Figure 4 - uploaded by Sahra Sedigh Sarvestani
Content may be subject to copyright.
Download
View publication
Overall architecture of the Zigbee-capable SmartBrick 

Overall architecture of the Zigbee-capable SmartBrick 

Source publication
Figure 1. CC2480 Daughterboard for Zigbee connection 
Figure 2. Architecture of the SmartBrick network 
Figure 3. Flood Frog 2.0A board connected with the Zigbee Daughterboard. 
Figure 4. Overall architecture of the Zigbee-capable SmartBrick 
+2 Figure 5. Overall architecture of the sensor node 
SmartBrick wireless sensor node for high-resolution structural health monitoring
Article
Full-text available
This paper introduces a wireless sensor node for the SmartBrick platform, which provides a low-cost, autonomous method for structural health monitoring. Design and testing of the SmartBrick base station have been described in previous publications. The SmartBrick sensor node presented in this paper leverages Zigbee short-range communication to comm...
Cite
Download full-text

Similar publications

Figure 1-Variation in operation range due to fading of signal radiated...
Figure 3 – UART connections for the transmitter and receiver module  
Figure 5-(A) Variation of RSSI with respect to distance near the...
Radio frequency propagation model and fading of wireless signal at 2.4 GHz in an underground coal mine
Article
Full-text available
  • Aug 2015
Wireless sensor networks and wireless communication systems have become indispensable in underground mines. Wireless sensor networks are being used for better real-time data acquisition from ground monitoring devices, gas sensors, and mining equipment, whereas wireless communication systems are needed for locating and communicating with workers. Co...
View
Figure 1. A photo of a nauplius.
Figure 2: Underwater robot system.
Figure 3: Schematic diagram of a two-wheeled robot for the motion...
Figure 7: Underwater mechanical robot VI. EXPERIMENTAL RESULTS
+1 Figure 8: Frames showing motion control of an Artemias population...
Wireless underwater mobile robot system based on ZigBee
Conference Paper
Full-text available
  • Apr 2012
In this paper, a wireless underwater mobile robot system is designed in order to study the behavior of Artemia group. A new idea has been presented for underwater mobile robot system which is consists of two parts, first is the underwater mechanical robot and the second is ZigBee wireless based mobile robot which controls and moves the first part....
View
The system structure.
The BP neural network structure.
The RNN structure.
The basic framework of the RNN in our system.
+8 The ZigBee protocol layer.
Parking Guidance System Based on Geomagnetic Sensors and Recurrent Neural Networks
Article
Full-text available
  • May 2022
The increase of motor vehicles year by year has led to a number of parking difficulties and traffic congestion problems. The intelligent parking system can effectively alleviate the parking difficulties and has received wide attention. Geomagnetic sensors are widely used due to their low cost and easy deployment. However, traditional geomagnetic pa...
View
Figure 1. Examples of ECG waves that have errors [5]
RMSE for each method
Comparison of actual and predicted data on 5 ECG waves
Data prediction for cases of incorrect data in multi-node electrocardiogram monitoring
Article
Full-text available
  • Apr 2022
The development of a mesh topology in multi-node electrocardiogram (ECG) monitoring based on the ZigBee protocol still has limitations. When more than one active ECG node sends a data stream, there will be incorrect data or damage due to a failure of synchronization. The incorrect data will affect signal interpretation. Therefore, a mechanism is ne...
View
Overall architecture diagram of the acquisition model.
Overall implementation process design.
Structural diagram of information acquisition nodes.
Structure design of the acceleration sensor module.
+11 Structural design of the temperature sensor module.
Sports Parameter Acquisition Based on Internet of Things and Wavelet Analysis
Article
Full-text available
  • Dec 2021
In this study, a sports parameter acquisition model based on the internet of things and wavelet analysis is studied to improve the accuracy and timeliness of human sports parameter acquisition. A motion parameter acquisition model including a sensing layer, transmission layer, and application layer is designed. The acceleration sensor and temperatu...
View