Internet of Things Lab Kit

Internet of Things Lab Kit

Features:
  • Building IOT Wireless Sensor Network
  • Understanding of the sensor network hardware
  • Sensor network development environment build
  • Sensor network configuration method
  • Data transmission among ZigBee Modules using the sensor network
  • Description of each sensor supplied in the equipment
  • ZigBee Module and programming of the sensor control program
  • Sensor data collection using the sensor network
  • Usage and programming knowledge of the PC monitoring software
  • Cross over from Mesh Network to Internet
  • Open Source Electronic Prototyping Platform to build series of increasingly complex projects
  • Fully Scalable sensing and actuation systems
  • Learn about power management, source routing
  • Sensor control using the PC Monitoring software
  • Different kinds of sensors including Accelerometers (1-axis, 3-axis), Biometrics,Capacitive, Current , Flex /Force, Gyros, (1-axis, 2-axis, 3-axis), ID, IMU, Infrared, Light / Imaging, Magnetic, Proximity, Radiation, Sound, Temperature, Weather
Internet of Things Lab Kit Items:

1. Software Defined Transceiver:

  • ASIC Architecture: 0.4-4 GHz combines LNA, PA driver, RX/TX Mixers, RX/TX Filters, Synthesizers, RX Gain & TX power control
  • +5dBm Transmit power & -120dBm Sensitivity receiver
  • FPGA programmable transmission and reception
  • Up to 400 MS/s USB 3.0 Data Streaming
  • USB 3.0 Interface.

Tx and Rx RF Frequency Range: 0.4-4GHz, Baseband Bandwidth: 1-15MHz, Frequency Resolution: 3Hz, Maximum RF Output power: 5dBm, Receiver Sensitivity:  -120dBm, Transmit Gain Control Range: 40dB, Transmit Gain Control Step 1dB, Rx Gain Control Range: 30dB, Rx Gain Control Step 1dB,

ADC Sample Rate: upto 40 MS/s, ADC Resolution: 12 bits, ADC Wideband Spur FDR: 60 dBc, DAC Sample Rate: upto 40 MS/s, DAC Resolution:12 bits, DAC Wideband Spur FDR: 60 dBc, Output Amplitude: 250mV p/p differential, Host Sample Rate: 50/25 MS/s, Frequency Accuracy: 2.5 ppm, w/ GPSDO Reference :0.01 ppm, SSB/LO Suppression:           >40 dBc, FPGA Altera Cyclone Integrated Transceiver: 3 Gbps, Logic Elements: 40,000, M9K Memory Blocks: >400

Embedded Memory: >2000 Kbits, 18bit X18bit Multipliers: >100, PLL: 4, Maximum User I/Os: >500, Maximum Channels: >200 Differential, DC Input: 6 V, Current Consumption: <500mA, USB driven, OS: Linux Ubuntu, Cable: High Speed USB 3.0 Serial Cable, RG316 SMA-SMA X4, Antennas:            Planar Directional 0.4-6 GHz X2, Omni Directional 0.4-6 GHz X2,

GUI Modules: Audio, Boolean, Byte Operators, Channelizers, Channel Models, Coding, Control Port, Debug Tools, Deprecated, Equalizers, Error Coding, FCD, File Operators, Filters, Fourier Analysis, GUI Widgets, Impairment Models, Instrumentation, Level Controllers, Math Operators, Measurement Tools, Message Tools, Misc, Modulators, Networking Tools, NOAA, OFDM, Packet Operators, Pager, Peak Detectors, Resamplers, Sinks, Sources, Stream Operators, Stream Tag Tools, Symbol Coding, Synchronizers, Trellis Coding, Type Converters, Variables, Waveform Generators,

2. Wireless to Ethernet Gateway – 3pc

  • Management: http/https web, password access control, IP service port control, secure enterprise
  • Protocol: UDP/TCP, DHCP, SNMPv1
  • Port: RJ-45 Ethernet  (10/100 Mbps data rate, auto-sensing)
  • Usage: IP networking of RF devices and sensor network, add centralized control

3. USB/Serial  to RF Modem-6pcs

  • Data Rate : 250Kbps
  • Power Out : +3dBm
  • Sensitivity : -100dBm
  • Range : 100m
  • Encryption : 128bit
  • Topology : PtP, PtMP, Mesh, Peer to Peer, Retry & Acknowledgement
  • Modulation : DSSS
  • Interface : Serial
  • Protocol : ZigBee
  • Port : USB

4. Accelerometer

  • Axis : 3- X,Y, Z
  • Range: 16g
  • Resolution: 13bit, 1 degree
  • Detect: Free fall, Tap,
  • Interface : I2C & SPI

5. Biometrics- 7 Pcs

  • Sensors : Alchohol, CO, LPG, Hydrogen, Methane, Dust, Finger print
  • Sensitivity : 200-10000ppm CH4
  • Range : 0-0.8mg/m3 dust
  • Range :  0.05mg/L—10mg/L         Alcohol,
  • CPU : ARM9
  • Storage : 2000 templates
  • Capture : 0.2s
  • Verify : 1s

6. Capacitive Touch

  • Channels: 12
  • Touch Detect : Auto Configuration and Auto Calibration, Touch release threshold and debounce detect
  • Interface : I2C

7. Current

  • Sense: Current Hall Effect
  • Internal Res: 1.2 mOhms
  • Bandwidth : 80KHz
  • Max Current : 5A
  • Sensitivity : 100mV/A

8. Flex/Force- 4 Nos.

Sensors: Flexible PVDF Piezo Polymer Film, Force Sensitive Resistor, Flex Sensor, Soft Pot Membrane Potentiometer

9. Gyroscope

  • Digital : X,Y,Z Gyros 3 Axis
  • Sensitivity : 14 LSB degree/Sec
  • Range : 2000 degree/sec
  • Speed : 400KHz I2C

10. RFID

  • Sensor: RFID Card/Reader
  • Frequency: 125 Khz
  • Encoder : 64 bit Manchester
  • Format : Em4001
  • Reader : USB RFID

11. IR Imaging Light

  • Sensor : Image, Colour, IR Photo transistor, IR LED, IR Receiver, IR transmitter
  • Sense : RGB Colour 10bit
  • Resolution: VGA/QVGA
  • Capture : Jpeg from Serial
  • Baud Rate: 38,400

12. Magnetic

  • Sensor: 3 axis Magneto-meter, Hall Effect Latch
  • Data Rate: 80Hz
  • Sensitivity: 0.1uT
  • Range: + 1000uT
  • Max Frequency: 10KHz

13. Proximity

  • Sensor: Dual Element IR Motion, IR proximity, Ultrasonic
  • Response: 4.0xV/w 7-14um, 1Hz, 100 deg C
  • Match: <10%
  • Noise: 20uV p/p
  • Spectral Range : 7-14um transmission, <5um blocking
  • Range: 0.1-6m
  • Resolution : 25mm
  • Frequency: 42KHz
  • Hysteresis: 10mT
  • Operate/Release: 10mT

14. Power Control

  • AC Input : 220VAC
  • Switching Capacity : 15A
  • DC Input : 3-12 VDC, 3-30mA  Actuate
  • Operate time: 15ms Actuate, 10ms release
  • Isolation : DC to AC 5000V

15. Radiation Nuclear

  • Radiation : Alpha, Beta, Gamma Gieger Muller Counter
  • Min dead time: 90us
  • Gamma Sens Co60: 18cps/mr/hr
  • Operating Voltage : 500V

16. Sound

  • Sensor : Electret Condenser
  • Sensitivity: -44dB,
  • 0dB = 1V/pa
  • Directivity : Omni Directional
  • Gain: 100X
  • Frequency : 100-10,000Hz
  • Noise : 0.006%

17. Temperature

  • Sensor: Thermistor NTC,
  • Thermocouple Ni-Cr,
  • Temperature Sensor Analog, Digital Thermometer,
  • Infra Red

18. Weather

  • Sensor: Temperature, Humidity, Pressure, Light
  • Pressure:+9000 to -500m above sea level
  • Humidity: 10 to 90% RH
  • Temperature : 0-40 deg C
  • Illuminance: 10 to 1000 lux
Area & Scope of Experiments:
  1. Analog Modulation and Demodulation: Wide Band Frequency Modulation
  2. Digital Communication based on Binary Phase Shift Keying Modem Using RF communication Link
  3. Digital Modulation and Demodulation: Differential Quadrature Phase Shift Keying Modem Implementation
  4. Digital Modulation and Demodulation: Gaussian Minimum Shift Keying
  5. Integrating SDR with WSN mote.
  6. Setup a AP and configure complete parameters for AP-Bridge mode of operation
  7. Configure AP for 3G/4G backhaul and start a network
  8. Setup a complete Mesh Network of multiple AP
  9. Configure CPE for station-pseudo bridge mode for operation and connect to network
  10. Setup Cam Station for working in 2.4 band and for remote IP camera access.
  11. Configure Cam Station for independent operation and remote access
  12. Configure Ap for multi-mode operation and running simultaneous network.
  13. Implement a complete multi-band network of AP, CPE and Cam Stations
  14. Integrating pressure, temperature, humidity and light sensors in mesh network and monitoring using CPE.
List of Experiments: 
  1. Create your own protocol, algorithm, stack for IOT
  2. Understanding of the sensor network hardware
  3. Sensor network development environment build
  4. Sensor network configuration method
  5. Data transmission among ZigBee Modules using the sensor network.
  6. Description of each sensor supplied in the equipment
  7. ZigBee Module and programming of the sensor control program
  8. Sensor data collection using the sensor network
  9. Usage and programming knowledge of the PC monitoring software
  10. Cross over from Mesh Network to Internet
  11. Open Source Electronic Prototyping Platform to build series of increasingly complex projects
  12. Fully Scalable sensing and actuation systems
  13. Learn about power management, source routing
  14. Sensor control using the PC Monitoring software
  15. Different kinds of sensors including Accelerometers (1-axis, 3-axis), Biometrics, Capacitive, Current, Flex / Force, Gyros, (1-axis, 2-axis, 3-axis), ID, IMU, Infrared,Light / Imaging, Magnetic, Proximity, Radiation, Sound, Temperature, Weather.
  1. Design and implement a system to demodulate 802.11 WiFi signals in real-time
  2. Design and implement a system to decode 802.11 signals in real-time and analyse the packets in Wireshark
  3. Design and implement a complete system to receive 802.15.4 signal with PHY, MAC and Network layer decoding
  4. Design and implement a complete transceiver system using 802.15.4
  5. Design and implement a complete interoperable transceiver system with WSN Telosb motes using 802.15.4
  6. Design and implement a system to practically demonstrate and understand the concept of frequency offset correction modern communication system over a RF link
  7. Design and implement a system to practically demonstrate and understand the concept of matched filtering and timing synchronisation in modern communication system over a RF link
  8. Design and implement a system to practically demonstrate and understand the concept of phase offset correction modern communication system over a RF link
  9. Design and implement a complete system over RF link to transmit and receiver file using different modulation schemes
  10. Design and implement a complete system over RF link to transmit and receiver image using different modulation schemes
  11. Design and implement a complete system over RF link to transmit and receiver music using FM and understand all the building blocks of the system
  12. Design and implement a complete full duplex system over a RF link to transmit and receiver text in a chat application
  13. Design and implement a complete system to transmit and receive a Pseudo Random Sequence over a RF link
  14. Design and implement a complete full duplex system to transmit and receive different Pseudo Random Sequences over a RF link simultaneously
  15. Design and implement a complete system to practically understand the channelizers over a RF link
  16. Design and implement a complete system to transmit and receive data via TCP over a RF link using different modulation schemes
  17. Design and implement a complete system to transmit and receive data via UDP over a RF link using different modulation schemes
  18. Design and implement a complete system to practically understand and demonstrate the concept of equalisers in a communication system
  19. Design and implement a system to improve the performance using Constant Modulus Algorithm (CMA) equalisers in a real-time transmission and reception scenario
  20. Design and implement a complete system to understand and demonstrate the concept of Forward Error Correction(FEC) in a communication system
  21. Design and implement a system to improve the performance using LDPC forward error correction in a real-time transmission and reception scenarios
  22. Design and implement a system for real-time transmission of sensor information over a RF transceiver link using various modulations.
Shipping List Box Dim: 56 X 45 X 18 Weight: 6 kg
No.List of items supplied with Internet of Things Lab (IOT)Qty.
1Wireless to Ethernet Gateway

Management: http/https web, password access control, IP service port control, secure enterprise Protocol: UDP/TCP, DHCP, SNMPv1

1
2MCU Development Board

MCU: Atmega 328

1
3USB/Serial to RF Modem1
4Accelerometer1
5Biometrics

Sensors : Alcohol, CO, LPG, Hydrogen, Methane, Dust, Finger print

7
6Capacitive Touch

Touch Detect : Auto Configuration and Auto Calibration, Touch release threshold and debounce detect

1
7Current

Sense: Current Hall Effect

1
8Flex/Force

Sensors: Flexible PVDF Piezo Polymer Film, Force Sensitive Resistor, Flex Sensor, Soft Pot Membrane Potentiometer

4
8Gyroscope

Digital : X,Y,Z Gyros 3 Axis

1
10RFID

Sensor: RFID Card +

Reader : USB RFID

1
11IR Imaging Light

Sensor : Image, Colour, IR Photo transistor, IR LED, IR Receiver, IR transmitter

6
12Magnetic

Sensor: 3 axis Magnetometer, Hall Effect Latch

2
13Proximity

Sensor: Dual Element IR Motion, IR proximity, Ultrasonic

4
14Power Control1
15Radiation Nuclear

Radiation : Alpha, Beta, Gamma Gieger Muller Counter

1
16Sound

Sensor : Electret Condenser

1
17Temperature

Sensor: Thermistor NTC, Thermocouple Ni-Cr, Temperature Sensor Analog,

Digital Thermometer, Infra Red

3
18Weather

Sensor: Temperature, Humidity, Pressure, Light

5

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