Piseth
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Objectives of the internship
Implement WSN(Wireless Sensor Network) with different use cases and security mechanism/protocol. Analyze and Evaluate.
Hardware
SmartRF06 EB (Evaluation Board)
- Power supply (Battery, USB pc or 5V external source, external source(3.6v))
- Switches, Pin connector on Board
- How to reset , go to bootloader (boodloader sequence check)
- Ports (to CC2538, to Sensortag)
- UART over XDS100v3
CC2538 EM
- Power supply (throught EB or 3.3v usb)
- Ports connection
- What can CC2538 be used to
Compile Firmware
- Make command
Flash Firmware
- CC2538-bsl
- Uniflash (Linux)**
- SmartRF Flash Programmer**
- Restore to Default firmware (Factory Firmware)
//**Note: Could be moved to Tools sections
CC2650 Sensortag
- What it can be used
- Power Supply (Through Sensortag DevPack, Battery)
- Default function of buttons (Disconnect, Reset to factory)
Compile Firmware
- Make command (Could point to contiki project structure section)
Flash Firmware
- Flash via OAD
- Flash Default Factory Firmware
- Uniflash (Linux)**
- SmartRF Flash Programmer**
//**Note: Could be moved to Tools sections
CC2531 Dongle
- What it can be used. (Sniffer, Mote, Slip-radio)
Compile Firmware
Flash Firmware
Software and Platform
Contiki OS
Features
Processes
File Structure and Compilation
Software (Tools)
Uniflash
cc2538-bsl
Sensniff
SmartRF Protocol Packet Sniffer
nvm tool
Components for Designed network
Motes
- What is motes
- What is it consist of and its functions
- What hardware can be used.
Network (WSN)
6lowpan
- Idea/why 6lowpan
- Basic function
Border Router
Function
Installation
Configurations
Security
- Protocol implementation
- Right Motes?
- Relay Message?
- Exchange data
- What use cases/scenario
Issues faced
Pending to be Documented
Glossary
- RDC:
- ContikiMac:
- NullRDC:
- slip-radio:
- PANID: