sdfgs
• sdfgs
• Impractical Wired Sensors
• Adfasdfasdf
• asdfasdfasd
• Tracking
• Sdfasdf
• asdfasdf

5
Solution

• Wireless Sensor Networks
• Small
• Reliable
• Power Efficient
• Monitoring and Collecting Data

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Implementation

• Illustrate Use
• Animation

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Hardware Block Diagram
Unique ID
4Mbit External Flash
Power Regulation
2xAA form factor
Cost-effective power source
8
51-Pin I/O Expansion Connector

• Digital I/O
• 8 Analog I/O
• 8 Programming Lines

9
Hardware Block Diagram
CC1010
8051 Microcontroller
CC1000 Transceiver
Unique ID
4Mbit External Flash
Power Regulation
2xAA form factor
Cost-effective power source
10
RFM T1000 vs Chipcon CC1000

• RFM T1000
• Sdfgsdf
• Dsfgsdfg
• sdfgs

• CC1000
• Sdfgsdf
• Dsfgsdfg
• sdfgs

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CC1000

• Why use the CC1000 transceiver?
• Sdfadsfasdf
• Asdfasdfa
• asdfasdfas

12
Hardware Block Diagram
CC1010
CC1000 Transceiver
8051 Microcontroller
Unique ID
4Mbit External Flash
Power Regulation
2xAA form factor
Cost-effective power source
13
Atmel ATMEGA 103 vs Chipcon CC1010

• Chipcon CC1010
• stats
• stats
• stats

• Atmel ATMEGA103
• stats
• stats
• stats

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User Interface
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Design ConstraintsTechnical

• Software
• Tiny OS
• Transmission Distance
• RF Frequency
• MCU Frequency
• Efficiency

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Design ConstraintsPractical

• Cost
• Power
• Temperature
• Durability
• Size
• FCC/UL Regulations

17
Summary
18
Questions?

• Dont ask, please for the sake of all things
  holy.