IoT in 5 days

IoT in 5 days

Internet of Things (IoT) in 5 days

0:About the Release

1:About the Book

2:The Internet of Things (IoT)

3:1. Introduction to IPv6

15:2. Introduction to 6LoWPAN

22:3. Introduction to Contiki

50:4. Wireless with Contiki

80:5. CoAP, MQTT and HTTP

89:ACRONYMS

90:Bibliography

91:1. Internet-connected devices and the future evolution (Source: Cisco, 2011)

92:2. IoT Layered Architecture (Source: ITU-T)

93:3. IoT 3_Dimensional View (Source: [IoT])

94:1.1. Internet Protocol stack

95:1.2. Data flow in the protocol stack

96:1.3. IPv6 Header

97:1.4. IPv6 Extension headers

98:1.5. IPv6 address

99:1.6. Network and Interface ID

100:1.7. Packet exchange in IPv6

101:1.8. Simple IPv6 network

102:1.9. Wireshark logo

103:1.10. Wireshark Screenshot

104:1.11. Ethernet packet

105:1.12. IPv6 packet

106:1.13. Wireshark Filter

107:1.14. Wireshark Captured packets

108:1.15. Wireshark statistics

109:1.16. Wireshark charts

110:1.17. LAN Example

111:1.18. IPv6 Connectivity

112:1.19. Native IPv6

113:1.20. IPv4 tunneled IPv6

114:1.21. Local router does not support IPv6

115:1.22. Simplified Scenario

116:2.1. 6LoWPAN in the protocol stack

117:2.2. 6LoWPAN headers

118:2.3. EUI-64 derived IID

119:2.4. IPv6IID

120:2.5. Header compression

121:2.6. LoWPAN header

122:3.1. IoT in five Days Virtual Machine

123:3.2. Zolertia Zoul module and the RE-Mote platform

124:3.3. Zolertia Z1 mote

125:3.4. RE-Mote buttons and micro USB ports

126:3.5. Execution contexts: processes and interrupts

127:3.6. Analogue sensors

128:3.7. RE-Mote ADC pin-out

129:3.8. Available connectors in the RE-Mote

130:3.9. Pin assignment

131:3.10. Phidget 1142 Light sensor

132:3.11. Seeedstudio (Grove) Light sensor

133:3.12. RE-Mote ADC3 voltage divider for 5V analogue sensors

134:3.13. RE-Mote and Grove light sensor

135:3.14. RE-Mote 5-pin digital port (I2C and/or SPI)

136:3.15. SHT25 Temperature and humidity sensor

137:3.16. RE-Mote pin-out

138:4.1. IEEE 802.15.4 2.4 GHz regulation requirements (electronicdesign.com, 2013)

139:4.2. Thread layers and standards (Thread group, 2015)

140:4.3. Channel assignment

141:4.4. Link quality estimation process

142:4.5. Packet reception rate vs RSSI

143:4.6. Packet reception rate vs LQI

144:4.7. Contiki MAC stack

145:4.8. RPL in the protocol stack

146:4.9. Sniffer packet capture

147:4.10. Capture options

148:4.11. Interface settings

149:4.12. Captured frames

150:4.13. Wireshark filters

151:4.14. The border router

152:4.15. Border Router web service

153:4.16. Border Router web service with IPv6 global address

154:4.17. IPv6 online ping6

155:4.18. Wireshark capture of a node joining a RPL network

156:4.19. UDP client and server network architecture

157:4.20. UDP client and server MQTT application

158:4.21. UDP client and server IFTTT application

159:4.22. ICMPv6 ping messages

160:4.23. MyMQTT android app

161:4.24. IFTTT Maker channel

162:4.25. IFTTT Maker channel configuration values

163:4.26. IFTTT example recipe

164:5.1. MQTT and CoAP architectures

165:5.2. CoAP: Constrained Application Protocol

166:5.3. CoAP example

167:5.4. CoAP ping/pong

168:5.5. CoAP server resource discovery

169:5.6. SHT25 CoAP resource

170:5.7. CoAP server resource discovery

171:5.8. Control the LEDs on the CoAP server

172:5.9. Observe a CoAP resource

173:5.10. Wireshark capture of CoAP message traffic

174:5.11. MQTT (MQ Telemetry Transport)

175:5.12. MQTT publish/suscribe

176:5.13. MQTT Quality of Services, taken from Slideshare

177:5.14. Topics in MQTT, taken from HiveMQ

178:5.15. MQTT example

179:5.16. MQTT example state machine

180:5.17. Ubidots endpoint IPv4/IPv6 addresses

181:5.18. Ubidots API key

182:5.19. Ubidots Temperature and humidity variables

183:5.20. Ubidots dashboard

184:3.1. Pin mask example

185:4.1. CC2538 Transmission power recommended values (from SmartRF Studio)

186:4.2. CC2420 Transmission power (CC2420 datasheet, page 51)

187:4.3. CC1200 Transmission power recommended values (from SmartRF Studio)